A GUIDE FOR TRANSFERRING TO THE
UNIVERSITY OF UTAH College of Engineering 2016-2017
TABLE OF CONTENTS 1. General Information a. Intro b. How to Use This Guide c. Applying to the U d. The U’s Admissions Criteria for Transfer Students e. How Transfer Credit is Evaluated f. Where You Can Go For Further Assistance g. The Transfer Center h. Still Have Questions? 2. General Information Table for all University of Utah Undergraduate Degrees 3. Majors in College of Engineering- Each major contain the following schools: Brigham Young University, BYU-Idaho, Dixie State University, LDS Business College, Salt Lake Community College, Snow College, Southern Utah University, Utah State University/Utah State University Eastern, Utah Valley University, Weber State University, and Westminster College. a. b. c. d. e. f. g. h.
Biomedical Engineering Chemical Engineering Civil & Environmental Engineering Computer Engineering Computer Science Electrical Engineering Materials Science & Engineering Mechanical Engineering
GETTING READY FOR THE U A GUIDE FOR TRANSFERRING TO THE UNIVERSITY OF UTAH If well planned, your academic course work at another institution will be a valuable contribution toward earning a bachelor’s degree at the University of Utah. Many courses offered from other schools will fulfill requirements in the U’s General Education program- the basics required of all University of Utah students seeking a bachelor degree. You can even begin meeting requirements for some departmental majors while still a student at another institution. The purpose of this guide is to inform you of the courses offered at other Utah institutions of higher education that meet specific requirements in various programs of study at the University of Utah. Preparing yourself now can save you both time and money. How to Use This Guide Many departments at the U have made agreements with the other schools in Utah. This means that the faculty at the U has agreed with the faculty at the other institutions that specific courses completed there will apply toward certain majors at the U. Therefore, for example, if you are a student at SLCC and are planning to transfer to the U, you will be able to take SLCC courses that will directly transfer into your proposed major at the University of Utah. Applying to the U You can apply online at http://admissions.utah.edu. You may obtain an application by calling, writing or visiting the University’s Office of Admissions Office of Admissions 201 South 1460 East, Rm 250S Salt Lake City, UT 84112-9057 (801) 581-8761
The annual deadlines for admission are: Fall Semester……April 1
Spring Semester……November 1
Summer Session I…..March 15
Summer Session II…..March 15
(Financial aid, scholarship, and many departmental application deadlines may be earlier. Contact the appropriate office for more information.) An application for admission, a processing fee, and supporting credentials must be filed with the Office of Admissions by the published deadlines. Applications received after deadlines are subject to the late handling fee. Official transcripts from all colleges or universities attended must be submitted to the Office of Admissions in order for your application to be evaluated. Transcripts must be mailed directly to the University Office of Admissions from the records office of all colleges or universities previously attended to be considered official. Applicants transferring fewer than 30 semester hours or 45 quarter hours will also need to submit an official copy of their high school transcript and ACT or SAT results. These students must meet the University’s requirements as outlined in the General Catalog for both freshmen and transfer applicants.
The U’s Admission Criteria for Transfer Students Applicants with 30 semester hours or more of transferable work and a cumulative college-level GPA of 2.6* 1 or higher are likely to be admitted to the U. Those with a cumulative GPA below 2.6 will likely be denied. In addition, your last semester’s GPA must be above a 2.0. All transferable courses attempted and not withdrawn from are figured into your GPA. The Credits and Admissions Committee will review additional information for applicants requesting special consideration. You will be notified by mail of your admission status within 2-6 weeks after your application and all credentials have been received in our office. If you are denied admission, tou will received a letter with some recommended alternatives. A process of appeal is available; contact the Office of Admissions for more information.
How Transfer Credit Is Evaluated Once you are admitted to the U, we will inform you of the total number of transfer credits accepted and designate the courses accepted toward completion of General Education requirements on your Summary of Transfer Credit. The summary will also notify you of your cumulative transfer GPA. Transfer courses are not computed into the University of Utah’s GPA. Your University of Utah GPA will begin once you start taking classes at the U.
In state schools: The University of Utah will accept courses completed at accredited Utah colleges or universities with a course number of at least 1000 for state institutions and will generally accept courses with a course number of at least 100 for private schools (BYU, LDSBC, Westminster College) if you receive at least a Dgrade. Students who have an associate of arts or associate of science degree or have completed the general education program at another Utah state-supported institution of higher education are considered to have satisfied the University of Utah’s general education requirements. Courses transferred from private Utah colleges are evaluated on a course-by-course basis of whether they are (a) transferable (can be used toward the 122 semester hours required to graduate) and (b) equivalent to courses offered at the University of Utah and, thus, can be used to qualify for admissions into a selective major. Out of state schools: Transfer credit earned in residence at other accredited collegiate institutions is normally accepted if the work is similar in nature to programs offered at the U, and if grades of D- or better have been earned in credited courses. Courses transferred from out-of-state schools are evaluated on the basis of whether they are (a) transferable (can be used toward the 122 semester hours required to graduate) and (b) equivalent to courses offered at the University of Utah and, thus, can be used to qualify for admission into a selective major. If you have attended schools not addressed in this guide and have questions regarding the transferability of those courses, please call the Transfer Office of Admissions at (801) 581-7286. For questions regarding the evaluation of AP, CLEP, and Challenge Credit refer to the University of Utah’s General Catalog or contact the Transfer Office of Admissions/ It is important to realize that admission to the University of Utah does not guarantee admission into your intended major. Many departments require a separate application process and evaluate your course work for additional requirements.
Where You Can Go For Further Assistance There are many important offices you will become acquainted with while attending the U. Several of these, including University College and Career Services, will offer immediate benefits to you. Orientation and New Student Programs office holds Orientation programs ever semester before classes begin. If you are admitted by the
1
Subject to change at any time
application deadline, you will receive an invitation to attend one of these very informative programs. Advisors at the Orientation programs will: • • • • •
Outline the University wide graduation requirements, including the General Education program Discuss class selection and program planning Assist students that have not yet chosen a major Familiarize you with the campus, student support services, and the many opportunities for student involvement Offer registration on the day you attend an oritentation session for better course selection in your first semester at the University of Utah
Orientation may be one of the most important programs you will attend as a new University of Utah student. You must attend orientation to receive priority registration. All new University of Utah students pay a one-time matriculation fee. This $70 fee covers the cost of the new student orientation, AP/CLEP/IB credit evaluations, writing placement ezams, graduation evaluations, and registration with the Career Services Center. The University’s Career Services includes a nationally recognized career library with resources for extensive career exploration. If you have questions regarding the demand for graduates in your field, you will find valuable information located in the career library.
THE TRANSFER CENTER At University College Advising The Transfer Center is a resource to help students who are interested in transferring to the University of Utah. Our services begin with advisor visits to Utah community colleges and continue with advising and resources to help you once you are admitted and attending the U. We can help you: • • • • •
Select the best classes/programs at your home school to prepare for transfer Understand the application process Understand how transfer credits will be accepted at the U Select and plan for a U of U major Resolve questions and problems in your first semesters at the U
You can set up an appointment to see a transfer advisor on the U of U campus by calling (801) 581-8146 or visit our web site at www.transfer.utah.edu and see a schedule of our advisor visits to your school. Let us help you make a smooth transition to the University of Utah!
Still Have Questions? For clarification of information contained in this guide, please contact the Transfer Articulation Coordinator in the University of Utah’s Office of Admissions at (801) 581-8761. You may also contact individual offices at the U for specific questions. The Getting Ready Guide is not an articulation guide. The Getting Ready Guide is created by the Office of Admissions and departments from the University of Utah to show how courses may transfer from other schools to complete major requirements. This guide is major specific. Courses that satisfy requirements for a particular major may not clear requirements for a different major. If you are interested in viewing articulation agreements made between schools, please visit the Utah System of Higher Education Transfer Guide.
GENERAL INFORMATION FOR ALL UNIVERSITY OF UTAH UNDERGRADUATE DEGREES
COLLEGE i
DEGREES OFFERED
RESTRICTED MAJOR? ii
MINOR
MIN ACCEPTABLE GRADE
GEN ED VAR?
TIME LIMIT ?
CRS 1X/YR
HR REQ FOR MAJOR CRS (122 required for Graduation)
DEPT RESIDENCE REQUIREMENT (30 sem hrs for U, 20 of iii last 30 hrs at the U) 50% of all Business classes must be taken at the U. 18 semester hrs of Anthropology must be taken at the U.
ACCOUNTING
BU
YES
NO
C-
NO
NO
NO
84 semester hrs
ANTHROPOLOGY
SB
B.A., B.S. Honors B.A., B.S.
NO
YES
C; Maintain a minimum 2.5 GPA in Anthropology Courses
NO
NO
ARCHITECTURAL STUDIES
AR
B.S., HONORS
YES
NO
3.0 for admission
NO
YES
NO
Minimum 34 semester hrs in Anthropology courses; Minimum 12 semester hrs in Allied Credit courses 80 semester hrs
ART
FA
B.F.A., B.F.A. Honors
YES
C-; (Art Teaching majors must maintain 3.0 GPA in art courses)
NO
YES
YES
ART HISTORY
FA
B.A., B.A. Honors
NO
Ceramics Interdisciplin ary minor in Arts: Technology YES
C-
NO
YES
YES
75-83 semester hrs 6-12 semester hrs in Art History (# of hours varies with emphasis) 36 semester hrs
ASIAN STUDIES
HU
B.A.
NO
YES
C-
NO
NO
YES
39 semester hrs
50% of all Asian Studies classes must be taken at the U.
ATHLETIC TRAINING
HE
B.S.
YES
NO
C-
NO
NO
YES
65 semester hours
University of Utah Policy
ATMOSPHERIC SCIENCES
MI
B.S.
NO
YES
C-
University of Utah Policy
BALLET
FA
B.F.A.
YES
NO
C-
NO
NO
YES
BIOLOGY
SC
B.A., B.S. Honors, Biol BA Teaching, Biol BS Teaching
NO
NO
C-; Minimum grade of C- in all required ancillary science courses and in all required Biology courses.
NO
NO
YES
Minimum 45 sem hours in Atmospheric Sci courses; 50 sem hours in Ancillary Sci courses 80 semester hours (# of hours varies) 36 semester hrs in Biology courses 30 semester hrs in Ancillary Science courses. 72 semester hrs in science total.
Full professional program must be taken at the U; may petition for exemptions. 40 semester hrs in Art courses must be taken at the U.
30 semester hrs of Art History must be taken at the U.
University of Utah Policy 21 semester hrs of Biology , 2 labs (3 lab units) must be taken at the U.
COLLEGE i
DEGREES OFFERED
RESTRICTED MAJOR? ii
MINOR
MIN ACCEPTABLE GRADE
GEN ED VAR?
TIME LIMIT ?
CRS 1X/YR
HR REQ FOR MAJOR CRS (122 required for Graduation)
BIOMEDICAL ENGINEERING
EN
B.S.
YES
YES
C; Maintain minimum university cumulative GPA of 3.0
NO
YES
YES
Minimum 126semester hours (including University general requirements)
BUSINESS ADMINISTRATION CHEMICAL ENGINEERING
BU
B.A., B.S., Honors B.S.
YES
NO
C-
NO
NO
NO
75 semester hours
YES
NO
NO
NO
YES
127 semester hours (including University general requirements)
CHEMISTRY
SC
B.A., B.S., H.B.A., H.B.S.
NO
YES
Minimum 2.0 cumulative GPA in required Chemical Engineering courses C- and minimum 2.0 GPA on all courses taken in College of Science.
CHINESE
HU
B.A.
NO
YES
C
CIVIL ENGINEERING
EN
B.S.
YES
NO
NO
CLASSICS
HU
B.A.
NO
YES
Minimum 2.5 GPA in all Civil Engineering subjects. C
COMMUNICATION SCIENCES & DISORDERS
HE
B.A., B.S. H.B.A., H.B.S.
YES
NO
C-; Must maintain 3.0 GPA in major courses.
YES
COMMUNICATION
HU
B.A., B.S.
YES
YES
C
COMPARATIVE LITERARY & CULTURAL STUDIES (CLCS) COMPUTER ENGINEERING
HU
B.A.
NO
YES
C
NO
EN
B.S.
YES
NO
C-; Must maintain a 2.5 cumulative GPA and in Computer Engineering courses, with no grade less than a C-
YES
EN
Professional major: 75 semester hours Interdisciplinary major: Minimum 72 semester hours 34 upper division semester hours NO
NO
YES
YES
127.5 semester hours (including University general requirements) 31 semester hours
Major courses + 9 semester hours Allied Credit
Minimum of 14 Comm courses
NO
iv
NO
YES
DEPT RESIDENCE REQUIREMENT (30 sem hrs for U, 20 of iii last 30 hrs at the U) Must take BIOEN 1010, 1020, and 2100 at the U and upper division classes.
50% of all Business classes must be taken at the U. Must take CH EN 4903, 4905, and 5253 at the U.
Minimum of 12 upper division semester hours of Chemistry must be taken at the U. 15 upper-division semester hours of Chinese must be taken at the U. University of Utah Policy
15 semester hours of the Classics must be taken at the U. Minimum of 5 Communication Sciences & Disorders courses at the 4000-level or higher must be taken at the U. Minimum 10 Communication courses must be taken at the U.
34 semester hours
15 semester hours of CLCS must be taken at the U.
124.5 semester hours (including University general requirements)
University of Utah Policy
COMPUTER SCIENCE
COLLEGE i
DEGREES OFFERED
RESTRICTED MAJOR? ii
MINOR
MIN ACCEPTABLE GRADE
GEN ED VAR?
EN
B.S.
YES
YES
C-; Full Major acceptance based on available space & required minimum 3.0 entrance GPA. Must maintain a 2.5 GPA in CS classes & cumulative. C-; Must maintain a 2.0 GPA in Economics course work.
YES
C- or better in major requirements. Must maintain a 2.5 cum GPA at U, also 2.5 technical GPA. Technical GPA is all ECE and CS courses. C
YES
ECONOMICS
SB
B.A., B.S.
NO
YES
ELECTRICAL ENGINEERING
EN
B.S.
YES
NO
ELEMENTARY EDUCATION
ED
B.A., B.S
YES
NO
ENGLISH
HU
B.A.
NO
YES
C-; B- for Teaching Major
ENTREPRENEURSHIP
BU
YES
YES
ENVIRONMENTAL & SUSTAINABILITY STUDIES
SB
B.S., Honors B.A., B.S.
NO
ETHNIC STUDIES
SB
B.A, B.S, Honors
NO
EXERCISE & SPORT SCIENCE
HE
B.S.
NO
vii
v
TIME LIMIT ?
CRS 1X/YR
HR REQ FOR MAJOR CRS (122 required for Graduation)
DEPT RESIDENCE REQUIREMENT (30 sem hrs for U, 20 of iii last 30 hrs at the U)
NO
YES
CS- 113 semester hours CS-EAE- 126 semester hours
10 upper division CS courses taken at the U.
(includes University general requirements) NO
NO
vi
NO
YES
36 semester hours in Economics courses 12 semester hours in upper-division Allied Courses 125.5 semester hours (including University general requirements)
18 semester hours in Economics courses must be taken at the U.
Approximately 112 semester hours
University of Utah Policy
Minimum of 8 English courses must be taken at the U. 50% of all Business classes must be taken at the U. 25 semester hours
NO
Take within 5 years NO
YES
36 semester hours in English courses
C-
NO
NO
YES
75 semester hours
YES
C-; Must maintain a 2.25 cumulative GPA.
NO
NO
YES (ENVST 2000 & 2100)
47 semester hours
YES
C- or better in major requirements
NO
NO
YES (coaching – Education majors only)
C-; Those accepted to the Athletic Training Major and the Physical Education Teaching Education
NO
NO
33 semester hours; 6 semester hours at 2000 level and 27 semester hours at 3000 level or higher NO
University of Utah Policy
18 semester hours in Ethnic Studies Studies courses must be taken at the U
University of Utah policy
COLLEGE i
DEGREES OFFERED
RESTRICTED MAJOR? ii
MINOR
MIN ACCEPTABLE GRADE
GEN ED VAR?
TIME LIMIT ?
CRS 1X/YR
HR REQ FOR MAJOR CRS (122 required for Graduation)
DEPT RESIDENCE REQUIREMENT (30 sem hrs for U, 20 of iii last 30 hrs at the U)
NO
NO
NO
18 semester hours in CCS must be taken at the U.
NO
NO
NO
35 semester hours 12 required allied hours 32 semester hours 12 required allied hours
41 semester hours 12 required allied hours
University of Utah Policy
81 semester hours
50% of all Business classes must be taken at the U.
FCS: CONSUMER & COMMUNITY STUDIES
SB
B.A., B.S.
NO
YES
major need to complete work with a C. C-
FCS: HUMAN DEVELOPMENT & FAMILY STUDIES
SB
B.A., B.S.
NO
YES
C-
FILM & MEDIA ARTS
FA
B.A.
NO
NO
C
FINANCE
BU
B.A., B.S., HONORS
YES
NO
C-
FRENCH
HU
B.A.
NO
YES
C
37 semester hours
15 semester hours of French must be taken at the U.
GENDER STUDIES
SB
B.A., B.S.
NO
YES
C
30 semester hours
GEOGRAPHY
SB
B.A., B.S.
NO
YES
C-
44 semester hours 12 required allied hours
18 semester hours in Gender Studies courses must be taken at the U. 18 semester hours in Geography must be taken at the U.
NO
NO
NO
10 yrs
YES
YES GEOG 3020/ 3040 3270/3400
GEOSCIENCE
MI
B.S.
NO
GEOLOGICAL ENGINEERING
MI
B.S.
NO
YES Earth Science NO
GERMAN
HU
B.A.
NO
YES
HEALTH PROMOTION & EDUCATION
HE
B.S.
YES
YES (teaching) Health
HEALTH, SOCIETY & POLICY
SB
B.A., B.S.
NO
NO
C-; Must maintain a 2.25 cumulative GPA. C-; Must maintain a 2.25 cumulative GPA. C
Must pass 4 prerequisite courses with a C- or higher before declaring major. C-
18 semester hours in HDFS must be taken at the U.
NO
NO
YES
81 semester hours
University of Utah Policy
NO
NO
YES
112-113 semester hours
University of Utah Policy
34 semester hours.
15 semester hours of German must be taken at the U. University of Utah Policy
Take within 10 yrs NO
NO
55-71 semester hours (# of hours varies with emphasis) YES Capstone
39-41 semester hours
18 semester hrs of Health, Society & Policy courses must be taken at the U.
COLLEGE i
DEGREES OFFERED
RESTRICTED MAJOR? ii
MINOR
MIN ACCEPTABLE GRADE
GEN ED VAR?
TIME LIMIT ?
CRS 1X/YR
HR REQ FOR MAJOR CRS (122 required for Graduation)
YES
42 semester hours
NO
81 semester hours
HISTORY
HU
B.A.
NO
YES
C-
NO
INFORMATION SYSTEMS INTERNATIONAL STUDIES JAPANESE
BU
YES
NO
C-
NO
NO
HU
B.A., B.S., Honors B.A., B.S.
NO
YES
C-
NO
NO
HU
B.A.
NO
YES
C
LATIN AMERICAN STUDIES
HU
B.A.
NO
YES
C
LINGUISTICS
HU
B.A.
NO
YES
MANAGEMENT
BU
B.A., B.S. Honors
YES
NO
B for LING 1200; Call others, 3.0 GPA in major courses. C-
NO
NO
YES
75 semester hours
MARKETING
BU
B.A., B.S. Honors
YES
NO
C-
NO
NO
YES
78 semester hours
50% of all Business classes must be taken at the U.
MATERIALS SCIENCE & ENGINEERING
EN
B.S.
YES
NO
NO
129.5 semester hours (including University general requirements)
University of Utah Policy
MATH
SC
B.A., B.S. Honors
NO
YES
C is required for all courses; Must maintain a Engr GPA of 2.3 C; C+ for teaching majors
NO
NO
YES
18 upper-division semester hours of Math courses must be taken at the U.
MECHANICAL ENGINEERING
EN
B.S.
YES
NO
NO
NO
YES
MEDICAL LABORATORY SCIENCE
MD
B.S.
YES
NO
C-; Must maintain a min. cumulative GPA of 2.5 C-
NO
NO
YES
METALLURGICAL ENGINEERING
MI
B.S.
NO
NO
C-
54-64 semester hours of mathematics & allied courses (# of hours varies with emphasis) 126.5 semester hours (including University general requirements) 96 semester hours for Medical Technology 59 semester hour for Cytotechnology 128 semester hours (including University general requirements)
33 semester hours 34 semester hours.
NO
NO
NO
33 semester hours
36 semester hours
viii
DEPT RESIDENCE REQUIREMENT (30 sem hrs for U, 20 of iii last 30 hrs at the U) 10 History courses must be taken at the U (including HIST 4990). 50% of all Business classes must be taken at the U. University of Utah Policy 15 semester hours of Japanese must be taken at the U. University of Utah Policy
17 semester hours of Linguistics courses must be taken at the U. 50% of all Business classes must be taken at the U.
University of Utah Policy
University of Utah Policy
University of Utah Policy
COLLEGE i
DEGREES OFFERED
RESTRICTED MAJOR? ii
MINOR
MIN ACCEPTABLE GRADE
GEN ED VAR?
TIME LIMIT ?
CRS 1X/YR
HR REQ FOR MAJOR CRS (122 required for Graduation)
MIDDLE EAST STUDIES
HU
B.A.
NO
YES
C is required for all Middle East Studies courses
NO
NO
YES
35-37 semester hours
MINING ENGINEERING
MI
B.S.
NO
NO
MODERN DANCE
FA
B.F.A.
YES
YES
C-
QB not required for BFA YES
NO
QB not required for B.Mus
NO
AR
B.S, HONORS
YES
YES
3.0 for admissions
MULTI-DISCIPLINARY DESIGN MUSIC
FA
B.A., B.Mus
YES
YES
C
NURSING
NU
B.S.
YES
NO
C
7 yrs for Anat & Phys
OCCUPATIONAL THERAPY
HE
MOT
YES
NO
C; Must maintain cumulative GPA of 3.0
OPERATIONS MANAGEMENT
BU
B.S., Honors
YES
NO
C-
5 yrs for Human Anato my NO
PARKS, RECREATION & TOURISM
HE
B.A., B.S.
NO
YES
C-; Maintain 2.5 GPA
PHARMACY
PH
PHARM.D
YES
NO
3.0 GPA
PHILOSOPHY
HU
B.A., B.S. Honors
NO
YES
PHYSICAL THERAPY
HE
DPT
YES
NO
C-; must maintain 2.0 GPA in all Philosophy courses C; Must maintain cumulative GPA of 3.0
ix
NO
YES
YES
YES, 10 yrs.
NO
126 semester hours (including University general requirements) 79 semester hours
University of Utah Policy
74 semester hrs
Full professional program must be taken at the U; may petition for exemptions Half of private study and large ensemble requirements must be taken at the U. University of Utah Policy
87-96 semester hours (# of hours varies with emphasis) 64 semester hours
YES
NO
DEPT RESIDENCE REQUIREMENT (30 sem hrs for U, 20 of iii last 30 hrs at the U) University of Utah Policy
University of Utah Policy
Bachelor degree required.
University of Utah Policy
81 semester hours
50% of all Business classes must be taken at the U.
58-73 semester hours
University of Utah Policy
49-55 semester hours of Pre-Pharmacy hours
All Professional courses must be taken at the U.
36 semester hours
PHIL 4010 & three 5000level courses must be taken at the U. University of Utah Policy
Bachelor Degree required
COLLEGE i
DEGREES OFFERED
RESTRICTED MAJOR? ii
MINOR
MIN ACCEPTABLE GRADE
GEN ED VAR?
TIME LIMIT ?
CRS 1X/YR
HR REQ FOR MAJOR CRS (122 required for Graduation)
PHYSICS
SC
B.A., B.S.
NO
YES
NO
NO
YES
68-100 Semester Hours
POLITICAL SCIENCE
SB
B.A., B.S.
NO
YES
NO
NO
NO
36 semester hours 12 semester hours in Allied Fields
15 semester hours of Political Science courses must be taken at the U.
PSYCHOLOGY
SB
B.A., B.S.
YES
YES
C-; Must maintain 2.0 GPA in all Physics courses C- in required courses; C average overall in Political Science courses C; Must have a 2.8 GPA to update to full major status
DEPT RESIDENCE REQUIREMENT (30 sem hrs for U, 20 of iii last 30 hrs at the U) University of Utah Policy
NO
Take within 10 yrs except PSY 1010 & PSY 3000
NO
41 semester hours (25 of which must be upper-division) 12 semester hours in Allied Work (6 of which must be upperdivision)
10 semester hours of Psychology must be taken at the U, 8 of which must be upper-division.
RECREATIONAL THERAPY RELIGIOUS STUDIES
HU
B.A.
NO
YES
C
RUSSIAN
HU
B.A.
NO
YES
C
SECONDARY EDUCATION
ED
B.A., B.S., B.F.A., B.Mus
YES
SOCIOLOGY
SB
B.A., B.S.
NO
YES
C-; Must maintain GPA of 2.5 in Sociology courses
NO
NO
NO
SOCIAL WORK
SW
B.S.W.
YES
NO
YES
NO
NO
SPANISH
HU
B.A.
NO
YES
C; Must maintain GPA of 2.35 in Social Work courses C
SPANISH TEACHING
HU
B.A.
NO
YES
C
x
YES
xi
Only 12 credits may transfer 37 semester hours.
C in licensure and major courses. See major/minor for additional restrictions
5 years
NO
See individual xii majors
15 semester hours of Russian must be taken at the U. University of Utah Policy
37 semester hours 12 semester hours in Allied Work (9 of which must be upperdivision) 57 semester hours
18 semester hours of Sociology must be taken at the U.
34-37 semester hours.
15 semester hours of Spanish must be taken at the U.
33 semester hours.
15 semester hours of Spanish must be taken at the U.
University of Utah Policy
COLLEGE i
DEGREES OFFERED
RESTRICTED MAJOR? ii
MINOR
MIN ACCEPTABLE GRADE
SPECIAL EDUCATION
ED
B.S.
YES
NO
C; Must maintain a GPA of 3.00
THEATRE
FA
B.A., B.F.A.
YES (ATP)
YES
C
B, must maintain a 3.0 GPA in Urban Ecology course work C- or better in all major coursework
xiii
YES (MTP)
TIME LIMIT ?
CRS 1X/YR
xiv
URBAN ECOLOGY
AR
B.A., B.S, HONORS
NO
YES
WRITING & RHETORIC STUDIES
HU
BA, BS, HONORS
NO
YES
i
GEN ED VAR?
NO
NO
NO
YES
HR REQ FOR MAJOR CRS (122 required for Graduation) 30-31 semester hours in teacher edu core. 34-37 semester hours in speciality courses (# of hours varies with emphasis) 25 semester hours in core Theatre requirements 48-63 semester hours in program requirements (# of hours varies with emphasis) 47 semester hours
36 semester hours
DEPT RESIDENCE REQUIREMENT (30 sem hrs for U, 20 of iii last 30 hrs at the U) University of Utah Policy
15 semester hours in Theatre must be taken at the U.
University of Utah Policy
University of Utah Policy
The Colleges within the University of Utah offering undergraduate degrees include Architecture (AR), Business (BU), Education (ED), Engineering (EN), Fine Arts (FA), Health (HE), Humanities (HU), Medicine (MD), Mines & Earth Sciences (MI), Nursing (NU), Science (SC), Social and Behavioral Science (SB), and Social Work (SW). ii Students requesting admission to a restricted major will normally be accepted into “PRE” major status. Additional requirements must be met before acceptance into the program. Please refer to the specific department for information on admission criteria. iii The University of Utah’s residency hour requirement states of the total hours required for graduation that at least 30 semester hours must be earned in residence at the U. In addition, 20 of the last 30 hours must be in residence at the University of Utah. iv Computer Engineering majors must take two Intellectual Exploration classes in each of Fine Arts, Humanities and Social Sciences. These must include an ethics course, and two classes numbered 3000 or higher. A list of ethics classes is available from the academic advisor. v Computer Science majors must take two Intellectual Exploration classes in each of Fine Arts, Humanities, and Social Sciences. These must include two classes numbered 3000 or higher. vi All students must take two classes in each of the following three areas: fine arts, humanities, and social and behavioral science. An ethics class is required. vii The Athletic Training Major and the Physical Education Teaching Education major is restricted and is limited to 20 students by special admissions only. viii The College of Engineering has special accreditation requirements for Intellectual Exploration courses. See the department for details of these requirements. ix Occupational Therapy (OT) is a preprofessional major for students entering the professional program the senior year of their baccalaureate studies. Unless a student has been accepted into the professional program, he or she may not declare occupational therapy studies as a major. Students are encouraged to declare and pursue a separate major while simultaneously completing the OT prerequisites. Starting in fall 2015, all applicants must have a bachelor’s degree completed prior to starting the Occupational Therapy program.
x
The degree is granted through the college of the teaching major. Students must also apply to the Secondary Teacher Licensure Program through the College of Education. xi The departments offering teaching minors are: Biology, Chemistry, English, Geography, Health Promotion and Education, History, Spanish, Mathematics, and Physics. xii The departments offering teaching majors are: Art, Biology, Chemistry, Dance, English, Earth Science, Exercise and Sport Science, Health Promotion and Education, History, Mathematics, Music, Physics, Spanish, and Theatre. xiii Students with an emphasis in Actor Training must audition for acceptance into the program. There is open admission to all other programs. xiv
Students with a BFA Emphasis in the Musical Theatre Program, MTP, must audition for acceptance into the program
BIOMEDICAL ENGINEERING
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required to enter into the major in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: BIOEN 1010, 1020 and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and 2250; and PHYS 2210, and 2220. Admission is restricted and will be based on the GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0.
Transferring Courses: The following courses may be taken at BYU to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at BYU that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
BYU COURSE PDBIO 360 or MMBIO 430 CHEM 105 or CHEM 111
COURSE TITLE Cell Biology
CR 3
Advanced Cell Biology General College Chemistry Principles of Chemistry
3 4 3
CHEM 107 CHEM 106 or CHEM 112
General College Chemistry Lab General College Chemistry Principles of Chemistry
1 3 3
CHEM 351
Organic Chemistry
CHEM 353 or CHEM 354
Organic Chem Lab –Non-Major or Organic Chemistry Lab - Majors
CHEM 352
U OF U COURSE
U OF U COURSE TITLE
CR
BIOMEDICAL ENGINEERING REQUIREMENT
BIOL 2020
Principles of Cell Biology
3
Major Requirement
CHEM 1210 CHEM 1215 CHEM 1225
General Chemistry I General Chemistry Lab I General Chemistry Lab II
4 1 1
Major Requirement
CHEM 1220
General Chemistry II
4
Major Requirement
3
CHEM 2310
Organic Chemistry I
4
Major Requirement
1-2
CHEM 2315
Organic Chemistry Lab I
2
Major Requirement
2
CHEM 2315
Organic Chemistry Lab I
2
Major Requirement
Organic Chemistry
3
CHEM 2320
Organic Chemistry II
4
Track Elective
MATH 112
Calculus 1
4
MATH 1210
Calculus I
4
Major Requirement
MATH 113
Calculus 2
4
MATH 1220
Calculus II
4
Major Requirement
MATH 314 MATH 334 MATH 313
3 3 3
MATH 2210
Calculus III Ordinary Differential Equations & Linear Algebra
3
Major Requirement
4
Major Requirement
STAT 321
Calculus 3 Ordinary Differential Equations Elementary Linear Algebra Elements of Mathematical Statistics
3
MATH 3070 PHYS 2210
4 4
Major Requirement Major Requirement
1
Track Elective
PHSCS 121
Principles of Physics 1
3
Applied Statistics I Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & engineers II
4
Major Requirement
1
Track Elective
MATH 2250
PHYS 2215 PHYS 2220 PHSCS 123 PHSCS 220
Principles of Physics 2 Principles of Physics 3
Update 08/2016 Information is subject to change.
3 3
PHYS 2225
Major Requirement
BYU COURSE ENGL 150
COURSE TITLE Writing & Rhetoric
CR
U OF U COURSE
3
WRTG 2010
U OF U COURSE TITLE Intermed Writing: Academic Writing & Research
CR 3
BIOMEDICAL ENGINEERING REQUIREMENT Allied Credit
While attending BYU, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Brigham Young University: Academic Advisement, (801) 422-3641 University of Utah: 3221 Sorenson Molecular Biology Building, (801) 585-3651
Update 08/2016 Information is subject to change.
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required to enter into the major in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: BIOEN 1010, 1020, and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and 2250; and PHYS 2210 and 2220. Admission is restricted and will be based on the GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0
Transferring Courses: The following courses may be taken at BYU-Idaho to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at BYU-Idaho that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. BYUIDAHO COURSE
COURSE TITLE
CR
BIOL 376
Cell & Molecular Biology
3
CHEM 105
General Chemistry
4
CHEM 106
General Chemistry
4
CHEM 351
Organic Chemistry
4
CHEM 352
Organic Chemistry
FDMAT 112
U OF U COURSE
U OF U COURSE TITLE
CR
BIOMEDICAL ENGINEERING REQUIREMENT
Principles of Cell Biology General Chemistry I General Chemistry Lab I General Chemistry II General Chemistry Lab II Organic Chemistry I Organic Chemistry Lab I Organic Chemistry II Organic Chemistry Lab II
3 4 1 4 1 4 2 4 2
Major Requirement
4
BIOL 2020 CHEM 1210 CHEM 1215 CHEM 1220 CHEM 1225 CHEM 2310 CHEM 2315 CHEM 2320 CHEM 2325
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 113
Calculus II
3
MATH 1220
Calculus II
4
Major Requirement
MATH 214 MATH 371 MATH 341
Multivariate Calculus Intro Ordinary Differential Equations Linear Algebra
3 3 3
MATH 2210
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & Engineers II Intermed Writing: Academic Writing & Research
3
Major Requirement
4 4
Major Requirement
MATH 2250 PHYS 2210 PHYS 2215
PH 121
Principles of Physics I
3 PHYS 2220
PH 123 PH 220 ENG 311
Principles of Physics II Principles of Physics III Advanced Writing & Critical Reading
3 3
PHYS 2225
3
WRTG 2010
Major Requirement Major Requirement Major Requirement Track Elective Track Elective
Major Requirement 1 Track Elective 4 Major Requirement 1 Track Elective 3
Allied Credit
BYU-Idaho offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Within either degree, students may take foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the
Update 08/2016 Information is subject to change.
U.
If you have further questions regarding this major, you may contact: BYU-Idaho: Career & Academic Advising, Kimball 250, (208) 496-1167 University of Utah: 3221 Sorenson Molecular Biotechnology Building, (801) 585-3651
Update 08/2016 Information is subject to change.
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required to enter into the major in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: B I O E N 1 0 1 0 , 1020, and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and2250; and PHYS 2210 and 2220. Admission is restricted and will be based on the GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0.
Transferring Courses: The following courses may be taken at Dixie State University to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at Dixie State that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. DIXIE COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
BIOMEDICAL ENGINEERING REQUIREMENT
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
Major Requirement
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
Major Requirement
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
Major Requirement
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
Major Requirement
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
Major Requirement
CHEM 2315
Organic Chemistry I Lab
1
CHEM 2315
Organic Chemistry Lab I
2
Major Requirement
CHEM 2320
Organic Chemistry II
4
CHEM 2320
Organic Chemistry II
4
Track Elective
CHEM 2325
Organic Chemistry II Lab
1
CHEM 2325
Organic Chemistry Lab II
2
Track Elective
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 2210 MATH 2270 MATH 2280
Multivariate Calculus Linear Algebra Ordinary Differential Equations
3 3 3
MATH 2210
3
Major Requirement
4 4
Major Requirement
PHYS 2210
Physics of Scientists & Engineers I
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & Engineers II Intermed Writing: Academic Writing & Research
MATH 2250 PHYS 2210 PHYS 2215
4 PHYS 2220 PHYS 2225
PHYS 2220
Physics of Scientists & Engineers II
4
ENGL 2010
Intermediate Writing
3
Update 08/2016 Information is subject to change.
WRTG 2010
Major Requirement 1 Track Elective 4 Major Requirement 1 Track Elective 3
Allied Credit
Dixie State University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Dixie, students may take foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Dixie State University: Dr. Victor Hasfurther (435) 652-7861,
[email protected] University of Utah: 3221 Sorenson Molecular Biotechnology Building, (801) 585-3651
Update 08/2016 Information is subject to change.
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required t o e n t e r i n t o t h e m a j o r in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: B I O E N 1 0 1 0 , 1020, and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and2250; and PHYS 2210 and 2220. Admission is restricted and will be based on the GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0.
Transferring Courses: The following course may be taken at LDS Business College to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at LDS Business College that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
LDSBC COURSE ENG 201
COURSE TITLE Intermediate College Writing
CR 3
U OF U COURSE WRTG 2010
U OF U COURSE TITLE Intermed Writing: Academic Writing & Research
CR 3
BIOMEDICAL ENGINEERING REQUIREMENT Allied Credit
LDS Business College offers Associate of Science in Business and General Studies degrees, which satisfy General Education requirements at the U. Within either degree, students may take foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: LDS Business College: Academic Advising, (801) 524-8151 University of Utah: 3221 Sorenson Molecular Biotechnology Building, (801) 585-3651
Update 08/2016 Information is subject to change. Please note that LDSBC information reflects the 2014-2015 Year
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required t o e n t e r i n t o t h e m a j o r in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: B I O E N 1 0 1 0 , 1020, and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and2250; and PHYS 2210 and 2220. Admission is restricted and will be based on the GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0
Transferring Courses: The following courses may be taken at Salt Lake Community College to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at SLCC that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. SLCC COURSE BIOL 2020 BIOL 2025
COURSE TITLE Cell Biology Cell Biology Lab
CHEM 1210
U OF U COURSE
U OF U COURSE TITLE
CR 4 0
BIOL 2020
Principles of Cell Biology
3
General Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
General Chemistry Lab I
1
CHEM 1215
General Chemistry Lab I
1
CHEM 1220
General Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
General Chemistry Lab II
1
CHEM 1225
General Chemistry Lab II
1
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry Lab I
1
CHEM 2315
Organic Chemistry Lab I
2
Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
CHEM 2320
Organic Chemistry II
4
CHEM 2320
Organic Chemistry II
4
Track Course
CHEM 2325
Organic Chemistry Lab II
1
CHEM 2325
Organic Chemistry Lab II
2
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
MATH 2210
Multivariate Calculus Differential Equations/Linear Algebra Physics for Scientists & Engineers I
3
MATH 2210
3
3 4
MATH 2250 PHYS 2210
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & Engineers II
Track Course Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
MATH 2250 PHYS 2210 PHYS 2215 PHYS 2220 PHYS 2225
Physics for Scientists & Engineers I Lab Physics for Scientists & Engineers II Physics for Scientists & Engineers II Lab
Update 08/2016 Information is subject to change.
PHYS 2215 1 4
PHYS 2220
1
PHYS 2225
CR
BIOMEDICAL ENGINEERING REQUIREMENT
4 4 1 4
Track Elective Major Requirement
1 Track Elective
SLCC COURSE ENGL 2010 or ENGL 2100
COURSE TITLE Intermediate Writing Technical Writing
CR 3 3
U OF U COURSE WRTG 2010
U OF U COURSE TITLE Intermed Writing: Academic Writing & Research
CR 3
BIOMEDICAL ENGINEERING REQUIREMENT Allied Credit
Salt Lake Community College offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a certificate of completion, which states all general education requirements have been completed. While attending SLCC, students may take foreign language credits and/or other transferable electives for the U. Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. If you have further questions regarding this major, you may contact: Salt Lake Community College: Jeanne Westgard, SI 209 Taylorsville Redwood Campus, 801-9574858,
[email protected] University of Utah: 3221 Sorenson Molecular Biotechnology Building, (801) 585-3651
Update 08/2016 Information is subject to change.
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required t o e n t e r i n t o t h e m a j o r in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: B I O E N 1 0 1 0 , 1020, and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and2250; and PHYS 2210 and 2220. Admission is restricted and will be based on t he GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0.
Transferring Courses: The following courses may be taken at Snow College to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at Snow College that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. SNOW COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
BIOMEDICAL ENGINEERING REQUIREMENT
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
Major Requirement
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
Major Requirement
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
Major Requirement
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
Major Requirement
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
Major Requirement
CHEM 2315
Organic Chemistry I Lab
1
CHEM 2315
Organic Chemistry Lab I
2
Major Requirement
CHEM 2320
Organic Chemistry II
4
CHEM 2320
Organic Chemistry II
4
Track Elective
CHEM 2325
Organic Chemistry II Lab
1
CHEM 2325
Organic Chemistry Lab II
2
Track Elective
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 2210 MATH 2270 MATH 2280
Multivariable Calculus Linear Algebra Differential Equations
3 3 3
MATH 2210
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II
3
Major Requirement
4 4
Major Requirement
MATH 2250 PHYS 2210 PHYS 2215
PHYS 2210 PHYS 2220
Physics for Scientists & Engineers I Physics for Scientists & Engineers II
Update 08/2016 Information is subject to change.
4 PHYS 2220 4
Major Requirement 1 4
Track Elective Major Requirement
SNOW COURSE
COURSE TITLE
ENGL 2010 or ENGL 2014
Intermediate Research Writing Intermediate Writing: Honors Thesis
CR
3 3
U OF U COURSE PHYS 2225
WRTG 2010
U OF U COURSE TITLE Physics Lab for Scientists & Engineers II Intermed Writing: Academic Writing & Research
CR 1
3
BIOMEDICAL ENGINEERING REQUIREMENT Track Elective
Allied Credit
Snow College offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Snow College, students may take foreign language credits and/or other transferable electives for the U. Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. If you have further questions regarding this major, you may contact: Snow College: Brian Newbold, Science Building #105, (435) 283-7515 University of Utah: 3221 Sorenson Molecular Biotechnology Building, (801) 585-3651
Update 08/2016 Information is subject to change.
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required t o e n t e r i n t o t h e m a j o r in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: B I O E N 1 0 1 0 , 1020, and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and2250; and PHYS 2210 and 2220. Admission is restricted and will be based on the GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0.
Transferring Courses: The following courses may be taken at Southern Utah University to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at SUU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
SUU COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
BIOMEDICAL ENGINEERING REQUIREMENT
BIOL 3310
Cell & Molecular Biology
3
BIOL 2020
Principles of Cell Biology
3
Major Requirement
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
Major Requirement
CHEM 1215
Princ of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
Major Requirement
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
Major Requirement
CHEM 1225
Princ of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
Major Requirement
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
Major Requirement
CHEM 2315
Organic Chemistry I Lab
1
CHEM 2315
Organic Chemistry Lab I
2
Major Requirement
CHEM 2320
Organic Chemistry II
4
CHEM 2320
Organic Chemistry II
4
Track Elective
CHEM 2325
Organic Chemistry II Lab
1
CHEM 2325
Organic Chemistry Lab II
2
Track Elective
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 2210 MATH 2270 MATH 2280
Calculus III Linear Algebra w/Applications Differential Equations
4 3 3
MATH 2210
Calculus III Ordinary Differential Equations & Linear Algebra
3
Major Requirement
4
Major Requirement
MATH 3700
Probability & Statistics
5
MATH 3070 PHYS 2210
4 4
Major Requirement
PHYS 2210
Physics for Scientists & Engineers I
Applied Statistics I Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & Engineers II
MATH 2250
PHYS 2215 4 PHYS 2220
PHYS 2220
Physics for Scientists & Engineers II
Update 08/2016 Information is subject to change.
PHYS 2225 4
Major Requirement 1 Track Elective 4 Major Requirement 1 Track Elective
SUU COURSE ENGL 2010
COURSE TITLE Intermediate Writing
CR
U OF U COURSE
3
WRTG 2010
U OF U COURSE TITLE Intermed Writing: Academic Writing & Research
CR 3
BIOMEDICAL ENGINEERING REQUIREMENT Allied Credit
While attending SUU, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U. Students may have a letter of completion sent from SUU, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Southern Utah University: Student Development Center, (435) 586-5419 University of Utah: 3221 Sorenson Molecular Biotechnology Building, (801) 585-3651
Update 08/2016 Information is subject to change.
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required t o e n t e r i n t o t h e m a j o r in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: B I O E N 1 0 1 0 , 1020, and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and2250; and PHYS 2210 and 2220. Admission is restricted and will be based on the GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0.
Transferring Courses: The following courses may be taken at Utah State University/Utah State University Eastern to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at USU/USUE that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
USU/USUE COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
BIOMEDICAL ENGINEERING REQUIREMENT
BIOL 5210
Cell Biology
3
BIOL 2020
Principles of Cell Biology
3
Major Requirement
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
Major Requirement
CHEM 1215
Chemical Principles Lab I
1
CHEM 1215
General Chemistry Lab I
1
Major Requirement
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
Major Requirement
CHEM 1225
Chemical Principles Lab II
1
CHEM 1225
General Chemistry Lab II
1
Major Requirement
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
Major Requirement
CHEM 2315
Organic Chemistry Lab I
1
CHEM 2315
Organic Chemistry Lab I
2
Major Requirement
CHEM 2320
Organic Chemistry II
4
CHEM 2320
Organic Chemistry II
4
Track Elective
CHEM 2325
Organic Chemistry Lab II
1
CHEM 2325
Organic Chemistry Lab II
2
Track Elective
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 2210
3
MATH 2210
Major Requirement
4
MATH 2250 PHYS 2210
4 4
Major Requirement
PHYS 2210
General Physics: Science & Engineering I
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & Engineers II Intermed Writing: Academic Writing & Research
3
MATH 2250
Multivariate Calculus Linear Algebra & Differential Equations
PHYS 2215 4 PHYS 2220
PHYS 2220 ENGL 2010
General Physics: Science & Engineering II Intermed Writing: Research Writing in Persuasive Mode
Update 08/2016 Information is subject to change.
PHYS 2225 4 3
WRTG 2010
Major Requirement 1 Track Elective 4 Major Requirement 1 Track Elective 3
Allied Credit
While attending USU/USUE, students may complete General Education requirements and courses identified to complete the University requirements, including foreign language credits and/or other transferable electives for the U. Students may have a letter of completion sent from USU/USUE, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah State University: Kathy Bayn, ENGR 310, (435) 797-2705,
[email protected] or The University Advising Center, Taggart Student Center (435) 797-3373, www.usu.edu/transfer USU Eastern: Henry Zwick, (435) 613-5277 University of Utah: 3221 Sorenson Molecular Biotechnology Building, (801) 585-3651
Update 08/2016 Information is subject to change.
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required t o e n t e r i n t o t h e m a j o r in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: B I O E N 1 0 1 0 , 1020, and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and2250; and PHYS 2210 and 2220. Admission is restricted and will be based on the GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0.
Transferring Courses: The following courses may be taken at Utah Valley University to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at UVU that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
BIOL 3400
Cell Biology
3
BIOL 2020
Principles of Cell Biology
3
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
CHEM 1220
Principles of Chemistry I
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry I Lab
1
CHEM 2315
Organic Chemistry Lab I
2
BIOMEDICAL ENGINEERING REQUIREMENT Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
CHEM 2320
Organic Chemistry II
4
CHEM 2320
Organic Chemistry II
4
Track Elective
CHEM 2325
Organic Chemistry II Lab
1
CHEM 2325
Organic Chemistry Lab II
2
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
MATH 1220
Calculus II
5
MATH 1220
Calculus II
4
MATH 2210 MATH 2270 MATH 2280
Calculus III Linear Algebra Ordinary Differential Equations
3 3 3
MATH 2210
3
PHYS 2210
Physics for Scientists & Engineers I
4
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & Engineers II
Track Elective Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
UVU COURSE
COURSE TITLE
CR
U OF U COURSE
MATH 2250 PHYS 2210 PHYS 2215 PHYS 2220
PHYS 2220 ENGL 2010 or ENGL 2020
PHYS 2225
Physics for Scientists & Engineers II
4
Intermed Writing: Hum/SS Intermed Writing: Sci & Tech
3 3
Update 08/2016 Information is subject to change.
WRTG 2010
U OF U COURSE TITLE
Intermed Writing: Academic Writing & Research
CR
4 4 1 4
Track Elective Major Requirement
1 Track Elective
3
Allied Credit
Utah Valley University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending UVU, students may take foreign language credits and/or other transferable electives for the U. Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. If you have further questions regarding this major, you may contact: Utah Valley University: Career and Academic Advising Center, LC 402, (801) 863-8425,
[email protected] University of Utah: 3221 Sorenson Molecular Biotechnology Building, (801) 585-3651
Update 08/2016 Information is subject to change.
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required t o e n t e r i n t o t h e m a j o r in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: B I O E N 1 0 1 0 , 1020, and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and2250; and PHYS 2210 and 2220. Admission is restricted and will be based on a the GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0.
Transferring Courses: The following courses may be taken at Weber State University to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at Weber State that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
WEBER COURSE
COURSE TITLE
CR
BIOMEDICAL ENGINEERING REQUIREMENT
U OF U COURSE
U OF U COURSE TITLE Principles of Cell Biology General Chemistry I General Chemistry Lab I General Chemistry II General Chemistry Lab II Organic Chemistry I Organic Chemistry Lab I Organic Chemistry II Organic Chemistry Lab II
3 4 1 4 1 4 2 4 2
Major Requirement
CR
ZOOL 3200
Cell Biology
4
CHEM 1210
Principles of Chemistry I
5
CHEM 1220
Principles of Chemistry II
5
CHEM 2310
Organic Chemistry I
5
CHEM 2320
Organic Chemistry II
5
BIOL 2020 CHEM 1210 CHEM 1215 CHEM 1220 CHEM 1225 CHEM 2310 CHEM 2315 CHEM 2320 CHEM 2325
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 2210
4
MATH 2210
Major Requirement
4 3 3
MATH 2250
Calculus III Ordinary Differential Equations & Linear Algebra
3
MATH 2250 MATH 3410 MATH 3420
Calculus III Linear Algebra & Differential Equations Probability & Statistics Probability & Statistics
4
Major Requirement
4 4
Major Requirement
PHYS 2210
Physics for Scientists & Engineers I
Applied Statistics I Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & Engineers II Intermed Writing: Academic Writing & Research
MATH 3070 PHYS 2210 PHYS 2215
5 PHYS 2220 PHYS 2225
PHYS 2220
Physics for Scientists & Engineers II
5
ENGL 2010
Intermediate College Writing
3
WRTG 2010
Major Requirement Major Requirement Major Requirement Track Elective Track Elective
Major Requirement 1 Track Elective 4 Major Requirement 1 Track Elective 3
Allied Credit
While at Weber State, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U.
Update 08/2016 Information is subject to change.
Students may have a letter of completion sent from WSU, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Weber State University: Academic Advisement, (801) 626-6752 University of Utah: 3221 Sorenson Molecular Biotechnology Building, (801) 585-3651
Update 08/2016 Information is subject to change.
BIOMEDICAL ENGINEERING Biomedical Engineering is the application of the principles and tools of engineering to the enhancement of scientific research and problem solving in the biological, pharmacological, and medical fields. Biomedical Engineering is of particular relevance and benefit to students with interests in the application and relationship of biology, mathematics, chemistry, and physics to medicine and health. An undergraduate degree in Biomedical Engineering is also particularly effective for studies in medicine, dentistry, and veterinary medicine.
Admission Criteria: Students beginning the undergraduate program, including transfer students, should choose the Pre-Biomedical Engineering category as their major for registration purposes. Based on meeting prerequisites, pre-major students are eligible to register for all classes required t o e n t e r i n t o t h e m a j o r in the freshman and sophomore years. Students intending to earn a B.S. degree in Biomedical Engineering apply for admission to major status during their sophomore year. To be considered for major status, students must have completed the following ten classes: B I O E N 1 0 1 0 , 1020, and 2100; BIOL 2020; CHEM 1220 and 1225; MATH 2210 and2250; and PHYS 2210 and 2220. Admission is restricted and will be based on the GPA of the required courses listed on the application form and the cumulative U of U GPA. Only the top 60 applicants for major status are accepted each academic year. To retain major status once admitted, students must maintain a minimum university cumulative GPA of 3.0.
Transferring Courses: The following courses may be taken at Westminster College to fulfill requirements for the Biomedical Engineering degree at the U. There are additional requirements not offered at Westminster College that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
WESTMINSTER COURSE
COURSE TITLE
CR
BIOL 405
Cell Biology & Lab
4
CHEM 111
Principles of Chemistry I & Lab
4
CHEM 112
Principles of Chemistry II & Lab
4
CHEM 303
Organic Chemistry I & Lab
4
CHEM 304
Organic Chemistry II & Lab
MATH 201
U OF U COURSE
U OF U COURSE TITLE
CR
BIOMEDICAL ENGINEERING REQUIREMENT
Principles of Cell Biology General Chemistry I General Chemistry Lab I General Chemistry II General Chemistry Lab II Organic Chemistry I Organic Chemistry Lab I Organic Chemistry II Organic Chemistry Lab II
3 4 1 4 1 4 2 4 2
Major Requirement
4
BIOL 2020 CHEM 1210 CHEM 1215 CHEM 1220 CHEM 1225 CHEM 2310 CHEM 2315 CHEM 2320 CHEM 2325
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 202
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 203
4
MATH 2210
Major Requirement
4
MATH 2250 PHYS 2210
4 4
Major Requirement
PHYS 211
Physics for Scientists & Engineers I & Lab
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & Engineers II Intermed Writing: Academic Writing & Research
3
MATH 204
Multivariate Calculus Linear Algebra & Differential Equations
PHYS 2215 4 PHYS 2220 PHYS 2225
PHYS 212
Physics for Scientists & Engineers II & Lab
4
ENGL 110
Composition & Research
4
WRTG 2010
Major Requirement Major Requirement Major Requirement Track Elective Track Elective
Major Requirement 1 Track Elective 4 Major Requirement 1 Track Elective 3
Allied Credit
While attending Westminster College, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
Update 08/2016 Information is subject to change.
If you have further questions regarding this major, you may contact: Westminster College: General Advising, (801) 832-2280 University of Utah: 3221 Sorenson Molecular Biotechnology Building, (801) 585-3651
Update 08/2016 Information is subject to change.
CHEMICAL ENGINEERING
CHEMICAL ENGINEERING The chemical engineer uses the physical, life, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires the student to be eligible to enroll in CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in all subsequent Chemical Engineering courses. Students are permitted to register no more than twice for any chemical engineering course.
Transferring Courses: The following courses may be taken at BYU to fulfill requirements for the Chemical Engineering degree at the U. There are additional requirements not offered at BYU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. BYU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CHEM 105
General College Chemistry
4
CHEM 1210
General Chemistry I
4
CHEM 106
General College Chemistry
3
CHEM 107
General College Chemistry Lab
1
CHEM 1220 CHEM 1215 CHEM 1225
General Chemistry II General Chemistry Lab I General Chemistry Lab II
4 1 1
MATH 112
Calculus 1
4
MATH 1210
Calculus I
4
MATH 113
Calculus 2
4
MATH 1220
Calculus II
4
PHSCS 121
Principles of Physics 1
3
PHYS 2210
Physics for Scientists & Engineers I
4
CH EN 291
Preprofessional Seminar
.5
ENGL 150
3
3
CH EN 263
Writing & Rhetoric Computational Tools for Chemical Engineers
2
Course may satisfy requirement. See departmental advisor. Intermediate Writing: Academic WRTG 2010 Writing & Research Numerical Methods Applications in CH EN 2450 Chemical Engineering
CH EN 273
Chemical Process Principles
3
CH EN 2800
Fundamentals of Process Engineering
3
ME EN 321
Thermodynamics
3
PHSCS 220
Principles of Physics 3
3
CH EN 2300 PHYS 2220 PHYS 1809
Thermodynamics I Physics for Scientists & Engineers II Elementary General Physics Lab
2 4 1
CHEM 351
Organic Chemistry
3
CHEM 2310
Organic Chemistry
4
2
While attending BYU, students may complete General Education requirements and courses identified to fulfill the University requirements.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Brigham Young University: Academic Advisement, 422-3641 University of Utah: Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, 3290 MEB, (801) 585-7175,
[email protected] www.che.utah.edu
Update 08/2016 Information is subject to change.
CHEMICAL ENGINEERING The chemical engineer uses the physical, life, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires eligibility to enroll with CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in in all subsequent Chemical Engineering courses. Students are permitted to register no more than twice for any chemical engineering course.
Transferring Courses: The following courses may be taken at BYU-Idaho to fulfill requirements for the Chemical Engineering degree at the U. There are additional requirements not offered at BYU-Idaho that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
CHEM 105
General Chemistry
4
CHEM 106
General Chemistry
4
U OF U MAJOR REQUIREMENT SATISFIED CHEM 1210 CHEM 1215 CHEM 1220 CHEM 1225
FDMAT 112
Calculus I
4
MATH 1210
Calculus I
4
MATH 113
Calculus II
3
MATH 1220
Calculus II
4
PH 121
3 3 3
PHYS 2210
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
4
ENG 311
Principles of Physics I Advanced Writing & Critical Reading
ME 322
Thermodynamics I
4
CH EN 2300
2
ME 142 ME 201 ME 202
Engineering Computations I Engineering Mechanics: Statics Strength of Materials
3 2 3
CH EN 1703
Thermodynamics I Intro to Computing in Chemical Engineering
ME EN 1300
Statics & Strength of Materials
4
PH 123
Principles of Physics II
3
CHEM 351
Organic Chemistry
4
PHYS 2220 CHEM 2310 CHEM 2315
Physics for Scientists & Engineers II Organic Chemistry I Organic Chemistry Lab I
4 4 1
BYU-IDAHO COURSE
COURSE TITLE
CR
WRTG 2010
U OF U COURSE TITLE General Chemistry I General Chemistry Lab I General Chemistry II General Chemistry Lab II
CR 4 1 4 1
BYU-Idaho offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Within either degree, students may take transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: BYU-Idaho: Career & Academic Advising, Kimball 250, (208) 496-1167 University of Utah: Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, (801) 585-7175,
[email protected] www.che.utah.edu
Update 08/2016 Information is subject to change.
3
2
CHEMICAL ENGINEERING The chemical engineer uses the physical, life, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires eligibility to enroll in CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in all subsequent Chemical Engineering courses.
Transferring Courses: The following courses may be taken at Dixie State University to requirements for the Chemical Engineering degree at the U. There are additional requirements not offered at Dixie State University that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
CR
U OF U MAJOR REQUIREMENT SATSIFIED
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
MATH 1220
4
MATH 1220
Calculus II
4
PHYS 2210
Calculus II Physics for Scientists & Engineers I
4
PHYS 2210
4
ENGL 2010
Intermediate Writing
3
WRTG 2010
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
ENGR 2300
Engineering Thermodynamics
3
CH EN 2300
Thermodynamics I
2
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315 MATH 2270 MATH 2280
Organic Chemistry I Lab Linear Algebra Ordinary Differential Equations Physics for Scientists & Engineers II Physics for Sci & Engrs I Lab Physics for Sci & Engrs II Lab Statics Strengths of Materials
1 3 3
CHEM 2315
1
MATH 2250
Organic Chemistry Lab I Ordinary Differential Equations & Linear Algebra
4 1 1 3 3
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 1809
Elementary General Physics Lab
1
ME EN 1300
Statics & Strength of Materials
4
DIXIE COURSE
COURSE TITLE
CHEM 1210
PHYS 2220 PHYS 2215 & PHYS 2225 ENGR 2010 ENGR 2140
U OF U COURSE TITLE
CR
3
4
Dixie State University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Dixie, students may take other transferable electives for the U.
Update 08/2016 Information is subject to change.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Dixie State University: Dr. Victor Hasfurther (435) 652-7861,
[email protected] University of Utah: Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, (801) 585-7175,
[email protected] www.che.utah.edu
Update 08/2016 Information is subject to change.
CHEMICAL ENGINEERING The chemical engineer uses the physical, lide, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires eligibility to enroll in CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in all subsequent Chemical Engineering courses. Students are permitted to register no more than twice for any chemical engineering course.
Transferring Courses: The following course may be taken at LDS Business College to fulfill a requirement for the Chemical Engineering degree at the U. There are additional requirements not offered at LDS Business College that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
LDSBC COURSE ENG 201
COURSE TITLE Intermediate College Writing
CR 3
U OF U MAJOR REQUIREMENT SATISFIED WRTG 2010
U OF U COURSE TITLE Intermediate Writing: Academic Writing & Research
CR 3
LDS Business College offers Associate of Science in Business and General Studies degrees, which satisfy General Education requirements at the U. Within either degree, students may take transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: LDS Business College: Academic Advising, (801) 524-8151 University of Utah:Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, (801) 585-7175,
[email protected] www.che.utah.edu
Update 08/2016 Information is subject to change. Please note that LDSBC information reflects the 2014-2015 Year
CHEMICAL ENGINEERING The chemical engineer uses the physical, life, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires eligibility to enroll in CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in all subsequent Chemical Engineering courses. Students are permitted to register no more than twice for any chemical engineering course.
Transferring Courses: The following courses may be taken at Salt Lake Community College to fulfill requirements for the Chemical Engineering degree at the U. There are additional requirements not offered at SLCC that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major. SLCC COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CHEM 1210
General Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
General Chemistry Lab I
1
CHEM 1215
General Chemistry Lab I
1
CHEM 1220
General Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
General Chemistry Lab II
1
CHEM 1225
General Chemistry Lab II
1
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
4
MATH 1220
Calculus II
4
PHYS 2210 ENGR 1040 or ENGR 1030 ENGL 2010 or ENGL 2100 ENGR 1040
Calculus II Physics for Scientists & Engineers I Engineering Computing MATLAB Problem Solving Intermediate Writing Technical Writing Matlab
4 3 3 3 3 3
PHYS 2210
Physics for Scientists & Engineers I
4
CH EN 1703
2
WRTG 2010 CH EN 1703
Intro to Engineering Computing Intermediate Writing: Academic Writing & Research Intro to Chemical Engineering
ENGR 2800
Fund of Process Engineering
3
CH EN 2800
Fund of Process Engineering
3
ENGR 2300
Engineering Thermodynamics
2
CH EN 2300
2
ENGR 2450
2
CH EN 2450
3
MATH 2250
PHYS 2220 PHYS 2215 PHYS 2225 ENGR 2010 MEEN 2140
Numerical Techniques Linear Algebra/Differential Equations Physics for Scientists & Engineers II Phys for Sci & Eng Lab I Phys for Sci & Eng Lab II Statics Strength of Materials I
Thermodynamics I Numerical Methods Applications in Chemical Engineering Ordinary Differential Equations & Linear Algebra
4 1 1 3 2
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 1809
Elementary General Physics Lab
1
ME EN 1300
Statics & Strength of Materials
4
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry Lab I
1
CHEM 2315
Organic Chemistry Lab I
1
MATH 2250
3 2
2 4
Salt Lake Community College offers an Associate degree of Pre-Engineering with a Chemical Engineering emphasis, which includes courses required for the Chemical Engineering degree at the U. Note: The Associates in Pre-Engineering does not complete general education requirements for a
Update 08/2015 Information is subject to change.
Bachelor’s degree at the University of Utah. Students should obtain advising regarding general education requirements specific to Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Salt Lake Community College: Jeanne Westgard, SI 209 Taylorsville Redwood Campus, 801-9574858,
[email protected] University of Utah: Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, (801) 585-7175,
[email protected] www.che.utah.edu
Update 08/2015 Information is subject to change.
CHEMICAL ENGINEERING The chemical engineer uses the physical, life, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires eligibility to enroll in CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in all subsequent Chemical Engineering courses. Students are permitted to register no more than twice for any chemical engineering course.
Transferring Courses: The following courses may be taken at Snow College to fulfill requirements for the Chemical Engineering degree at the U. There are additional requirements not offered at Snow College that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major. SNOW COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
PHYS 2210 ENGL 2010 or ENGL 2014
Physics for Scientists & Engineers I Intermediate Research Writing Intermed Writing: Honors Thesis
4 3 3
PHYS 2210
Physics for Scientists & Engineers I Intermed Writing: Academic Writing & Research
4
ENGR 2300
Engineering Thermodynamics
3
CH EN 2300
2
ENGR 2450
Numerical Methods
3
CH EN 2450
Thermodynamics I Numerical Methods Applications in Chemical Engineering
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315 MATH 2270 & MATH 2280
Organic Chemistry I Lab Linear Algebra Differential Equations
1 3 3
CHEM 2315
1
MATH 2250
Organic Chemistry Lab I Ordinary Differential Equations & Linear Algebra
PHYS 2220 PHYS 2215 & PHYS 2225 ENGR 2010 ENGR 2140
Physics for Scientists & Engineers II Physics for Sci & Engrs I Lab Physics for Sci & Engrs II Lab Statics Strength of Materials
4 1 1 2 3
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 1809
Elementary General Physics Lab
1
ME EN 1300
Statics & Strength of Materials
4
WRTG 2010
3
2
4
Snow College offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While
Update 08/2016 Information is subject to change.
attending Snow College, students may take other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Snow College: Brian Newbold, SB 205, (435) 283-7535 University of Utah: Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, (801) 585-1715,
[email protected] www.che.utah.edu
Update 08/2016 Information is subject to change.
CHEMICAL ENGINEERING The chemical engineer uses the physical, life, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires eligibility to enroll in CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in all subsequent Chemical Engineering courses. Students are permitted to register no more than twice for any chemical engineering course.
Transferring Courses: The following courses may be taken at Southern Utah University to fulfill requirements for the Chemical Engineering degree at the U. There are additional requirements not offered at SUU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
SUU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
4
ENGL 2010
Intermediate Writing
3
WRTG 2010
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
ENGR 3000 MATH 2270 & MATH 2280 ENGR 2010 & ENGR 2140
Thermodynamics Linear Algebra With Applications Differential Equations Statics Strength of Materials
3 3 3 3 3
CH EN 2300
2
MATH 2250
Thermodynamics I Ordinary Differential Equations & Linear Algebra
ME EN 1300
Statics & Strength of Materials
4
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
PHYS 2220 PHYS 2215 & PHYS 2225
Physics for Scientists & Engineers II Physics for Sci & Engrs I Lab Physics for Sci & Engrs II Lab
4 1 1
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 1809
Elementary General Physics Lab
1
3
4
While attending SUU, students may complete General Education requirements and courses identified to fulfill the University requirements, including transferable electives for the U. Students may have a letter of completion sent from SUU, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact:
Update 08/2016 Information is subject to change.
Southern Utah University: Student Development Center, (435) 586-5419 University of Utah: Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, (801) 585-7175,
[email protected] www.che.utah.edu
Update 08/2016 Information is subject to change.
CHEMICAL ENGINEERING The chemical engineer uses the physical, life, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires eligibility to enroll in CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in all subsequent Chemical Engineering courses. Students are permitted to register no more than twice for any chemical engineering course.
Transferring Courses: The following courses may be taken at Utah State University/Utah State University Eastern to fulfill requirements for the Chemical Engineering degree at the U. There are additional requirements not offered at USU/USUE that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major. USU/USUE COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Chemical Principles Lab I
1
CHEM 1215
General Chemistry Lab I
1
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry
4
CHEM 1225
Chemical Principles Lab II
1
CHEM 1225
General Chemistry Lab II
1
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
Calculus II General Physics: Science & Engineering I Intermediate Writing: Research Writing in a Persuasive Mode
4
MATH 1220
Calculus II
4
4
PHYS 2210
4
3
WRTG 2010
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
3 2 3
CH EN 2300
Thermodynamics I Numerical Methods Applications in Chemical Engineering
2
4
PHYS 2220
3 2 2
MATH 2250
Physics for Scientists & Engineers II Ordinary Differential Equations & Linear Algebra
4
MATH 2250 ENGR 2010 & ENGR 2140
Thermodynamics I Engineering Numerical Methods Engineering Numerical Methods 2 General Physics: Science & Engineering II Linear Algebra & Differential Equations Engineering Mechanics Statics Strength of Materials
ME EN 1300
Statics & Strength of Materials
4
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry Lab I
1
CHEM 2315
Organic Chemistry Lab I
1
PHYS 2210 ENGL 2010 MAE 2300 ENGR 2450 or MAE 2450 PHYS 2220
CH EN 2450
3
2
4
While attending USU/USUE, students may complete General Education requirements and courses identified to fulfill the University requirements, including transferable electives for the U. Students may have a letter of completion sent from USU/USUE, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah State University: Kathy Bayn, ENGR 310, (435) 797-2705,
[email protected] or The University Advising Center, Taggart Student Center 304 (435) 797-3373, www.usu.edu/transfer USU Eastern: Henry Zwick, (435) 613-5277 University of Utah: Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, (801) 585-7175,
[email protected] www.che.utah.edu 801) 585-7175,
[email protected] www.che.utah.edu
Update 08/2016 Information is subject to change.
CHEMICAL ENGINEERING The chemical engineer uses the physical, life, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires eligibility to enroll in CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in all subsequent Chemical Engineering courses. Students are permitted to register no more than twice for any chemical engineering course.
Transferring Courses: The following courses may be taken at Utah Valley University to fulfill requirements for the Chemical Engineering degree at the U. There are additional requirements not offered at UVU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
UVU COURSE
CR
U OF U COURSE TITLE
CR
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
MATH 1220
Calculus II
5
MATH 1220
Calculus II
4
PHYS 2210 ENGL 2010 or ENGL 2020
Physics for Scientists & Engrs I Intermediate Writing – Hum/Soc Sci Intermediate Writing – Sci/Tech
4 3 3
PHYS 2210
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
4
ENGR 2300
Engineering Thermodynamics Computational Methods for Engineering Analysis
3
CH EN 2300
2
3
CH EN 2450
Thermodynamics I Numerical Methods Applications in Chemical Engineering
4
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 2215 PHYS 2225 ENGR 2010 ENGR 2140 MATH 2270 MATH 2280
Physics for Scientists & Engrs II Physics for Scientists & Engrs I Lab Physics for Scientists & Engrs II Lab Engineering Statics Mechanics of Materials Linear Algebra Ordinary Differential Equations
PHYS 1809
Elem General Physics Lab
1
ME EN 1300
4
MATH 2250
Statics & Strength of Materials Ordinary Differential Equations & Linear Algebra
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry I Lab
1
CHEM 2315
Organic Chemistry Lab I
1
ENGR 2450 PHYS 2220
COURSE TITLE
U OF U MAJOR REQUIREMENT SATISFIED
1 1 3 3 3 3
WRTG 2010
3
2
4
Utah Valley University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending UVU, students may take other transferable electives for the U.
Update 08/2016 Information is subject to change.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah Valley University: Fred Orchard, CS 635, (801) 863-6238,
[email protected] University of Utah: Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, (801) 585-7175,
[email protected] www.che.utah.edu
Update 08/2015 Information is subject to change.
CHEMICAL ENGINEERING The chemical engineer uses the physical, life, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires eligibility to enroll in CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in all subsequent Chemical Engineering courses. Students are permitted to register no more than twice for any chemical engineering course.
Transferring Courses: The following courses may be taken at Weber State University to fulfill requirements for the Chemical Engineering degree at the U. There are additional requirements not offered at Weber State that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
CHEM 1210
Principles of Chemistry I
5
CHEM 1220
Principles of Chemistry II
5
U OF U MAJOR REQUIREMENT SATISFIED CHEM 1210 CHEM 1215 CHEM 1220 CHEM 1225
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
PHYS 2210
Physics for Scientists & Engineers I
5
PHYS 2210
4
ENGL 2010
Intermediate College Writing
3
WRTG 2010
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
ENGR 2300
Thermodynamics I
3
CHEM 2310 ENGR 2010 ENGR 2140
5 3 3
Thermodynamics I Organic Chemistry I Organic Chemistry Lab I
2 4 1
ME EN 1300
4
MATH 2250
Statics & Strength of Materials Ordinary Differential Equations & Linear Algebra
4
MATH 2250
Organic Chemistry I Statics Strength of Materials Linear Algebra & Differential Equations
CH EN 2300 CHEM 2310 CHEM 2315
PHYS 2220 PHYS 2215 PHYS 2225
Physics for Scientists & Engineers II Physics for Sci & Engrs I Lab Physics for Sci & Engrs II Lab
5 1 1
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 1809
Elementary General Physics Lab
1
WEBER COURSE
COURSE TITLE
CR
U OF U COURSE TITLE General Chemistry I General Chemistry Lab I General Chemistry II General Chemistry Lab II
CR 4 1 4 1
3
4
While attending Weber State, students may complete General Education requirements and courses identified to fulfill the University requirements, including transferable electives for the U. Students may have a letter of completion sent from WSU, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Weber State University: Academic Advisement, (801) 626-6752 University of Utah: Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, (801) 585-7175,
[email protected], www.che.utah.edu
Update 08/2016 Information is subject to change.
CHEMICAL ENGINEERING The chemical engineer uses the physical, life, and engineering sciences to develop products and to devise processes for converting natural resources into needed materials and energy. Chemical engineers work in a variety of areas including energy, materials, food production, medicine, pollution prevention, and environmental remediation. They take into account sustainable long-range and immediate concerns for the environment, safety, and other human needs.
Admission Criteria: The Chemical Engineering program is a closed major and requires that certain courses are completed with a minimum GPA to be admitted into the major. The lower-division Chemical Engineering courses are open to any student who meets the prerequisites. Major status requires eligibility to enroll in CH EN 1703 and a minimum 2.5 GPA. Major status is required to enroll in all subsequent Chemical Engineering courses. Students are permitted to register no more than twice for any chemical engineering course.
Transferring Courses: The following courses may be taken at Westminster College to fulfill requirements for the Chemical Engineering degree at the U. There are additional requirements not offered at Westminster College that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
CHEM 111
Principles of Chemistry I & Lab
4
CHEM 112
Principles of Chemistry II & Lab
4
U OF U MAJOR REQUIREMENT SATISFIED CHEM 1210 CHEM 1215 CHEM 1220 CHEM 1225
MATH 201
Calculus I
4
MATH 1210
Calculus I
4
MATH 202
4
MATH 1220
Calculus II
4
PHYS 211
Calculus II Physics for Scientists & Engineers I & Lab
4
PHYS 2210
4
ENGL 110
Composition & Research
3
CHEM 303
Organic Chemistry I & Lab Linear Algebra & Differential Equations Physics for Scientists & Engineers II & Lab
4
WRTG 2010 CHEM 2310 CHEM 2315
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research Organic Chemistry I Organic Chemistry Lab I Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers II Elem General Physics Lab
WESTMINSTER COURSE
MATH 204 PHYS 212
COURSE TITLE
CR
4 4
MATH 2250 PHYS 2220 PHYS 1809
U OF U COURSE TITLE General Chemistry I General Chemistry Lab I General Chemistry II General Chemistry Lab II
CR 4 1 4 1
While attending Westminster, students may complete General Education requirements and courses identified to fulfill the University requirements.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. If you have further questions regarding this major, you may contact: Westminster College: General Advising, (801) 832-2280 University of Utah: Geoff Silcox, 3290 MEB, (801) 581-8820,
[email protected] Tracey Farnsworth, (801) 585-7175,
[email protected] www.che.utah.edu
Update 08/2015 Information is subject to change.
3 4 1 4 4 1
CIVIL ENGINEERING
CIVIL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5.
Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken.
Transferring Courses: The following courses may be taken at Brigham Young University to satisfy pre- Civil Engineering and Major Civil Engineering course requirements. There are additional requirements not offered at BYU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. BYU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
CHEM 105
General College Chemistry
4
CHEM 1210
WRTG 150
Writing & Rhetoric
3
WRTG 2010
MATH 112
4
PHSCS 121 PHSCS 123 PHSCS 220 CE EN 100A CE EN 100B
Calculus 1 Intro to Newtonian Mechanics Intro to Waves, Optics & Thermodynamics Intro to Electricity & Magnetism Civil & Environmental Engineering Seminar
MATH 1210 PHYS 2210 PHYS 2215 PHYS 2220 PHYS 2225
CHEM 106
General College Chemistry
CHEM 107 CHEM 351
U OF U COURSE TITLE
CR
General Chemistry I Intermediate Writing: Academic Writing & Research
4
4 4 1 4 1
CVEEN 1000
Calculus I Physics for Scientists & Engineers I Physics Lab for Sci & Engrs I Physics For Scientists & Engineers II Physics Lab for Sci & Engrs II Intro to Civil & Environmental Engineering
3
CHEM 1220
General Chemistry II
4
General College Chemistry Lab
1
CHEM 1225
General Chemistry Lab II
1
Organic Chemistry
3
CHEM 2310
Organic Chemistry I
4
CHEM 353
Organic Chemistry Lab
1
CHEM 2315
Organic Chemistry Lab I
1
MATH 113
Calculus 2
4
MATH 1220
Calculus II
4
MATH 314 MATH 334 MATH 313
Calculus of Several Variable Ordinary Differential Equations Elementary Linear Algebra
3 3 3
MATH 2210
Calculus III Differential Equations & Linear Algebra
3
C S 142
Intro to Computer Programming
3
CS 1000
3
ME EN 250
Science of Engineering Materials
3
MSE 2160
Engineering Computing Elements of Materials Science & Engineering
ME EN 321
Thermodynamics
3
CH EN 2300
2
ME EN 250
Science of Engineering Materials
3
MSE 2170
Thermodynamics I Elements of Materials Science & Engineering
CE EN 112
Engineering Drafting w/CAD
3
MG EN 1050
Technical Communications
2
Update 08/2016 Information is subject to change.
3 3 3 .5 .5
MATH 2250
3
2
4
3
1.5
CR
U OF U MAJOR REQUIREMENT SATISFIED
3
MG EN 2400
Introductory Surveying
3
CE EN 203
Engineering Measurements Engineering Mechanics-Mechanics of Materials
3
CVEEN 2140
Strength of Materials
3
CE EN 204
Engineering Mechanics-Dynamics
3
ME EN 2020
Particle Dynamics
2
CE EN 321
Structural Analysis
3
CVEEN 3210
Structural Analysis I
3
BYU COURSE CE EN 113
COURSE TITLE
U OF U COURSE TITLE
CR
Please see website for information on Major Status requirements. www.civil.utah.edu/ug_forms
Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Civil Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Brigham Young University: Ira A. Fulton College of Engineering and Technology Advisement Center, 242 CB, (801) 422-4325 University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, (801) 581-6931 Dr. Romero, Director of Undergraduate Advising, MCE 2131, (801) 587-7725 www.civil.utah.edu
Update 08/2016 Information is subject to change.
CIVIL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5.
Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken.
Transferring Courses: The following courses may be taken at BYU-Idaho to satisfy pre-Civil Engineering and Major Civil Engineering course requirements. There are additional requirements not offered at BYUIdaho that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
CHEM 105
General Chemistry
4
U OF U MAJOR REQUIREMENT SATISFIED CHEM 1210 CHEM 1215
FDENG 301
Advanced Writing & Research
3
WRTG 2010
FDMAT 112 PH 121 PH 123 PH 220
Calculus I Principles of Physics I Principles of Physics II Principles of Physics III
4 3 3 3
MATH 1210
PH 150
Beginning Physics Lab
1
CHEM 106
General Chemistry
4
CHEM 351
Organic Chemistry
MATH 113
BYU-IDAHO COURSE
COURSE TITLE
CR
U OF U COURSE TITLE General Chemistry I General Chemistry Lab I Intermediate Writing: Academic Writing & Research
CR 4 1 3 4 4 4
4
PHYS 2215 CHEM 1220 CHEM 1225 CHEM 2310 CHEM 2315
Calculus I Physics for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & Engineers I General Chemistry II General Chemistry Lab II Organic Chemistry I Organic Chemistry Lab I
Calculus II
3
MATH 1220
Calculus II
4
MATH 214
Multivariate Calculus
3
MATH 2210
Calculus III
3
ME 204
Engineering Mechanics: Dynamics
3
ME EN 2020
Particle Dynamics
2
ME 202
Strength of Materials
3
CVEEN 2140
3
ME 250
Materials Science
3
MSE 2160
Strength of Materials Elements of Materials Science & Engineering
ME 322
Thermodynamics I
3
CH EN 2300
Thermodynamics I
2
PHYS 2210 PHYS 2220
Please see website for information on Major Status requirements.www.civil.utah.edu/ug_forms
Update 08/2016 Information is subject to change.
4 1 4 1
3
Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Civil Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: BYU-Idaho: College of Physical Sciences and Engineering, Austin 106, (208) 496-9880 University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, (801) 581-6931 Dr. Romero, Director of Undergraduate Advising, MCE 2131, (801) 587-7725, www.civil.utah.edu
Update 08/2016 Information is subject to change.
CIVIL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5.
Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken.
Transferring Courses: The following courses may be taken at Dixie State University to satisfy pre-Civil Engineering and Major Civil Engineering course requirements. There are additional requirements not offered at Dixie State that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. DIXIE COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
1
ENGL 2010
Intermediate Writing
3
WRTG 2010
ENGR 1000
Intro to Engineering
2
CVEEN 1000
General Chemistry Lab I Intermediate Writing: Academic Writing & Research Intro to Civil & Environmental Engineering
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
Physics for Scientists & Engineers I
4
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry I Lab
1
CHEM 2315
Organic Chemistry Lab I
1
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
MATH 2210 MATH 2270 MATH 2280
Multivariable Calculus Linear Algebra Ordinary Differential Equations
3 3 3
MATH 2210
3
MATH 2250
Calculus III Differential Equations & Linear Algebra
CS 1400
Fundamentals of Programming
3
CS 1000
Engineering Computing
3
ENGR 2010
Statics
3
CVEEN 2010
Statics
3
ENGR 2030
Dynamics
3
ME EN 2030
Particle Dynamics
3
Update 08/2016 Information is subject to change.
3 2
4
DIXIE COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
ENGR 2140
Strength of Materials
3
CVEEN 2140
Strength of Materials
3
ENGR 2300
Engineering Thermodynamics
3
CH EN 2300
Thermodynamics I
2
PHYS 2215
Phys for Scientist/Engr I Lab Physics for Scientists & Engineers II
1
PHYS 2215
1
4
PHYS 2220
Physics Lab for Sci & Engr I Physics for Scientists & Engineers II
PHYS 2220
4
Please see website for information on Major Status requirements. www.civil.utah.edu/ug_forms
Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Civil Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Dixie State University: Dr. Victor Hasfurther (435) 652-7861,
[email protected] University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, (801) 581-6931 Dr. Romero, Director of Undergraduate Advising, MCE 2131, (801) 587-7725, www.civil.utah.edu
Update 08/2016 Information is subject to change.
CIVIL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5.
Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken.
Transferring Courses: No courses are currently listed as transferring from LDS Business College to satisfy specific requirements for this major. Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Civil Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: LDS Business College: Academic Advising, (801) 524-8151 University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, (801) 581-6931 Dr. Romero, Director of Undergraduate Advising, MCE 2131, (801) 587-7725 www.civil.utah.edu
Update 08/2016 Information is subject to change. Please note that LDSBC information reflects the 2014-2015 Year
CIVIL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5. Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken. Transferring Courses: The following courses may be taken at Salt Lake Community College to satisfy pre-Civil Engineering and Major Civil Engineering course requirements. There are additional requirements not offered at SLCC that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
SLCC COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CHEM 1210
General Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
General Chemistry I Lab
1
CHEM 1215
1
ENGL 2010
Intermediate Writing
3
WRTG 2010
General Chemistry Lab I Intermediate Writing: Academic Writing & Research
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
4
PHYS 2215
Physics for Sci & Eng Lab I
1
PHYS 2215
CEEN 1100
3
CVEEN 1000
MSE 2170
Civil Engineering Design Material Science for Civil Engineering
1.5
MSE 2170
Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Intro to Civil & Environmental Engineering Elements of Materials Science & Engineering
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
CHEM 1220
General Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
General Chemistry Lab II
1
CHEM 1225
General Chemistry Lab II
1
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry Lab I
1
CHEM 2315
Organic Chemistry Lab I
1
ENGR 2010
Statics
3
CVEEN 2010
Statics
3
MATH 2210
Multivariate Calculus Linear Algebra and Differential Equations Physics for Scientists & Engineers II
3
MATH 2210
3
3
MATH 2250
4
PHYS 2220
Calculus III Differential Equations & Linear Algebra Physics for Scientists & Engineers II
MATH 2250 PHYS 2220
Update 08/2015 Information is subject to change.
3
1 2 1.5
4 4
U OF U MAJOR REQUIREMENT SATISFIED
SLCC COURSE ENGR 2140/2145
COURSE TITLE
CR
U OF U COURSE TITLE
Strength of Materials I/Lab
2, 1
CVEEN 2140
Strength of Materials
3
ENGR 1040
Engineering Computing
3
CS 1000
Engineering Computing
3
CEEN 2240
Surveying
3
MG EN 2400
Introductory Surveying
3
ARCH 1310
Introduction to AutoCAD
3
MG EN 1050
Technical Communications
2
ENGR 2300
Engineering Thermodynamics
2
CH EN 2300
2
MSE 2160
Elements of Materials Science
3
MSE 2160
Thermodynamics I Elements of Materials Science & Engineering
CR
3
Please see website for information on Major Status requirements. www.civil.utah.edu/ug_forms
Note: The Associates in Pre-Engineering does not complete general education requirements for a bachelor’s degree in Civil Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Salt Lake Community College: : Jeanne Westgard, SI 209 Taylorsville Redwood Campus, 801-9574858,
[email protected] University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, (801) 581-6931 Dr. Romero, Director of Undergraduate Advising, MCE 2131, (801) 587-7725, www.civil.utah.edu
Update 08/2015 Information is subject to change.
CIVIL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5.
Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken.
Transferring Courses: The following courses may be taken at Snow College to satisfy pre-Civil Engineering and Major Civil Engineering course requirements. There are additional requirements not offered at Snow that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
SNOW COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
1
ENGL 2010
Intermediate Research Writing
3
WRTG 2010
ENGR 1000
Intro to Engineering
2
CVEEN 1000
General Chemistry Lab I Intermediate Writing: Academic Writing & Research Intro to Civil & Environmental Engineering
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2215
Physics Scientists & Engineers I Lab
1
PHYS 2215
Physics Lab for Sci & Engineers I
1
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry I Lab
1
CHEM 2315
Organic Chemistry Lab I
1
ENGR 2010
Statics
3
CVEEN 2010
Statics
3
ENGR 2140
Strength of Materials
3
CVEEN 2140
Strength of Materials
3
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
MATH 2210
Multivariable Calculus
3
MATH 2210
Calculus III
3
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 2220
Physics for Scientists & Engineers II
4
Update 08/2016 Information is subject to change.
3 2
CS 1400 CS 1405
Programming Fundamentals Programming Fundamentals Lab
3 1
CS 1000
Engineering Computing
3
ENGR 2030
Dynamics
3
ME EN 2030
Particle Dynamics
3
ENGR 2240
Surveying & Global Positioning
3
MG EN 2400
Introductory Surveying
3
ENGR 2300
Engineering Thermodynamics
3
CH EN 2300
2
MATH 2250
Linear Algebra & Differential Equations
4
MATH 2250
Thermodynamics I Differential Equations & Linear Algebra
4
Please see website for information on Major Status requirements. www.civil.utah.edu/ug_forms
Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Civil Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Snow College: Brian Newbold, SCNCE 205, (435) 283-7515 University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, (801) 581-6931 Dr. Romero, Director of Undergraduate Advising, MCE 2131, (801) 587-7725, www.civil.utah.edu
Update 08/2016 Information is subject to change.
CIVIL & ENVIRONMENTAL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5.
Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken.
Transferring Courses: The following courses may be taken at Southern Utah University to satisfy preCivil Engineering and Major Civil Engineering course requirements. There are additional requirements not offered at SUU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
SUU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
1
ENGL 2010 ENGR 2250 & ENGR 2225
Intermediate Writing Electric Circuits
3 3
WRTG 2010
General Chemistry Lab I Intermediate Writing: Academic Writing & Research
Electric Circuits Lab
1
ECE 2200
Electrical & Computer Engineering for Civil Engineers
1.5
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2215
Physics for Sci & Engrs I Lab
1
PHYS 2215
1
ENGR 1010
Engineering in the 21st Century
3
CVEEN 1000
Physics Lab for Sci & Engrs I Intro to Civil & Environmental Engineering
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry I Lab
1
CHEM 2315
Organic Chemistry Lab I
1
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
MATH 2210
4
MATH 2210
4
MATH 2250
Calculus III Differential Equations & Linear Algebra
3
MATH 2250
Calculus III Linear Algebra & Differential Equations
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 2220
Physics for Scientists & Engineers II
4
CSIS 1400
Fundamentals of Programming
3
CS 1000
Engineering Computing
3
Update 08/2016 Information is subject to change.
3
2
4
CR
U OF U MAJOR REQUIREMENT SATISFIED
Computer-Assisted Drafting
3
MG EN 1050
Technical Communications
2
ENGR 2010
Statics
3
CVEEN 2010
Statics
3
ENGR 2030 ENGR 2140 ENGR 2145
Dynamics Strength of Materials Strength of Materials Lab
3 3 1
ME EN 2030
Particle Dynamics
3
CVEEN 2140
Strength of Materials
3
ENGR 3000
Thermodynamics
3
ME EN 2300
2
ENGR 3010
Materials Science Engineering
3
MSE 2160
Thermodynamics I Elements of Materials Science & Engineering
ENGR 4050
Structural Analysis
3
CVEEN 3210
Structural Analysis I
3
SUU COURSE
COURSE TITLE
ENGR 1030
U OF U COURSE TITLE
CR
3
Please see website for information on Major Status requirements. www.civil.utah.edu/ug_forms
Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Civil Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Southern Utah University: Student Development Center, (435) 586-5419 University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, 2131, (801) 587-7725 www.civil.utah.edu
Update 08/2016 Information is subject to change.
CIVIL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5.
Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken.
Transferring Courses: The following courses may be taken at Utah State University/Utah State University Eastern to satisfy pre-Civil Engineering and Major Civil Engineering course requirements. There are additional requirements not offered at USU.USUE that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major. USU/USUE COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
1
CHEM 1215
3
WRTG 2010
ENGR 1000
Intro to Engineering Design
2
CVEEN 1000
General Chemistry Lab I Intermediate Writing: Academic Writing & Research Intro to Civil & Environmental Engineering
1
ENGL 2010
Chemical Principles Lab I Intermediate Writing: Research Writing in a Persuasive Mode
MATH 1210
4
MATH 1210
Calculus I
4
PHYS 2210
Calculus I General Physics: Science & Engineering I
4
PHYS 2210
4
PHYS 2215
Physics for Scientists & Engr Lab I
1
PHYS 2215
Physics for Scientists & Engineers I Physics Lab for Scientists & Engrineers I
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Chemical Principles Lab II
1
CHEM 1225
General Chemistry Lab II
1
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry Lab I
1
CHEM 2315
Organic Chemistry Lab I
1
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
MATH 2210
3
MATH 2210
4
MATH 2250
4
PHYS 2220
Calculus III Differential Equations & Linear Algebra Physics for Scientists & Engineers II
3
PHYS 2220
Multivariable Calculus Linear Algebra & Differential Equations General Physics: Science & Engineering II
CS 1400
Intro to Computer Science – CS 1
3
CS 1000
Engineering Computing
3
CEE 2240
Engineering Surveying
3
MG EN 2400
Introductory Surveying
3
ENGR 2010
Engineering Mechanics Statics
3
CVEEN 2010
Statics
3
MATH 2250
Update 08/2016 Information is subject to change.
3 2
1
4 4
USU/USUE COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
ENGR 2030
Engineering Mechanics Dynamics
3
ME EN 2030
Particle Dynamics
3
ENGR 2140
Strength of Materials
3
CVEEN 2140
Strength of Materials
3
ENGR 2270
Computer Engineering Drafting
2
MG EN 1050
Technical Communications
2
MAE 2300
Thermodynamics I
3
CH EN 2300
2
MAE 2160
Material Science
3
MSE 2160
Thermodynamics I Elements of Materials Science & Engineering
1.5
Please see website for information on Major Status requirements. www.civil.utah.edu/ug_forms
Note: Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah State University: Kathy Bayn, ENGR 310, (435) 797-2705,
[email protected] or The University Advising Center, Taggart Student Center 304 (435) 797-3373, www.usu.edu/transfer USU Eastern: Henry Zwick, (435) 613-5277 University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, (801) 581-6931 Dr. Romero, Director of Undergraduate Advising, MCE 2131, (801) 587-7725, www.civil.utah.edu
Update 08/2016 Information is subject to change.
CIVIL & ENVIRONMENTAL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5.
Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken.
Transferring Courses: The following courses may be taken at Utah Valley University to satisfy pre-Civil Engineering and Major Civil Engineering course requirements. There are additional requirements not offered at UVU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
CR
U OF U MAJOR REQUIREMENT SATISFIED
Intermed Writing - Science/Tech Intermed Writing – Hum/Soc Sci
3 3
WRTG 2010
Intermediate Writing: Academic Writing & Research
3
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
MATH 1210
Calculus I
5
MATH 1210
4
ENGR 1000
Introduction to Engineering
3
CVEEN 1000
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
Calculus I Intro to Civil & Environmental Engineering Physics for Scientists & Engineers I
PHYS 2215
Physics for Sci & Engrs I Lab
1
PHYS 2215
Physics Lab for Sci & Engrs I
1
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry II Lab
1
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
CHEM 2315
Organic Chemistry I Lab
1
CHEM 2315
Organic Chemistry Lab I
1
MATH 1220
Calculus II
5
MATH 1220
Calculus II
4
MATH 2210 MATH 2270 MATH 2280
Calculus III Linear Algebra Ordinary Differential Equations
3 3 3
MATH 2210
3
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 2220
Calculus III Differential Equations & Linear Algebra Physics for Scientists & Engineers II
UVU COURSE ENGL 2020 or ENGL 2010
COURSE TITLE
Update 08/2015 Information is subject to change.
MATH 2250
U OF U COURSE TITLE
CR
2 4
4 4
UVU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
CS 1400
Fundamentals of Programming
3
CS 1000
Engineering Computing
3
EGDT 1040
Computer Aided Drafting – AutoCAD
3
MG EN 1050
Technical Communications
2
EGDT 1400
Surveying
4
MG EN 2400
Introductory Surveying
3
ENGR 2010
Engineering Statics
3
CVEEN 2010
Statics
3
ENGR 2030
Engineering Dynamics
3
ME EN 2030
Particle Dynamics
3
ENGR 2140
Mechanics of Materials
3
CVEEN 2140
Strength of Materials
3
ENGR 2300
Engineering Thermodynamics
3
CH EN 2300
Thermodynamics I
2
Please see website for information on Major Status requirements. www.civil.utah.edu/ug_forms
Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Civil Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah Valley University: Fred Orchard, CS 635, (801) 863-6238,
[email protected] University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, (801) 581-6931 Dr. Romero, Director of Undergraduate Advising, MCE 2131, (801) 587-7725 www.civil.utah.edu
Update 08/2015 Information is subject to change.
CIVIL & ENVIRONMENTAL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5.
Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken.
Transferring Courses: The following courses may be taken at Weber State University to satisfy pre-Civil Engineering and Major Civil Engineering course requirements. There are additional requirements not offered at Weber State that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
WEBER COURSE
COURSE TITLE
CHEM 1210
Principles of Chemistry I
5
U OF U MAJOR REQUIREMENT SATISFIED CHEM 1210 CHEM 1215
ENGL 2010
Intermediate College Writing
3
WRTG 2010
MATH 1210
4
PHYS 2210
Calculus I Physics for Scientists & Engineers I
MATH 1210 PHYS 2210 PHYS 2215
ENGR 1000
Intro to Engineering
2
CHEM 1220 CHEM 2310 CHEM 2315
Principles of Chemistry II Organic Chemistry I Organic Chemistry I Lab
MATH 1220 MATH 2210
CR
U OF U COURSE TITLE General Chemistry I General Chemistry Lab I Intermediate Writing: Academic Writing & Research
CR 4 1 3 4 4 1
5 4 1
CVEEN 1000 CHEM 1220 CHEM 1225 CHEM 2310 CHEM 2315
Calculus I Physics for Scientists & Engineers I Physics Lab for Sci & Engrs I Intro to Civil & Environmental Engineering General Chemistry II General Chemistry Lab II Organic Chemistry I Organic Chemistry Lab I
Calculus II
4
MATH 1220
Calculus II
4
4
MATH 2210
3
4
MATH 2250
Calculus III Differential Equations & Linear Algebra
5
PHYS 2220
Physics for Sci & Engineers II
4
DET 1040
Calculus III Linear Algebra & Differential Equations Physics for Scientists & Engineers II Intro to Residential Architecture (AUTOCAD)
3
MG EN 1050
Technical Communications
2
ENGR 2010
Statics
3
CVEEN 2010
Statics
3
ENGR 2080
Dynamics
4
ME EN 2030
Particle Dynamics
3
MATH 2250 PHYS 2220
Update 08/2016 Information is subject to change.
5
2 4 1 4 1
4
WEBER COURS
COURSE TITLE
CR 3
ENGR 2210
Strength of Materials Materials Science & Engineering Electrical Engineering for NonMajors
ENGR 2300
Thermodynamics I
ENGR 2140 ENGR 2160
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE Strength of Materials
CVEEN 2140
CR 3
3
MSE 2170
4
ECE 2200
Elements of Materials Science & Engineering Electrical & Computer Engineering for Civil Engineers
3
CH EN 2300
Thermodynamics I
1.5
1.5 2
Please see website for information on Major Status requirements. www.civil.utah.edu/ug_forms
Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Civil Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Weber State University: Academic Advisement, (801) 626-6752 University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, (801) 581-6931 Dr. Romero, Director of Undergraduate Advising, MCE 2131, (801) 587-7725 www.civil.utah.edu
Update 08/2016 Information is subject to change.
CIVIL & ENVIRONMENTAL ENGINEERING Civil Engineering is considered to be the oldest engineering field. Throughout history, civil engineers have designed and built facilities that have advanced civilization and provided for a higher standard of living. Civil engineering is about community service, development, and improvement. IT involves the conception, planning, design, construction and operation of facilities essential to modern life, ranging from transit systems to offshore structures to space satellites. Civil engineers are problem solvers, meeting the challengers of pollution, traffic congestion, drinking water and energy needs, urban redevelopment and community planning.
Admission Criteria: Once the pre-civil engineering requirements have been completed, you must apply for Major Status. Admission to intermediate status requires completion of at least 9 credit hours from select courses with a minimum Engineering GPA of 2.5.
Important Information: Courses required for this major may be repeated only once. If a course is repeated, only the second grade received is used in the GPA calculation. If the student receives a grade of W (withdrawal), I (incomplete), or V (audit), the course is considered taken.
Transferring Courses: The following courses may be taken at Westminster College to satisfy pre-Civil Engineering and Major Civil Engineering course requirements. There are additional requirements not offered at Westminster that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
WESTMINSTER COURSE
COURSE TITLE
CR
CHEM 111
Principles of Chemistry I & Lab
4
MATH 201
4
PHYS 211
Calculus I Physics for Scientists & Engineers I & Lab
ENGL 110
Composition & Research
4
CHEM 112
Principles of Chemistry II & Lab
4
CHEM 303
Organic Chemistry I & Lab
MATH 202 MATH 203 MATH 311 & MATH 363
U OF U MAJOR REQUIREMENT SATISFIED CHEM 1210 CHEM 1215
CR 4 1 4 4 1
4
WRTG 2010 CHEM 1220 CHEM 1225 CHEM 2310 CHEM 2315
Calculus I Physics for Scientists & Engineers I Physics Lab for Sci & Engrs I Intermediate Writing: Academic Writing & Research General Chemistry II General Chemistry Lab II Organic Chemistry I Organic Chemistry Lab I
Calculus II
4
MATH 1220
Calculus II
4
4 4 4
MATH 2210
4
MATH 2250 PHYS 2220 PHYS 2225
Calculus III Differential Equations & Linear Algebra Physics for Scientists & Engineers II Physics Lab Sci & Engineers II
3
PHYS 212
Multivariate Calculus Linear Algebra II Differential Equations Physics for Scientists & Engineers II & Lab
CMPT 201
Intro to Computer Science
4
CS 1000
Engineering Computing
3
4
MATH 1210 PHYS 2210 PHYS 2215
U OF U COURSE TITLE General Chemistry I General Chemistry Lab I
3 4 1 4 1
4 4 1
Please see website for information on Major Status requirements. www.civil.utah.edu/ug_forms
Note: Students should obtain advising regarding general education requirements specific to Civil Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
Update 08/2016 Information is subject to change.
If you have further questions regarding this major, you may contact: Westminster College: General Advising, (801) 832-2280 University of Utah: Alexi Crabb, Academic Advisor, 2012 MCE, (801) 581-6931 Dr Romero, Director of Undergraduate Advising MCE 2131, (801) 587-7725, www.civil.utah.edu
Update 08/2016 Information is subject to change.
COMPUTER ENGINEERING
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to soft ware engineering (algorithms, data structures, and operating systems), as well as computer architecture.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be taken twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Courses: The following courses may be taken at BYU to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at BYU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
BYU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PREMAJOR REQUIREMENTS: C S 142
Intro to Computer Programming
3
CS 1410
Intro to Computer Science I
4
C S 235
Data Structures & Algorithms
3
CS 2420
Intro to Computer Science II
4
EC EN 240
Circuit Analysis & Laboratory
4
ECE 1250 ****
Electrical and Computer Eng Design
4
MATH 112
Calculus 1
4
MATH 1210
Calculus I
4
MATH 113
Calculus 2
4
MATH 1220
Calculus II
4
PHSCS 121
Principles of Physics 1
3
PHYS 2210
Physics for Scientists & Engineers I
4
OTHER COMPUTER ENGINEERING REQUIREMENTS/ELECTIVES: BIO 100
Principles of Biology
3
BIOL 1210
Intro Biology
4
CHEM 105
General College Chemistry
4
CHEM 1210
General Chemistry I
4
C S 236
Discrete Structures
3
CS 2100
Discrete Structures
3
EC EN 340
Electronic Circuit Design I
4
ECE 2280
Fund of Engineering Electronics
4
EC EN 360
Electromagnetic Fields & Waves
3
ECE 3300
Fund E&M and Trans Lines
4
EC EN 380 EC EN443 EC EN 445
Signals and Systems Communication & Power Circuits Intro to Mixed-Signal VLSI
5 4 4
ECE 3500
Fund Signals & Systems
4
ECE 3110
Engineering Electronics II
4
EC EN 483
Design of Control Systems
4
ECE 3510
Intro to Feedback Systems
4
EC EN 487
Intro to Discrete Time Signal Proc
4
ECE 5530
Digital Signal Processing
3
MATH 303
Mathematics for Engineering 2
4
MATH 2270**
Linear Algebra
4
MATH 314
Calculus of Several Variables
3
MATH 2210
Calculus III
3
MATH 334 PHSCS 123 PHSCS 220
Ordinary Differential Equations Intro Waves, Optics & Thermo Intro Electricity & Magnetism
3 3 3
MATH 2280
Intro to Differential Equations
4
PHYS 2220
Physics for Scientists & Engineers II
4
Update 08/2016 Information is subject to change.
BYU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
PHSCS
Modern Physics 3 ECE 3740 Intro Quantum & Relativity ** Math 2270 & 2280 together are equivalent to MATH 2250 *** Students must also take a MATLAB course. **** EC EN 240 also clears ECE 2240 requirement but student must take additional four credit hours of technical electives.
CR 3
While attending BYU, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U. Students should obtain advising regarding General Education requirements specific to Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Brigham Young University: Electrical and Computer Engineering Student Advisor, (801)422-3641 University of Utah: Computer Engineering Academic Advisor, 2666 MEB, (801)581-4657
Update 08/2016 Information is subject to change.
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to software engineering (algorithms, data structures, and operating systems), as well as computer architecture.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be registered for twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Course: The following courses may be taken at BYU-Idaho to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at BYU-Idaho that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
BYU-IDAHO COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PRE-MAJOR REQUIREMENTS: CS 165
Object Oriented Software Development
3
CS 1410
Intro to Computer Science I
4
CS 235
Data Structures
3
CS 2420
Intro to Computer Science II
4
FDMAT 112
Calculus I
4
MATH 1210
Calculus I
4
MATH 113
Calculus II
3
MATH 1220
Calculus II
4
PH 121
Principles of Physics I
3
PHYS 2210
4
FDENG 201
Advanced Writing & Critical Thinking
3
WRTG 2010
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
ECEN 150
Electrical Circuit Analysis I
3
ECE 1250***
Electrical & Computer Engr Design
4
3
OTHER COMPUTER ENGINEERING MAJOR REQUIREMENTS/ELECTIVES BIO 180 or CHEM 105
Intro to Biology I General Chemistry
4 4
BIOL 1210 or CHEM 1210**
Principles of Biology General Chemistry I
4 4
CS 237
Discrete Mathematics I
3
CS 2100
Discrete Structures
3
PH 220
Principles of Physics III
3
PHYS 2220
Physics for Scientists & Engineers II
4
ECEN 250
Electric Circuit Analysis 2
3
ECE 2240
Intro to Electric Circuits
4
ECEN 350
Electronic Devices & Circuits
3
ECE 2280
Fund of Engineering Electronics
4
Fund of Signals & Systems
4
ECEN 380 Signals & Systems 3 ECE 3500 ** Students may take either CHEM 1210 or BIO 1210 to meet requirement. *** Students must also take a Matlab course
Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Computer Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Engineering majors at the U.
Update 08/2016 Information is subject to change.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: BYU-Idaho: Career & Academic Advising, Kimball 250, (208) 496-1167 University of Utah: Computer Engineering Academic Advisor, 3313MEB, (801) 581-4657
Update 08/2016 Information is subject to change.
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to soft ware engineering (algorithms, data structures, and operating systems), as well as computer architecture.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be registered for twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Courses: The following courses may be taken at Dixie State University to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at Dixie that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. DIXIE COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PRE-MAJOR REQUIREMENTS: CS 1400
Fundamentals of Programming
3
CS 1030*
Intro to Computer Science
3
CS 1410
Object Oriented Programming
3
CS 1410
Intro to Computer Science I
4
CS 2420
Intro to Algorithms/Data Structures
3
CS 2420
4
ENGL 2010
Intermediate Writing
3
WRTG 2010
Intro to Computer Science II Intermediate Writing: Academic Writing & Research
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
PHYS 2210 ENGR 2250 ENGR2255
Physics for Scientists & Engineers I Electrical Circuits Electrical Circuits Lab
4 3 1
PHYS 2210
Physics for Scientists & Engineers I
4
ECE 1250***
Electrical & Computer Engr Design
4
3
OTHER COMPUTER ENGINEERING MAJOR REQUIREMENTS/ELECTIVES MATH 2210 MATH 2270 MATH 2280
Multivariable Calculus Linear Algebra Ordinary Differential Equations
3 3 3
MATH 2210 MATH 2270 MATH 2280**
Calculus III Linear Algebra Intro to Differential Equations
3 4 4
MATH 3310
Discrete Mathematics Physics for Scientists & Engineers II Principles of Chemistry I
3
CS 2100
Discrete Structures Physics for Scientists & Engineers II General Chemistry I
3
Principles of Biology
4
PHYS 2220 4 PHYS 2220 CHEM 1210 4 CHEM 1210 or or BIOL 1610 Principles of Biology I 4 BIOL 1210**** *U of U students who pass exam may bypass CS 1030 and proceed to CS 1410 ** MATH 2270 & 2280 together are equivalent to MATH 2250 *** Students must also take a MATLAB course. Update 08/2016 Information is subject to change.
4 4
**** Students may take either CHEM 1210 or BIO 1210 to meet requirement.
Dixie State University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Dixie, students may take foreign language credits and/or other transferable electives for the U. Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Dixie State University: Victor Hasfurther, (435) 652-7861,
[email protected] University of Utah: Computer Engineering Academic Advisor, 2666 MEB, (801)581-4657
Update 08/2016 Information is subject to change.
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to soft ware engineering (algorithms, data structures, and operating systems), as well as computer architecture.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be registered for twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Courses: The following courses may be taken at LDS Business College to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at LDS Business College that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
LDSBC COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
3
WRTG 2010
U OF U COURSE TITLE
CR
PRE-MAJOR REQUIREMENTS: ENG 201
Intermediate College Writing
Intermediate Writing: Academic Writing & Research
3
LDS Business College offers Associate of Science in Business and General Studies degrees, which satisfy General Education requirements at the U. Within either degree, students may take foreign language credits and/or other transferable electives for the U. Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: LDS Business College: Academic Advising, (801) 524-8151 University of Utah: Computer Engineering Academic Advisor, 2666 MEB, (801)581-4657
Update 08/2016 Information is subject to change. Please note that LDSBC information reflects the 2014-2015 Year
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to soft ware engineering (algorithms, data structures, and operating systems), as well as computer architecture
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be registered for twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Courses: The following courses may be taken at Salt Lake Community College to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at SLCC that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
CR
U OF U MAJOR REQUIREMENT SATISFIED
PRE-MAJOR REQUIREMENTS: Fundamentals of CS 1400 Programming
3
CS 1030*
Intro to Computer Science
3
CS 1410
Object Oriented Programming
4
CS 1410
Intro to Computer Science I
4
CS 2420 EE 1020 or ENGR1030 or ENGR 1040 & EE 1270
Intro: Algorithms/Data Struct EE Prob Solving with Matlab Matlab Problem Solving Engineering Computation
4 1 3 3
CS 2420
Intro to Computer Science II
4
ECE 1250
Electrical & Computer Engr Design
Intro Electrical Circuits I Physics for Scientists & Engineers I Intermediate Writing Technical Writing
4
SLCC COURSE
PHYS 2210 ENGL 2010 or ENGL 2100
COURSE TITLE
4 3 3
CR
1 4 PHYS 2210 WRTG 2010
OTHER COMPUTER ENGINEERING MAJOR REQUIREMENTS/ELECTIVES BIOL 1610 or College Biology I 4 BIOL 1210 or CHEM 1210 General Chemistry I 4 CHEM 1210** Physics for Scientists & PHYS 2220 Engineers II 4 PHYS 2220 MATH 2210
U OF U COURSE TITLE
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
4
Principles of Biology General Chemistry I Physics for Scientists & Engineers II
4 4
3
3
4
3
MATH 2210
MATH 2250
Multivariate Calculus Linear Algebra & Differential Equations
3
MATH 2250
Calculus III Ordinary Differential Equations & Linear Algebra
EE 2260
Fund of Electrical Circuits II
4
ECE 2240
Intro to Electric Circuits
1-4
EE 2280
Fund of Eng Electronics
4
ECE 2280
Fund of Engineering Electronics
4
CS 2430 Discrete Structures 3 CS 2100 Discrete Structures *U of U students who pass an exam may bypass CS 1030 and proceed to CS 1410 ** Students may take either CHEM 1210 or BIO 1210 to meet requirement.
Update 08/2015 Information is subject to change.
4
3
Salt Lake Community College offers an associate’s of Pre-Engineering degree with a Computer Engineering emphasis, which includes courses required for the Computer Engineering degree at the U. Note: The Associates in Pre-Engineering does not complete general education requirements for a bachelor’s degree at the U of U. Students should obtain advising regarding general education requirements specific to Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Salt Lake Community College: Jeanne Westgard, SI 209 Taylorsville Redwood Campus, 801-9574858,
[email protected] University of Utah: Computer Engineering Academic Advisor, 2666 MEB, (801)581-4657
Update 08/2015 Information is subject to change.
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to software engineering (algorithms, data structures, and operating systems), as well as computer architecture.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be registered for twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Courses: The following courses may be taken at Snow College to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at Snow that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. SNOW COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PRE-MAJOR REQUIREMENTS: CS 1400 CS 1410 CS 1415
Programming Fundamentals Object Oriented Programming Object Oriented Programming Lab
3 3 1
CS 1030*
Intro to Computer Science
3
CS 1410
Intro to Computer Science I
4
CS 2420
Data Structures & Algorithms
3
CS 2420
Intro to Computer Science II
4
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
4
ENGL 2010 ENGR 2250 & ENGR 2255
Intermediate Research Writing Analog Circuits
3
WRTG 2010
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
3 1
ECE 1250**
Electrical & Computer Engr Design
4
OTHER COMPUTER ENGINEERING MAJOR REQUIREMENTS/ELECTIVES: CHEM 1210 or Principles of Chemistry 4 CHEM 1210 or BIOL 1010 General Biology 3 BIOL 1210***
General Chemistry I Principles of Biology
4 4
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 2220
Physics for Scientists & Engineers II
4
MATH 1630
Discrete Mathematics
3
CS 2100
Discrete Structures
3
Calculus III Ordinary Differential Equations & Linear Algebra
3
Analog Circuits Lab
MATH 2210 Multivariable Calculus 3 MATH 2210 MATH 2270 Linear Algebra 3 MATH 2280 Differential Equations 3 MATH 2250 *U of U students who pass an exam may bypass CS 1030 and proceed to CS 1410
Update 08/2016 Information is subject to change.
3
4
** Students must also take a MATLAB course. *** Students may take either CHEM 1210 or BIO 1210 to meet requirement.
Snow College offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Snow College, students may take foreign language credits and/or other transferable electives for the U. Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Snow College: Garth Sorensen, SCNCE 303, (435) 283-7531 University of Utah: Computer Engineering Academic Advisor, 2666 MEB, (801)581-4657
Update 08/2016 Information is subject to change.
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to soft ware engineering (algorithms, data structures, and operating systems), as well as computer architecture.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be registered for twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Courses: The following courses may be taken at Southern Utah University to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at SUU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
SUU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PREMAJOR REQUIREMENTS: CSIS 1400
Fundamentals of Programming
3
CS 1030*
Intro to Computer Science
3
CSIS 1410
Object Oriented Programming
3
CS 1410
Intro to Computer Science I
4
CSIS 2420
Intro to Algorithms & Data Structure
3
CS 2420
Intro to Computer Science II
4
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
4
ENGL 2010 ENGR 2250 ENGR 2255
Intermediate Writing Electric Circuits Electric Circuits Lab
3 3 1
WRTG 2010
Physics for Scientists & Engineers I Intermed Writing: Academic Writing & Research
ECE 1250**
Electrical & Computer Engr Design
4
3
3
OTHER COMPUTER ENGINEERING REQUIREMENTS/ELECTIVES: MATH 2210 MATH 2270 MATH 2280
Calculus III Linear Algebra with Applications Differential Equations
4 3 3
MATH 2210 MATH 2250
Calculus III Ordinary Differential Equations & Linear Algebra
MATH 1630
Discrete Mathematics
3
CS 2100
Discrete Structures
3
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 2220
Physics for Scientists & Engineers II
4
CHEM 1210 Principles of Chemistry I 4 CHEM 1210 General Chemistry I *U of U students who pass an exam may bypass CS 1030 and proceed to CS 1410 ** Students must also take a Matlab course.
4
4
While attending SUU, students may complete the General Education requirements and the courses identified to complete the University requirements, including foreign language credits and/or other transferable electives for the U. Students should obtain advising regarding General Education requirements specific to Engineering majors at the U.
Update 08/2016 Information is subject to change.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Southern Utah University: Sharon Brown, (435) 586-5420, TH 118,
[email protected] University of Utah: Computer Engineering Academic Advisor, 2666 MEB, (801)581-4657
Update 08/2016 Information is subject to change.
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to software engineering (algorithms, data structures, and operating systems), as well as computer architecture.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be registered for twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Courses: The following courses may be taken at Utah State University/Utah State University Eastern to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at USU/USUE that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. USU/USUE COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PREMAJOR REQUIREMENTS: CS 1400
Intro to Computer Science
3
CS 1030*
Intro to Computer Science
3
CS 1410
Intro to Computer Science-CS 2
3
CS 1410
Intro to Computer Science I
4
CS 2420
Algorithms & Data Structures-CS 3
3
CS 2420
Intro to Computer Science II
4
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
Calculus II General Physics: Science & Engineering I
4
MATH 1220
Calculus II
4
4
PHYS 2210
Physics for Scientists & Engineers I
4
Electrical Circuits I Intermediate Writing: Research Writing in a Persuasive Mode
3
ECE 1250**
4
3
WRTG 2010
Electrical & Computer Engr Design Intermediate Writing: Academic Writing & Research
3
PHYS 2210 ECE 2250 ENGL 2010
3
OTHER COMPUTER ENGINEERING REQUIREMENTS/ELECTIVES: MATH 2210
Multivariable Calculus Linear Algebra & Differential Equations
3
MATH 2210
4
MATH 2250
Calculus III Ordinary Differential Equations & Linear Algebra
Discrete Mathematics General Physics: Science & Engineering II Principles of Chemistry I
3
CS 2100
Discrete Structures
3
4 4
Physics for Scientists & Engineers II General Chemistry I
4 4
Biology I
4
PHYS 2220 CHEM 1210 or BIOL 1210***
4
ECE 3410
Microelectronics I
3
ECE 2280
Principles of Biology Fundamentals of Engineering Electronics
ECE 2290
Electrical Circuits 2
3
ECE 2240
Intro to Electric Circuits
1-4
ECE 5440
Analog VLSI I
3
ECE 3110
Engineering Electronics II
4
ECE 5410
Semiconductor Physics
3
ECE 3200
Intro to Semiconductor Device Phys
3
MATH 2250 MATH 3310 PHYS 2220 CHEM 1210 or BIOL 1610
Update 08/2016 Information is subject to change.
4
4
CR
U OF U MAJOR REQUIREMENT SATISFIED
3
ECE 3620 & ECE 3640
Electromagnetics I Continuous- Time Systems & Signals Discrete- Time Systems & Signals
ECE 5310
USU/USUE COURSE
ECE 3300
U OF U COURSE TITLE Fund of Electromagnetics & Transmission Lines
4
3 3
ECE 3500
Fund of Signals & Systems
4
Control Systems
3
ECE 3510
Intro to Feedback Systems
4
ECE 5850
Antennas I
3
ECE 5324
Antenna Theory & Design
3
ECE 5630
Digital Signals & Image Processing
3
ECE 5530
Digital Signal Processing
3
ECE 3870
COURSE TITLE
ECE 5440 Analog VLSI I 3 ECE 5720 Analog Integrated Circuit Design *U of U students who pass an exam may bypass CS 1030 and proceed to CS 1410 ** Students must also take a MATLAB course *** Students may take either CHEM 1210 or BIO 1210 to meet requirement.
CR
3
While attending USU/USUE, students may complete the General Education requirements and the courses identified to complete the University requirements, including foreign language credits and/or other transferable electives for the U. Students should obtain advising regarding General Education requirements specific to Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah State University: Kathy Bayn, ENGR 310, (435) 797-2705,
[email protected] or The University Advising Center, Taggart Student Center 304 (435) 797-3373, www.usu.edu/transfer USU Eastern: Henry Zwick, (435) 613-5277 University of Utah: Computer Engineering Academic Advisor, 2666 MEB, (801)581-4657
Update 08/2016 Information is subject to change.
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to software engineering (algorithms, data structures, and operating systems), as well as computer architecture.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be registered for twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Courses: The following courses may be taken at Utah Valley University to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at UVU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. UVU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PRE-MAJOR REQUIREMENTS: CS 1400
Fundamentals of Programming
3
CS 1030*
Intro to Computer Science
3
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
MATH 1220
Calculus II
5
MATH 1220
Calculus II
4
PHYS 2210 ENGL 2010 or ENGL 2020
Physics for Scientists & Engineers I Intermediate Writing – Hum/SS Intermediate Writing – Sci/Tech
4 3 3
PHYS 2210
4
WRTG 2010
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
CS 1410
Object-Oriented Programming Intro to Algorithms & Data Structures Computer Engr Prob Solving Matlab Circuit Theory Circuit Theory Lab
3
CS 1410
Intro to Computer Science I
4
3 1 3 1
CS 2420
Intro to Computer Science II
4
ECE 1250
Electrical & Computer Engineering Design
4
General Chemistry I Principles of Biology
4 4 3
CS 2420 EENG 1020 & EENG 2250 & EENG 2255
OTHER COMPUTER ENGINEERING MAJOR REQUIREMENTS/ELECTIVES: CHEM 1210 or Principles of Chemistry I 4 CHEM 1210 or BIOL 1010 General Biology 3 BIOL 1210**
3
MATH 2210 MATH 2270 MATH 2280
Calculus III Linear Algebra Ordinary Differential Equations
3 3 3
MATH 2210
MATH 3400
Partial Differential Equations
3
MATH 3150
Calculus III Ordinary Differential Equations & Linear Algebra Partial Differential Eqns for Sci & Eng
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 2220
Physics for Scientists & Engineers II
4
CS 2300
Discrete Structures I Applied Eng Probability and Statistics
3
CS 2100 CS 3130/ECE 3530
Discrete Structures
3
Engineering Probability and Statistics
3
ECE 3710
3
MATH 2250
ECE 3770 Signals and Systems 3 ECE 3500 Fundamentals of Signals & Systems *U of U students who pass an exam may bypass CS 1030 and proceed to CS 1410 ** Students may take either CHEM 1210 or BIO 1210 to meet requirement.
Update 08/2016 Information is subject to change.
4 2
4
Utah Valley University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending UVU, students may take foreign language credits and/or other transferable electives for the U. Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Engineering at the U of U. Students should obtain advising regarding general education requirements specific to Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah Valley University: Fred Orchard, CS 635, (801) 863-6238,
[email protected] University of Utah: Computer Engineering Academic Advisor, 2666 MEB, (801)581-4657
Update 08/2016 Information is subject to change.
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to software engineering (algorithms, data structures, and operating systems), as well as computer architecture.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be registered for twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Courses: The following courses may be taken at Weber State University to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at Weber State that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
WEBER COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PREMAJOR REQUIREMENTS: CS 1400
Fundamentals of Programming
4
CS 1030*
Intro to Computer Science
3
CS 1410
4
CS 1410
Intro to Computer Science I
4
CS 2420
Object-Oriented Programming Intro to Data Structures & Algorithms
4
CS 2420
Intro to Computer Science II
4
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
4
MATH 1220
Calculus II
4
PHYS 2210
Calculus II Physics for Scientists & Engineers I
5
PHYS 2210
4
ENGL 2010
Intermediate College Writing
3
WRTG 2010
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
EE 1270
Intro to Electrical Circuits
4
ECE 1250**
Electrical & Computer Engr Design
4
Discrete Structures
3 3
OTHER COMPUTER ENGINEERING REQUIREMENTS/PREREQUISITES: Discrete Mathematics Applied MATH 1630 to Computing 3 CS 2100 MATH 2210
3
Calculus III Linear Algebra & Differential Equations
4
MATH 2210
4
MATH 2250
3
MATH 3150
PHYS 2220
Boundary Value Problems Physics for Scientists & Engineers II
Calculus III Ordinary Differential Equations & Linear Algebra Partial Differential Eqns for Sci & Eng
5
PHYS 2220
Physics for Scientists & Engineers II
4
CHEM 1210
Principles of Chemistry I
5
CHEM 1210
General Chemistry I
4
EE 2260
Fund of Electrical Circuits
4
ECE 2240
Intro to Electric Circuits
1-4
EE 3120
Microelectronics II Advanced Semiconductor Devices
4
ECE 2280
Fund of Engineering Electronics
4
3
ECE 3200
Intro Semiconductor Device Physics
3
MATH 2250 MATH 3710
EE 6130
Update 08/2016 Information is subject to change.
4 2
WEBER COURSE
CR
U OF U MAJOR REQUIREMENT SATISFIED
EE 3310
Electromagnetics
4
ECE 3300
U OF U COURSE TITLE Fund of Electromagnetics and Transmission Lines
EE 3210
Signals and Systems
4
ECE 3500
Fundamentals of Signals and Systems
4
EE 4100
Control Systems
4
ECE 3510
Intro to Feedback Systems
4
EE 4510
Power Systems
4
ECE 3600
Power Systems
3
EE 4210
Signal Processing
3
ECE 5530
Design Digital Signal Processing
3
COURSE TITLE
CR 4
*U of U students who pass an exam may bypass CS 1030 and proceed to CS 1410 ** Students must also take a MATLAB course
While attending Weber State, students may complete the General Education requirements and the courses identified to complete the University requirements, including foreign language credits and/or other transferable electives for the U. Students should obtain advising regarding General Education requirements specific to Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Weber State University: Dr. Kirk Hagen, Pre-Engineering Advisor, ET 236C, (801) 626- 6998,
[email protected] University of Utah: Computer Engineering Academic Advisor, 2666 MEB, (801) 581-4657
Update 08/2016 Information is subject to change.
COMPUTER ENGINEERING The field of computer engineering combines computer science and electrical engineering as they relate to the design, implementation, and operation of digital computers. The primary emphasis is on the engineering design of computers and computer-controlled electronic hardware. The discipline draws on the aspects of electrical engineering relating to electronic (analog and digital) circuits and systems, elements of computer science that relate to soft ware engineering (algorithms, data structures, and operating systems), as well as computer architecture.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status. Applications for admission are reviewed at the end of each semester. Admission is based on G.P.A. in pre-major classes only. To be considered for admission to full major status, a student must have a cumulative grade point average of 2.50 or higher. An average GPA of at least 2.8 and a minimum grade of C- is required in all pre-major courses. Courses required for this major may only be registered for twice. If a course is repeated, only the second grade received is used in the GPA calculation.
Transferring Courses: The following courses may be taken at Westminster College to fulfill requirements for the Computer Engineering degree at the U. There are additional requirements not offered at Westminster that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
WESTMINSTER COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PREMAJOR REQUIREMENTS: CMPT 201
Intro to Computer Science
4
CS 1030*
Intro to Computer Science
3
CMPT 202
Intro to Data Structures
4
CS 1410
Intro to Computer Science I
4
CMPT 306
Algorithms & Data Structures
4
CS 2420
Intro to Computer Science II
4
MATH 201
Calculus I
4
MATH 1210
Calculus I
4
MATH 202
4
MATH 1220
Calculus II
4
PHYS 211
Calculus II Physics for Scientists & Engineers I & Lab
4
PHYS 2210
4
ENGL 110
Composition & Research
4
WRTG 2010
Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
OTHER COMPUTER ENGINEERING REQUIREMENTS/ELECTIVES: Physics for Scientists & PHYS 212 Engineers II & Lab 4 PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 301
Introduction to Modern Physics
3
ECE 3740
Into Quantum & Relativity
3
MATH 210
Discrete Mathematics I
4
CS 2100
Discrete Structures
3
Calculus III Princ of Biology General Chemistry I
3 4 4
MATH 203 Multivariate Calculus 4 MATH 2210 BIOL 105 or Princ of Biology I & Lab 4 BIOL 1210 or CHEM 111 Princ of Chemistry I & Lab 4 CHEM 1210** *U of U students who pass an exam may bypass CS 1030 and proceed to CS 1410 ** Students may take either CHEM 1210 or BIO 1210 to meet requirement.
3
While attending Westminster, students may complete the General Education requirements and the courses identified to complete the University requirements, including foreign language credits and/or other transferable electives for the U. Students should obtain advising regarding General Education requirements specific to Engineering majors at the U.
Update 08/2016 Information is subject to change.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Westminster College: General Advising, START Center, Carleson Hall, (801) 8322280 University of Utah: Computer Engineering Academic Advisor, 2666 MEB, (801)581-4657
Update 08/2016 Information is subject to change.
COMPUTER SCIENCE
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, MATH 1210, MATH 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA in pre-major classes of 3.0. Space is limited and the GPA requirement may be higher for admission.
Transferring Courses: The following CS courses may be taken at BYU to fulfill requirements for the Computer Science degree at the U.
**There are additional requirements that may be taken to fulfill math and physics requirements. See Math and Physics articulation guides for other transferrable courses for Calculus and Physics 2210 PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
BYU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PREMAJOR REQUIREMENTS: C S 142
Intro to Computer Programming
3
CS 1410
Object-Oriented Programming
4
C S 235
Data Structures & Algorithms Refer to UofU math articulation guide Refer to UofU math articulation guide
3
CS 2420
Algorithms & Data Structures
4
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
CS 2100
Discrete Structures
3
PHYS 2210
Physics for Scientists & Engineers I
4
** **
OTHER COMPUTER SCIENCE REQUIREMENTS: C S 236 **
Discrete Structures Refer to UofU physics articulation guide
3
While attending BYU, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U. Students should obtain advising regarding General Education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. Some additional courses may transfer; please refer to the School of Computing Undergraduate Handbook.
If you have further questions regarding this major, you may contact: Brigham Young University: Academic Advisement, (801)422-3641 University of Utah: Undergraduate Advisor, 3190 MEB, (801)581-8224
Update 08/2016 Information is subject to change.
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, MATH 1210, MATH 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA in pre-major classes of 3.0. Space is limited and the GPA requirement may be higher for admission .
Transferring Courses: The following CS courses may be taken at BYU-Idaho to fulfill requirements for the Computer Science degree at the U.
**There are additional requirements that may be taken to fulfill math and physics requirements. See Math and Physics articulation guides for other transferable courses for Calculus and Physics 2210 PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
BYU-IDAHO COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PRE-MAJOR REQUIREMENTS OFFERED AT BYU-IDAHO: CS 165
Object Oriented Software Development
3
CS 1410
Object-Oriented Programming
4
CS 235
Data Structures
3
CS 2420
Algorithms & Data Structures
4
**
Refer to UofU math articulation guide
MATH 1210
Calculus I
4
**
Refer to UofU math articulation guide
MATH 1220
Calculus II
4
CS 2100
Discrete Structures Physics for Scientists & Engineers I
3
OTHER COMPUTER SCIENCE MAJOR REQUIREMENTS: CS 237
Discrete Mathematics I
**
Refer to Uof U phys articulation guide
3
PHYS 2210
4
Note: An associate’s degree does not complete general education requirements for a bachelor’s degree at the U of U. Students should obtain advising regarding general education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. Some additional courses may transfer; please refer to the School of Computing Undergraduate Handbook.
If you have further questions regarding this major, you may contact: BYU-Idaho: Career & Academic Advising, Kimball 250, (208) 496-1167 University of Utah: Undergraduate Advisor, 3190 MEB, (801)581-8224
Update 08/2016 Information is subject to change.
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, MATH 1210, MATH 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA in pre-major classes of 3.0. Space is limited and the GPA requirement may be higher for admission.
Transferring Courses: The following CS courses may be taken at Dixie State University to fulfill requirements for the Computer Science degree at the U.
**There are additional requirements that may be taken to fulfill math and physics requirements. See Math and Physics articulation guides for other transferrable courses for Calculus and Physics 2210 PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
DIXIE COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PRE-MAJOR REQUIREMENTS OFFERED AT DIXIE: CS 1410
Object Oriented Programming
3
CS 1410
Object-Oriented Programming
4
CS 2420
Intro to Algorithms/Data Structures Refer to UofU math articulation guide Refer to UofU math articulation guide
3
CS 2420
Algorithms & Data Structures
4
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
Discrete Structures
3
Physics for Scientists & Engineers I
4
** **
OTHER COMPUTER SCIENCE MAJOR REQUIREMENTS: MATH 3310 Discrete Mathematics 3 CS 2100 Refer to UofU phys articulation ** guide PHYS 2210
Dixie State University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Dixie, students may take foreign language credits and/or other transferable electives for the U. Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Computer Science at the U of U. Students should obtain advising regarding general education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. Some additional courses may transfer; please refer to the School of Computing Undergraduate Handbook.
If you have further questions regarding this major, you may contact: Dixie State University: Advisement Center, (435) 652-7690 University of Utah: Undergraduate Advisor, 3190 MEB, (801) 581-8224
Update 08/2016 Information is subject to change.
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, MATH 1210, MATH 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA. Space is limited and the GPA requirement may be higher for admission. Transferring Courses: No courses are currently listed as transferring from LDS Business College to satisfy specific requirements for this major.
LDS Business College offers Associate of Science in Business and General Studies degrees, which satisfy General Education requirements at the U. Within either degree, students may take foreign language credits and/or other transferable electives for the U. Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Computer Science at the U of U. Students should obtain advising regarding general education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: LDS Business College: Academic Advising, (801) 524-8151 University of Utah: Undergraduate Advisor, 3190 MEB, (801) 581-8224
Update 08/2016 Information is subject to change. Please note that LDSBC information reflects the 2014-2015 Year
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks.
Admissions Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, MATH 1210, MATH 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA. Space is limited and the GPA requirement may be higher for admission.
Transferring Courses: The following CS courses may be taken at Salt Lake Community College to fulfill requirements for the Computer Science degree at the U.
**There are additional requirements that may be taken to fulfill math and physics requirements. See Math and Physics articulation guides for other transferrable courses for Calculus and Physics 2210 PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
SLCC COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PRE-MAJOR REQUIREMENTS: CSIS 1410
Object Oriented Programming
4
CS 1410
Object-Oriented Programming
4
CSIS 2420
Algorithms & Data Structures Refer to UofU math articulation guide Refer to UofU math articulation guide
4
CS 2420
Algorithms & Data Structures
4
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
CS 2100
Discrete Structures
3
PHYS 2210
Physics for Scientists & Engineers I
4
** **
OTHER COMPUTER SCIENCE MAJOR REQUIREMENTS: CSIS 2430 **
Discrete Structures Refer to UofU plys articulation guide
3
Salt Lake Community College offers an associate’s degree in Pre-Engineering (Computer Science), which includes courses required for the Computer Science degree at the U. Note: The Associates in Pre-Engineering does not complete general education requirements for bachelor’s degree at the U of U. Students should obtain advising regarding general education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. Some additional courses may transfer; please refer to the School of Computing Undergraduate Handbook.
If you have further questions regarding this major, you may contact: Salt Lake Community College: Gloria Rivera, 801.957.4276, BB 107R Taylorsville Redwood Campus,
[email protected]. University of Utah: Undergraduate Advisor, 3190 MEB, (801) 581-8224
Update 08/2015 Information is subject to change.
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks.
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, MATH 1210, MATH 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA. Space is limited and the GPA requirement may be higher for admission.
Transferring Courses: The following CS courses may be taken at Snow College to fulfill requirements for the Computer Science degree at the U.
**There are additional requirements that may be taken to fulfill math and physics requirements. See Math and Physics articulation guides for other transfterrable courses for Calculus and Physics 2210. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
CR
U OF U MAJOR REQUIREMENT SATISFIED
PRE-MAJOR REQUIREMENTS: CS 1410 Object-Oriented Programming CS 1415 Object-Oriented Programming Lab
3 1
CS 1410
Object-Oriented Programming
4
CS 2420
Data Structures & Algorithms
3
CS 2420
Algorithms & Data Structures
4
**
Refer to UofU math articulation guide
MATH 1210
Calculus I
4
**
Refer to UofU math articulation guide
MATH 1220
Calculus II
4
CS 2100
Discrete Structures
3
PHYS 2210
Physics for Scientists & Engineers I
4
SNOW COURSE
COURSE TITLE
U OF U COURSE TITLE
CR
OTHER COMPUTER SCIENCE MAJOR REQUIREMENTS: MATH 1630
Discrete Math
**
Refer to UofU phys articulation guide
3
Snow College offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Snow College, students may take foreign language credits and/or other transferable electives for the U. Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Computer Science at the U of U. Students should obtain advising regarding general education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. Some additional courses may transfer; please refer to the School of Computing Undergraduate Handbook.
If you have further questions regarding this major, you may contact: Snow College: Garth Sorensen, BUSB 207, (435) 283-7531
Update 08/2016 Information is subject to change.
University of Utah: Undergraduate Advisor, 3190 MEB, (801) 581-8224
Update 08/2016 Information is subject to change.
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, Math 1210, Math 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA. Space is limited and the GPA requirement may be higher for admission.
Transferring Courses: The following CS courses may be taken at SUU to fulfill requirements for the Computer Science degree at the U.
**There are additional requirements that may be taken to fulfill math and physics requirements. See Math and Physics articulation guides for other transferrable courses for Calculus and Physics 2210. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. SUU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PREMAJOR REQUIREMENTS: CSIS 1410
Object Oriented Programming
3
CS 1410
Object-Oriented Programming
4
CSIS 2420
Intro to Algorithms & Data Structures Refer to UofU math articulation guide Refer to UofU math articulation guide
3
CS 2420
Algorithms & Data Structures
4
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
** **
OTHER COMPUTER SCIENCE REQUIREMENTS: CSIS 3500
Advanced Computer Architecture
3
CS 3810
Computer Organization
4
MATH 1630
Discrete Mathematics
3
CS 2100
Discrete Structures
3
**
Refer to UofU phys articulation guide
PHYS 2210
Physics for Scientists & Engineers I
4
While attending SUU, students may complete the General Education requirements and the courses identified to complete the University requirements, including foreign language credits and/or other transferable electives for the U. Students should obtain advising regarding General Education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. Some additional courses may transfer; please refer to the School of Computing Undergraduate Handbook.
If you have further questions regarding this major, you may contact: Southern Utah University: Tod Amon, (435) 586-7905 University of Utah: Undergraduate Advisor, 3190 MEB, (801) 581-8224
Update 08/2016 Information is subject to change.
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, Math 1210, Math 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA. Space is limited and the GPA requirement may be higher for admission.
Transferring Courses: The following CS courses may be taken to fulfill requirements for the Computer Science degree at the U.
**There are additional requirements that may be taken to fulfill math and physics requirements. See Math and Physics articulation guides for other transferrable courses for Calculus and Physics 2210. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
USU/USUE COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PREMAJOR REQUIREMENTS: CS 1410
Intro to Computer Science-CS 2
3
CS 1410
Object-Oriented Programming
4
CS 2420
Algorithms & Data Structures-CS 3
3
CS 2420
Algorithms & Data Structures
4
**
Refer to UofU math articulation guide
MATH 1210
Calculus I
4
**
Refer to UofU math articulation guide
MATH 1220
Calculus II
4
OTHER COMPUTER SCIENCE REQUIREMENTS: Computer Systems Organization & CS 3810 Architecture II
3
CS 3810
Computer Organization
4
MATH 3310
Discrete Mathematics
3
CS 2100
Discrete Structures
3
**
Refer to UofU phys articulation guide
PHYS 2210
Physics for Scientists & Engineers I
4
While attending USU/USUE, students may complete the General Education requirements and the courses identified to complete the University requirements, including foreign language credits and/or other transferable electives for the U. Students should obtain advising regarding General Education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. Some additional courses may transfer; please refer to the School of Computing Undergraduate Handbook.
If you have further questions regarding this major, you may contact: Utah State University: Myra Cook, MAIN 414, (435) 797-2451,
[email protected] or The University Advising Center, Taggart Student Center 304 797-3373, www.usu.edu/transfer USU Eastern: Henry Zwick, (435) 613-5277 University of Utah: Undergraduate Advisor, 3190 MEB, (801) 581-8224
Update 08/2016 Information is subject to change.
(435)
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, Math 1210, Math 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA. Space is limited and the GPA requirement may be higher for admission.
Transferring Courses: The following CS courses may be taken to fulfill requirements for the Computer Science degree at the U.
**There are additional requirements that may be taken to fulfill math and physics requirements. See Math and Physics articulation guides for other transferrable courses for Calculus and Physics 2210. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
UVU COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PRE-MAJOR REQUIREMENTS: CS 1410
Object-Oriented Programming
3
CS 1410
Object-Oriented Programming
4
CS 2420
Intro to Algorithms & Data Structures
3
CS 2420
Algorithms & Data Structures
4
**
Refer to UofU math articulation guide
MATH 1210
Calculus I
4
**
Refer to UofU math articulation guide
MATH 1220
Calculus II
4
3
CS 2100
Discrete Structures
3
3
CS 3810
Computer Organization
4
PHYS 2210
Physics for Scientists & Engineers I
4
OTHER COMPUTER SCIENCE MAJOR REQUIREMENTS: CS 2300
CS 4380
Discrete Structures I Advanced/High-Performance Computer Architecture
**
Refer to UofU phys articulation guide
Utah Valley University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending UVU, students may take foreign language credits and/or other transferable electives for the U. Note: An associate’s degree does not complete general education requirements for a bachelor’s degree in Computer Science at the U of U. Students should obtain advising regarding general education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. Some additional courses may transfer; please refer to the School of Computing Undergraduate Handbook.
If you have further questions regarding this major, you may contact: Utah Valley University: Fred Orchard, CS 635, (801) 863-6238,
[email protected]
Update 08/2016 Information is subject to change.
University of Utah: Undergraduate Advisor, 3255 MEB, (801) 581-4657
Update 08/2016 Information is subject to change.
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, Math 1210, Math 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA. Space is limited and the GPA requirement may be higher for admission.
Transferring Courses: The following CS courses may be taken to fulfill requirements for the Computer Science degree at the U.
**There are additional requirements that may be taken to fulfill math and physics requirements. See Math and Physics articulation guides for other transferrable courses for Calculus and Physics 2210. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. WEBER COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PREMAJOR REQUIREMENTS: CS 1410
Object-Oriented Programming
4
CS 1410
Object-Oriented Programming
4
CS 2420
Data Structures & Algorithms
4
CS 2420
Algorithms & Data Structures
4
**
Refer to UofU math articulation
MATH 1210
Calculus I
4
**
Refer to UofU math articulation
MATH 1220
Calculus II
4
OTHER COMPUTER SCIENCE REQUIREMENTS: Discrete Mathematics Applied to Computing MATH 1630 3
CS 2100
Discrete Structures
3
**
PHYS 2210
Physics for Scientists & Engineers I
4
Refer to UofU phys articulation
While attending Weber State, students may complete the General Education requirements and the courses identified to complete the University requirements, including foreign language credits and/or other transferable electives for the U. Students should obtain advising regarding General Education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. Some additional courses may transfer; please refer to the School of Computing Undergraduate Handbook.
If you have further questions regarding this major, you may contact: Weber State University: Academic Advisement, (801) 6266752 University of Utah: Undergraduate Advisor, 3190 MEB, (801) 581-8224
Update 08/2016 Information is subject to change.
COMPUTER SCIENCE The Computer Science major is oriented-toward software design and software engineering. The program begins by providing a firm grounding in programming skills, followed by a study of more advanced topics such as analysis of algorithms, programming languages, software engineering computer architecture, operating systems, theoretical computer science, compilers, scientific computation, and computer networks
Admission Criteria: Any student may be admitted to pre-major status by requesting on their application for admission or applying through the Registrar's Office. In order to become a full major, a student must complete the classes required of pre-majors and then apply for full major status: CS 1410, 2420, Math 1210, Math 1220. Applications for admission are reviewed after Spring and Fall semesters. To apply to full major status, a student must have at least a 3.0 cumulative and pre-major GPA. Space is limited and the GPA requirement may be higher for admission.
Transferring Courses: The following CS courses may be taken to fulfill requirements for the Computer Science degree at the U.
**There are additional requirements that may be taken to fulfill math and physics requirements. See Math and Physics articulation guides for other transferrable courses for Calculus and Physics 2210. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. WESTMINSTER COURSE
COURSE TITLE
CR
U OF U MAJOR REQUIREMENT SATISFIED
U OF U COURSE TITLE
CR
PREMAJOR REQUIREMENTS: CMPT 202
Intro to Data Structures
4
CS 1410
Object Oriented Programming
4
CMPT 306
Algorithms & Data Structures
4
CS 2420
Algorithms & Data Structures
4
**
Refer to UofU math articulation
MATH 1210
Calculus I
4
**
Refer to UofU math articulation
MATH 1220
Calculus II
4
CS 2100
Discrete Structures
3
PHYS 2210
Physics for Scientists & Engineers I
4
OTHER COMPUTER SCIENCE REQUIREMENTS: MATH 210
Discrete Mathematics I
**
Refer to UofU phys articulation
4
While attending Westminster, students may complete the General Education requirements and the courses identified to complete the University requirements, including foreign language credits and/or other transferable electives for the U. Students should obtain advising regarding General Education requirements specific to Computer Science majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. Some additional courses may transfer; please refer to the School of Computing Undergraduate Handbook.
If you have further questions regarding this major, you may contact: Westminster College: General Advising, (801) 832-2280 University of Utah: Undergraduate Advisor, 3190 MEB, (801) 581-8224
Update 08/2016 Information is subject to change.
ELECTRICAL ENGINEERING
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 16 semester hours of required technical classes with at least a 2.8 GPA or higher. Admission to major status is required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pre-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at BYU to fulfill requirements for the Electrical Engineering degree at the U. There are additional requirements not offered at BYU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
BYU COURSE EC EN 240****
Circuit Analysis & Lab
4
MATH 112
Calculus 1
MATH 113
U OF U COURSE
ELECTRICAL ENGINEERING REQUIREMENT
U OF U COURSE TITLE
CR
ECE 1250*
Electrical & Computer Engr Design
4
Major Requirement
4
MATH 1210
Calculus I
4
Major Requirement
Calculus 2
4
MATH 1220
Calculus II
4
Major Requirement
PHSCS 121
Intro to Physics 1
3
PHYS 2210
4
Major Requirement
WRTG 150
Writing and Rhetoric
3
WRTG 2010
Physics for Scientists & Engineers i Intermediate Wrtg: Academic Wrtg & Research
3
Major Requirement
C S 142
Intro to Computer Programming
3
CS 1410
Intro to Computer Science I
4
Major Requirement
MATH 303
Mathematics for Engineering 2
4
MATH 2270**
Linear Algebra
4
Major Requirement
MATH 314
Calculus of Several Variables
3
MATH 2210
Calculus III
3
Major Requirement
MATH 334 PHSCS 123 PHSCS 220
Ordinary Differential Equations Intro Waves, Optics & Thermo Intro Electricity & Magnetism
3 3 3
MATH 2280
Intro to Differential Equations
4
Major Requirement
PHYS 2220
Physics for Scientists & Engineers II
4
Major Requirement
EC EN 340
Electronic Circuits Design I
4
ECE 2280
Fund of Engineering Electronics
4
Major Requirement
EC EN 320
3
ECE 3700
Digital Design
4
Major Requirement
EC EN 360
Digital System Design Electromagnetic Fields & Waves
3
ECE 3300
Fund E&M and Trans Lines
4
Major Requirement
EC EN 380 EC EN 443 EC EN 445
Signals and Systems Communication & Power Crcts Intro to Mixed-Signal VLSI
5 4 4
ECE 3500
Fund Signals & Systems
4
Major Requirement
ECE 3110
Engineering Electronics II
4
Major Elective
EC EN 483
Design of Control Systems Intro to Discrete Time Signal Proc
4
ECE 3510
Intro to Feedback Systems
4
Major Elective
4
ECE 5530
Digital Signal Processing
3
Major Elective
Modern Physics
3 4 3
ECE 3740
Intro Quantum & Relativity
3
Major Elective
EC EN 487 PHSCS 222 PHSCS 105 or 111 Or BIO 100
COURSE TITLE
General College Chemistry
CR
CHEM 1210 Or BIOL 1210**
Match/Sci Principles of Biology I 3 Principles of Biology 4 Requirement *Students must also take a Matlab course ** MATH 2270 & 2280 together are equivalent to MATH 2250 ****EC EN 240 also clears ECE 2240 requirements but students must take additional four credit hours of technical electives.
Update 08/2016 Information is subject to change.
While attending BYU, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Brigham Young University: Electrical and Computer Engineering Student Advisor, (801) 4224013 University of Utah: Electrical Engineering Academic Advisor, 3108 MEB, (801)581-6941, www.ece.utah.edu
Update 08/2016 Information is subject to change.
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 17.5
required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pre-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at BYU-Idaho to fulfill requirements for the Electrical Engineering degree at the U. There are additional requirements not offered at BYU-Idaho that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
BYU-IDAHO COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
ELECTRICAL ENGINEERING REQUIREMENT
ECEN 150
Electric Circuit Analysis I
3
ECE 1250**
Electrical & Computer Engr Design
4
Major Requirement
FDMAT 112
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 113
Calculus II
3
MATH 1220
Calculus II
4
Major Requirement
PH 121
3
PHYS 2210
Physics for Scientists & Engineers I
4
Major Requirement
CS 165
Principles of Physics I Object Oriented Software Development
3
CS 1410
Intro to Computer
4
Major Requirement
ECEN 250
Electric Circuit Analysis 2
4
ECE 2240
Intro to Electric Circuits
4
Major Requirement
ECEN 350
Electronic Devices & Circuits
3
ECE 2280
Fund of Electronics
4
Major Requirement
ECEN 340
Digital System Design
3
ECE 3700
Digital Design
4
Major Requirement
ECEN 390
Electricity and Magnetism
3
ECE 3300
Fund E&M and Transmission Lines
4
Major Requirement
ECEN 380
3
ECE 3500
Fund Signals and Systems
4
Major Requirement
ECEN 470
Signals and Systems Feedback Control of Dynamic Systems
3
ECE 3510
Intro to Feedback Systems
4
Major Elective
ECEN 410
Power Systems
3
ECE 3600
Power Systems
3
Major Elective
ECEN 480
Digital Signal Processing Differential Equations with Linear Algebra Multivariable Vector Calculus
3
ECE 5530
Digital Signal Processing
3
Major Elective
4
MATH 2250
ODE’s & Linear Algebra
4
Major Requirement
3
MATH 2210
3
Major Requirement
4 4
Major Requirement
MATH 316 MATH 214 PH 220 CHEM 105 Or BIO 180
Calculus III Physics for Scientists & Engineers Principles of Physics III 3 PHYS 2220 II General Chemistry I 4 CHEM 1210 General Chemistry I CHEM1215 General Chemistry I Lab Intro to Biology I 4 BIOL 1210 Principles of Biology ** Students may take either CHEM 1210 & 1215 or take BIOL 1210 to meet requirement *** Students must also take a MATLAB course.
4
Math/Sci Requirement
BYU-Idaho offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Within either degree, students may take foreign language credits and/or other transferable electives for the U.
Update 08/2016 Information is subject to change.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: BYU-Idaho: College of Physical Science and Engineering Academic Discovery Center, AUS 106C, (208) 496-9880 University of Utah: Electrical Engineering Academic Advisor, 3313 MEB, (801)581-4657, www.ece.utah.edu
Update 08/2016 Information is subject to change.
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 17.5 semester hours of required technical classes with at least a 2.8 GPA or higher. Admission to major status is required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pre-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at Dixie State University to fulfill requirements for the Electrical Engineering degree at the U. There are additional requirements not offered at Dixie State that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
CR
ELECTRICAL ENGINEERING REQUIREMENT
ECE 1250**
U OF U COURSE TITLE Electrical & Computer Engr Design
4
Major Requirement
5
MATH 1210
Calculus I
4
Major Requirement
4
MATH 1220
Major Requirement
4
PHYS 2210
4
Major Requirement
ENGL 2010
Intermediate Writing
3
WRTG 2010
Calculus II Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
4
PHYS 2210
Calculus II Physics for Scientists & Engineers I
3
Major Requirement
CS 1400
Fundamentals of Programming
3
CS 1030**
Intro to Computer Science
3
Major Requirement
CS 1410
Object Oriented Programming
3
CS 1410
Intro to Computer Science I
4
Major Requirement
MATH 2210 MATH 2270 MATH 2280
Multivariable Calculus Linear Algebra Ordinary Differential Equations Physics for Scientists & Engineers II Principles of Chemistry I Principles of Chemistry I Lab
3 3 3
MATH 2210 MATH 2270 MATH 2280**
3 4 4
Major Requirement
4 4 1
PHYS 2220 CHEM 1210 CHEM 1215
Calculus III Linear Algebra Intro to Differential Equations Physics for Scientists & Engineers II General Chemistry I General Chemistry Lab I
4
Major Requirement
DIXIE COURSE ENGR 2250 ENGR 2255
COURSE TITLE Electrical Circuits Electrical Circuits Lab
CR 3 1
MATH 1210
Calculus I
MATH 1220
PHYS 2220 CHEM 1210 & 1215 Or BIOL 1610
U OF U COURSE
Principles of Biology I 4 BIOL 1210 Principles of Biology *Students who pass exam may bypass CS 1030 and proceed to CS 1410 ** MATH 2270 & 2280 together are equivalent to MATH 2250 (Major Requirement) *** Students must also take a MATLAB course
Major Requirement
4 4
Major Requirement
Dixie State University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Dixie, students may take foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Dixie State University: Dr. Victor Hasfurther (435) 652-7861,
[email protected] University of Utah: Electrical Engineer Academic Advisor, 3313 MEB, (801)5814657, www.ece.utah.edu
Update 08/2016 Information is subject to change.
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 17.5 semester hours of required technical classes with at least a 2.8 GPA or higher. Admission to major status is required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pre-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at LDS Business College to fulfill requirements for pre-electrical engineering and intermediate engineering students. There are additional requirements not offered at LDS Business College that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
LDSBC COURSE ENG 201
COURSE TITLE Intermediate College Writing
CR 3
U OF U COURSE WRTG 2010
U OF U COURSE TITLE Intermed Writing: Academic Writing and Research
CR 3
ELECTRICAL ENGINEERING REQUIREMENT Major Requirement
LDS Business College offers Associate of Science in Business and General Studies degrees, which satisfy General Education requirements at the U. Within either degree, students may take foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: LDS Business College: Academic Advising, (801) 524-8151 University of Utah: Electrical Engineering Academic Advisor, 2666 MEB, (801)581-4657, www.ece.utah.edu
Update 08/2016 Information is subject to change. Please note that LDSBC information reflects the 2014-2015 Year
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 17.5 semester hours of required technical classes with at least a 2.8 GPA or higher. Admission to major status is required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pre-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at Salt Lake Community College to fulfill requirements for pre-electrical engineering students. There are additional requirements not offered at SLCC that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
SLCC COURSE EE 1020 or ENGR 1030 or ENGR 1040 & EE 1270
COURSE TITLE EE Problem Solving with Matlab Matlab Problem Solving Engineering Computation
CR 1 3 3
Intro Electric Circuits I
4
MATH 1210
Calculus I
MATH 1220
U OF U COURSE
U OF U COURSE TITLE
CR
ELECTRICAL ENGINEERING REQUIREMENT
ECE 1250
Electrical & Computer Engr Design
4
4
MATH 1210
Calculus I
4
Major Requirement
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
PHYS 2210 ENGL 2010 or ENGL 2100
Physics for Scientists & Engineers I Intermediate Writing or Technical Writing
4 3 3
PHYS 2210
4
Major Requirement
WRTG 2010
Physics for Scientists & Engineers I Intermed Writing: Academic Writing & Research
3
Major Requirement
CS 1400
Fundamentals of Programming
3
CS 1030**
Intro to Computer Science
3
Major Requirement
CS 1410
Object Oriented Programming Physics for Scientists & Engineers II
4
CS 1410
Intro to Computer Science I
4
Major Requirement
4
PHYS 2220
Physics for Scientists & Engineers II
4
Major Requirement
3
MATH 2210
Major Requirement
3
MATH 2250
Calculus III Ordinary Differential Equations & Linear Algebra
3
MATH 2250
Multivariate Calculus Linear Algebra & Differential Equations
4
Major Requirement
EE 2260
Fund of Electric Circuits II
4
ECE 2240
Intro to Electric Circuits
1-4
Major Requirement
EE 2700
Fund of Digital System Design
4
Course may satisfy requirement. See departmental advisor.
EE 2280 BIOL 1610
Fund of Engineering Electronics College Biology I
4 4
ECE 2280 BIOL 1210
4 4
Major Requirement
4 1
Math/Sci Requirement
PHYS 2220 MATH 2210
CHEM 1210 CHEM 1215
Fund of Engineering Electronics Fund of Engineering Electronics
General Chemistry I 4 CHEM 1210 General Chemistry I General Chemistry I Lab 1 CHEM 1215 General Chemistry I Lab *Students who pass exam may bypass CS 1030 and proceed to CS 1410
Major Requirement
Salt Lake Community College offers an associate of Pre-Engineering with an Electrical Engineering emphasis, which includes courses required for the Electrical Engineering degree at the U. Note: The Associates in Pre-Engineering does not complete general education requirements for a bachelor’s degree at the U of U. Students should obtain advising regarding general education requirements specific to Engineering majors at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
Update 08/2016 Information is subject to change.
If you have further questions regarding this major, you may contact: Salt Lake Community College: Jeanne Westgard, SI 209 Taylorsville Redwood Campus, 801-9574858,
[email protected] University of Utah: Electrical Engineering Academic Advisor, 2666 MEB, (801) 581-4657, www.ece.utah.edu
Update 08/2016 Information is subject to change.
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 17.5 semester hours of required technical classes with at least a 2.8 GPA or higher. Admission to major status is required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pre-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at Snow College to fulfill requirements for preelectrical engineering and intermediate engineering students. There are additional requirements not offered at Snow College that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
SNOW COURSE ENGR 2250 & ENGR 2255
COURSE TITLE Analog Circuits Analog Circuits Lab
MATH 1210
CR
ELECTRICAL ENGINEERING REQUIREMENT
4
Major Requirement
Calculus I
4
Major Requirement
4
Major Requirement
4
Major Requirement
WRTG 2010
Calculus II Physics for Scientists & Engineers I Intermed Writing: Academic Writing & Research
3
Major Requirement
3 3 1
CS 1030**
Intro to Computer Science
3
Major Requirement
CS 1410
Intro to Computer Science I
4
Major Requirement
3
MATH 2210
Calculus III
3
Major Requirement
4 3 3
MATH 2250
Ordinary Differential Equations Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers II Principles of Biology General Chemistry I General Chemistry Lab I
4
Major Requirement
4
Major Requirement
U OF U COURSE
CR 3 1
ECE 1250**
U OF U COURSE TITLE Electrical & Computer Engr Design
Calculus I
5
MATH 1210
MATH 1220
Calculus II
4
MATH 1220
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
ENGL 2010
Intermediate Research Writing
3
CS 1400 CS 1410 CS 1415
Programming Fundamentals Object-Oriented Programming Object-Oriented Programming Lab
MATH 2210
Multivariable Calculus Linear Algebra & Differential Equations Linear Algebra Differential Equations
MATH 2250 MATH 2270 MATH 2280 PHYS 2220 BIOL 1610 CHEM 1210 CHEM 1215 ENGR 2700 ENGR 2705
MATH 2250
Physics for Scientists & Engineers II 4 PHYS 2220 4 Major Requirement Biolgy I 4 BIOL 1210 4 Principles of Chemistry I 4 CHEM 1210 4 Math/Sci Principles of Chemistry I Lab 1 CHEM 1215 1 Requirement Digital Circuits 3 Digital Circuits Lab 1 Course may satisfy requirement. See departmental advisor. *Students who pass exam may bypass CS 1030 and proceed to CS 1410 ** Students must also take a Matlab course.
Snow College offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Snow College, students may take foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Snow College: Brian Newbold, SCNCE 105, (435) 283-7515,
[email protected] University of Utah: Electrical Engineering Academic Advisor, 2666 MEB, (801) 581-4657, www.ece.utah.edu
Update 08/2016 Information is subject to change.
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 17.5 semester hours of required technical classes with at least a 2.8 GPA or higher. Admission to major status is required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pr-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at Southern Utah University to fulfill requirements for the Electrical Engineering degree at the U. There are additional requirements not offered at SUU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
CR
ELECTRICAL ENGINEERING REQUIREMENT
ECE 1250**
U OF U COURSE TITLE Electrical & Computer Engr Design
4
Major Requirement
4
MATH 1210
Calculus I
4
Major Requirement
4
MATH 1220
Major Requirement
4
PHYS 2210
4
Major Requirement
ENGL 2010
Intermediate Writing
3
WRTG 2010
Calculus II Physics for Scientists & Engineers I Intermed Writing: Academic Writing & Research
4
PHYS 2210
Calculus II Physics for Scientists & Engineers I
3
Major Requirement
CSIS 1400
Fundamentals of Programming
3
CS 1030*
Intro to Computer Science
3
Major Requirement
CSIS 1410
Object Oriented Programming
3
CS 1410
Intro to Computer Science I
4
Major Requirement
MATH 2210
4
MATH 2210
Calculus III
3
Major Requirement
4 3 3
MATH 2250
Ordinary Differential Equations
4
Major Requirement
MATH 2250
Major Requirement
4
PHYS 2220
Ordinary Differential Equations Physics for Scientists & Engineers II
4
PHYS 2220
Calculus III Linear Algebra & Differential Equations Linear Algebra with Applications Differential Equations Physics for Scientists & Engineers II
4
Major Requirement
CSIS 3500
Advanced Computer Architecture
3
ECE 3810
Computer Organization
4
Major Elective
CHEM 1210 CHEM 1215 Or BIOL 1610
Principles of Chemistry I Chemical Principles Lab I
4 1
CHEM 1210 CHEM 1215
General Chemistry I General Chemistry Lab I
4 1
SUU COURSE ENGR 2250 ENGR 2255
COURSE TITLE Electric Circuits Electric Circuits Lab
CR 3 1
MATH 1210
Calculus I
MATH 1220
MATH 2250 MATH 2270 MATH 2280
U OF U COURSE
Biology I 4 BIOL 1210 Prin of Biology *Students who pass exam may bypass CS 1030 and proceed to CS 1410 ** Students must also take a MATLAB course.
4
Math/Sci Requirement
While attending SUU, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U. Students may have a letter of completion sent from SUU, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Southern Utah University: Sharon Brown, (435) 586-5420, TH 118 University of Utah: Electrical Engineering Academic Advisor, 2666 MEB, (801)581-4657,
Update 08/2016 Information is subject to change.
www.ece.utah.edu
Update 08/2016 Information is subject to change.
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 17.5 semester hours of required technical classes with at least a 2.8 GPA or higher. Admission to major status is required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pre-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at Utah State University/Utah State University Eastern to fulfill requirements for the Electrical Engineering degree at the U. There are additional requirements not offered at USU/USUE that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
USU/USUE COURSE ECE 2250 ECE 2255
COURSE TITLE Electrical Circuits I Circuits Lab
MATH 1210 MATH 1220
U OF U COURSE
CR
ELECTRICAL ENGINEERING REQUIREMENT
4
Major Requirement
4
Major Requirement
4
Major Requirement
4
Major Requirement
CR 3 1
ECE 1250**
U OF U COURSE TITLE Electrical & Computer Engr Design
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
4
PHYS 2210
ENGL 2010
Calculus II General Physics: Science & Engineering I Intermed Writing: Research Writing in a Persuasive Mode
3
WRTG 2010
Calculus II Physics for Scientists & Engineers I Intermed Writing: Academic Writing & Research
3
Major Requirement
CS 1400
Intro to Programming
3
CS 1030**
Intro to Computer Science
3
Major Requirement
CS 1410
Intro to Computer Science- CS2
3
CS 1410
Intro to Computer Science I
4
Major Requirement
MATH 2210
3
MATH 2210
Major Requirement
4
MATH 2250
Calculus III Ordinary Differential Equations & Linear Algebra
3
MATH 2250
Multivariable Calculus Linear Algebra & Differential Equations
4
Major Requirement
MATH 2270
Linear Algebra
3
MATH 2270
3
Major Requirement
MATH 2280
3
MATH 2280
3
Major Requirement
PHYS 2220
Ordinary Differential Equations General Physics: Science & Engineering II
4
PHYS 2220
Linear Algebra Introduction to Differential Equations Physics for Scientists & Engineers II
ECE 2290
Electrical Circuits 2
3
ECE 2240
Intro to Electric Circuits
ECE 3410
Microelectronics I
3
ECE 2280
Fund of Engineering Electronics
ECE 2700
Digital System Design
3
Course may satisfy requirement. See departmental advisor.
ECE 5440
Analog VLSI I
3
ECE 3110
ECE 3870 ECE 3620 ECE 3640
Electromagnetics I Continuous-Time Sys & Signals Discrete-Time Sys & Signals
3 3 3
PHYS 3710
Intermediate Modern Physics
ECE 5310
PHYS 2210
4
Major Requirement
1-4
Major Requirement
4
Major Requirement
4
Major Elective
ECE 3300
Engineering Electronics II Fund of Electromagnetics and Transmission Lines
4
Major Requirement
ECE 3500
Fund of Signals & Systems
4
Major Requirement
3
ECE 3740
Intro Quantum & Relativity
3
Major Elective
Control Systems
3
ECE 3510
Intro to Feedback Systems
4
Major Elective
ECE 5810
Microwaves I
3
ECE 5320
Microwave Engineering I
4
Major Elective
ECE 5850
Antennas I
3
ECE 5324
Antenna Theory & Design
3
Major Elective
ECE 5630
Digital Signal & Image Processing
3
ECE 5530
3
Major Elective
3 4 1
ECE 5720 CHEM 1210 CHEM 1215
Digital Signal Processing Analog Integrated Circuit Design General Chemistry I General Chemistry Lab I
3 4 1
Major Elective Math/Sci Requirement
ECE 5440 Analog VLSI I CHEM 1210 Principles of Chemistry I CHEM 1215 Chemical Principles Lab I Update 08/2016 Information is subject to change.
Or BIOL 1610
Princ of Biology Biology I 4 BIOL 1210 *Students who pass exam may bypass CS 1030 and proceed to CS 1410 ** Students must also take a MATLAB course.
4
While attending USU/USUE, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U. Students may have a letter of completion sent from USU/USUE, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah State University: Kathy Bayn, ENGR 310, (435) 797-2705,
[email protected] or The University Advising Center, Taggart Student Center 304 (435) 797-3373, www.usu.edu/transfer USU Eastern: Henry Zwick, (435) 613-5277 University of Utah: Electrical Engineering Academic Advisor, 2666 MEB, (801)581-4657, www.ece.utah.edu
Update 08/2016 Information is subject to change.
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 17.5 semester hours of required technical classes with at least a 2.8 GPA or higher. Admission to major status is required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pr-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at Utah Valley University to fulfill requirements for the Electrical Engineering degree at the U. There are additional requirements not offered at UVU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
CR
ELECTRICAL ENGINEERING REQUIREMENT
Electrical & Computer Engr Design
4
Math/Sci Requirement
MATH 1210
Calculus I
4
Major Requirement
5
MATH 1220
4
Major Requirement
Physics for Scientists & Engineers I Intermed Writing-Hum/Soc Sci Intermed Writing- Sci Tech
4 3 3
PHYS 2210
4
Major Requirement
WRTG 2010
Calculus II Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
3
Major Requirement
CS 1400
Fundamentals of Programming
3
CS 1030**
Intro to Computer Science
3
Major Requirement
CS 1410
Object-Oriented Programming
3
CS 1410
Intro to Computer Science I
4
Major Requirement
MATH 2210 MATH 2270 MATH 2280
Calculus III Linear Algebra Ordinary Differential Equations
3 3 3
MATH 2210
Calculus III Ordinary Differential Equations & Linear Algebra
3
Major Requirement
4
Major Requirement
3
MATH 3150
2
Major Requirement
4
Major Requirement
U OF U COURSE
UVU COURSE EENG 1020 & EENG 2250 & EENG 2255
COURSE TITLE Computer Engr Prob Solving Matlab Circuit Theory Circuit Theory Lab
CR 1 3 1
ECE 1250
MATH 1210
Calculus I
5
MATH 1220
Calculus II
PHYS 2210 ENGL 2010 or ENGL 2020
MATH 3400
MATH 2250
U OF U COURSE TITLE
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 2220
Partial Diff Eqns for Sci & Eng Physics for Scientists & Engineers II
ECE 2700
Digital Design I
3
ECE 3700
Fund of Digital System Design
4
Major Requirement
ECE 3770
Signals and Systems
3
ECE 3500
4
Major Requirement
PHYS 3740 CHEM 1210 CHEM 1215 Or BIOL 1610
Modern Physics Principles of Chemistry I Principles of Chemistry I Lab
3 4 1
ECE 3740 CHEM 1210 CHEM 1215
Fund of Signals and Systems Intro to Quantum Theory & Relativity General Chemistry I Principles of Chemistry I Lab
3 4 1
Major Elective
College Biology I 4 BIOL 1210 Principles of Biology *Students who pass exam may bypass CS 1030 and proceed to CS 1410
4
Math/Sci Requirements
Utah Valley University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending UVU, students may take foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact:
Update 08/2016 Information is subject to change.
Utah Valley University: Andrew Gifford, CS 635h, (801) 8638648,
[email protected], https://andrewgifford.youcanbook.me. University of Utah: Electrical Engineering Academic Advisor, 2666 MEB, (801)581-4657, www.ece.utah.edu
Update 08/2016 Information is subject to change.
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 17.5 semester hours of required technical classes with at least a 2.8 GPA or higher. Admission to major status is required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pre-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at Weber State University to fulfill requirements for the Electrical Engineering degree at the U. There are additional requirements not offered at Weber State that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
WEBER COURSE
U OF U COURSE
CR
ELECTRICAL ENGINEERING REQUIREMENT
4
Major Requirement
EE 1270
Intro to Electrical Circuits
4
ECE 1250**
U OF U COURSE TITLE Electrical & Computer Engr Design
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
4
MATH 1220
Major Requirement
5
PHYS 2210
4
Major Requirement
ENGL 2010
Intermediate College Writing
3
WRTG 2010
Calculus II Physics for Scientists & Engineers I Intermediate Writing: Academic Writing & Research
4
PHYS 2210
Calculus II Physics for Scientists & Engineers I
3
Major Requirement
CS 1400
Fundamentals of Programming
3
CS 1030*
Intro to Computer Science
3
Major Requirement
CS 1410
Object-Oriented Programming
4
CS 1410
Intro to Computer Science I
4
Major Requirement
MATH 2210
Calculus III Linear Algebra & Differential Equations
4
MATH 2210
Calculus III
3
Major Requirement
Major Requirement
3 3
Ordinary Differential Equations & Linear Algebra
4
Elementary Linear Algebra Ordinary Differential Eqns
MATH 2250
3
MATH 3150
Major Requirement
5
PHYS 2220
Partial Differential Eqns for Sci & Eng Physics for Scientists & Engineers II
2
PHYS 2220
Boundary Value Problems Physics for Scientists & Engineers II
4
Major Requirement
EE 2260
Fund of Electrical Circuits
4
ECE 2240
Intro to Electric Circuits
1-4
Major Requirement
EE 2700
Digital Circuits
4
Course may satisfy requirement. See departmental advisor.
EE 3120
4
ECE 2280
EE 6130
Microelectronics II Advanced Semiconductor Devices
3
ECE 3200
EE 3310
Electromagnetics I
4
EE 3210
Signal & Systems
EE 4100
MATH 2250 Or MATH 2270 MATH 2280 MATH 3710
COURSE TITLE
CR
4
4
Major Requirement
3
Major Requirement
ECE 3300
Fund of Engr Electronics Intro to Semiconductor Device Physics Fund of Electromagnetics & Transmission Lines
4
Major Requirement
4
ECE 3500
Fund of Signals & Systems
4
Major Requirement
Control Systems
4
ECE 3510
Intro to Feedback Systems
4
Major Requirement
EE 4510
Power Systems
4
ECE 3600
Power Systems
3
Major Elective
EE 4210
Digital Signal Processing
3
ECE 5530
Digital Signal Processing
3
Major Elective
Update 08/2016 Information is subject to change.
CHEM 1210 Principles of Chemistry I 5 CHEM 1210 General Chemistry I CHEM 1215 Principles of Chemistry I Lab 1 CHEM 1215 General Chemistry Lab I *Students who pass exam may bypass CS 1030 and proceed to CS 1410 ** Student must also take a MATLAB course.
4 1
Math/Sci Requirement
While attending Weber State, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U. Students may have a letter of completion sent from WSU, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Weber State University: Dr. Fon Brown, Electrical Engineering Advisor, ET 236B, (801) 6267781 University of Utah: Electrical Engineering Academic Advisor, 2666 MEB, (801)581-4657, www.ece.utah.edu
Update 08/2016 Information is subject to change.
ELECTRICAL ENGINEERING Electrical engineering embraces career fields in electronics, microelectronics, digital systems, communications, signal processing, medical instrumentation, lasers, and electromagnetics.
Admission Criteria: Students are admitted to full major status following completion of at least 17.5 semester hours of required technical classes with at least a 2.8 GPA or higher. Admission to major status is required in order to take Electrical Engineering classes beyond the freshman level. Admission evaluations are done every semester. Deadlines for each semester will be announced. You may apply for major status during any semester in which you will complete the pr-major classes. You must have been accepted by the U before you apply for major status.
Transferring Courses: The following courses may be taken at Westminster College to fulfill requirements for the Electrical Engineering degree at the U. There are additional requirements not offered at Westminster College that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
WESTMINSTER COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
ELECTRICAL ENGINEERING REQUIREMENT
MATH 201
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 202
4
MATH 1220
Major Requirement
4
PHYS 2210
4
Major Requirement
ENGL 110
Composition & Research
4
WRTG 2010
Calculus II Physics for Scientists & Engineers I Intermed Writing: Academic Writing & Research
4
PHYS 211
Calculus II Physics for Scientists & Engineers I
3
Major Requirement
CMPT 201
Intro to Computer Science
4
CS 1030*
Intro to Computer Science
3
Major Requirement
CMPT 202
Intro to Data Structures
4
CS 1410
Intro to Computer Science I
4
Major Requirement
Multivariate Calculus 4 MATH 2210 Calculus III Linear Algebra II 4 Ordinary Differential Differential Equations 4 MATH 2250 Equations & Linear Algebra Physics for Scientists & Physics for Scientists & PHYS 212 Engineers II 4 PHYS 2220 Engineers II BIOL 105 or Princ of Biology I & Lab 4 BIOL 1210 or Princ of Biology CHEM 111 Princ of Chemistry I & Lab 4 CHEM 1210 General Chemistry I *Students who pass exam may bypass CS 1030 and proceed to CS 1410
4
Major Requirement
4
Major Requirement
4 4 4
Major Requirement Math/Sci Requirement
MATH 203 MATH 311 MATH 363
While attending Westminster College, students may complete General Education requirement and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Westminster College: General Advising, START Center, Carleson Hall, (801) 832-2280 University of Utah: Electrical Engineering Academic Advisor, 2666 MEB, (801) 581-4657, www.ece.utah.edu
Update 08/2016 Information is subject to change.
MATERIALS SCIENCE & ENGINEERING
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterial, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status.
Transferring Courses: The following courses may be taken at BYU to fulfill requirements for the Materials Science and Engineering degree at the U. There are additional requirements not offered at BYU that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
BYU COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MATERIALS SCIENCE & ENGINEERING REQUIREMENT
CHEM 105
General Chemistry I
4
CHEM 1210
General Chemistry I
4
Major Requirement
CHEM 106
General Chemistry II
3
General College Chemistry Lab
1
General Chemistry II General Chemistry Lab I General Chemistry Lab II
4 1 1
Major Requirement
CHEM 107
CHEM 1220 CHEM 1215 CHEM 1225
CHEM 351
Organic Chemistry
3
CHEM 2310
Organic Chemistry
4
Major Requirement
MATH 112
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 113
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 314 MATH 334 MATH 313
3 3 3
MATH 2210
Calculus III Ordinary Differential Equations & Linear Algebra
3
Major Requirement
4
Major Requirement
MATH 347
Calculus of Several Variables Ordinary Differential Equations Elementary Linear Algebra Introduction to Partial Differential Equations
3
MATH 3150
2
Major Requirement
PH 121
Principles of Physics I
3
PHYS 2210
4
Major Requirement
PH 220
Principles of Physics II
3
PHYS 2220
Partial Differential Equations Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
Major Requirement
C S 142 CE EN 103
Intro to Computer Programming Engineering Mechanics-Statics Engineering Mechanics-Mechanics of Materials
3 2
CS 1000
Engineering Computing
3
Major Requirement
3
ME EN 2010
Statics
3
Major Requirement
CE EN 203
MATH 2250
Major Requirement
While attending BYU, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
Update 08/2016 Information is subject to change.
If you have further questions regarding this major, you may contact: Brigham Young University: Academic Advisement, (801)422-3641 University of Utah: Marcie Leek, 304 CME, (801) 581-6863,
[email protected]
Update 08/2016 Information is subject to change.
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterials, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status.
Transferring Courses: The following courses may be taken at BYU-Idaho to fulfill requirements for the Materials Science and Engineering degree at the U. There are additional requirements not offered at BYUIdaho that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
BYUIDAHO COURSE
MATERIALS SCIENCE & ENGINEERING REQUIREMENT
CHEM 105
General Chemistry
4
CHEM 106
General Chemistry
4
U OF U COURSE CHEM 1210 CHEM 1215 CHEM 1220 CHEM 1225
CHEM 351
Organic Chemistry
4
CHEM 2310
Organic Chemistry
4
Major Requirement
FDMAT 112
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 113
Calculus II
3
MATH 1220
Calculus II
4
Major Requirement
MATH 214
Multivariate Calculus
3
MATH 2210
3
Major Requirement
MATH 472 MATH 341 MATH 371
Intro to Partial Differential Equations Linear Algebra Intro to Ordinary Differential Equations
3 3 3
MATH 3150
2
Major Requirement
4
Major Requirement
PH 123
Principles of Physics II
3
PHYS 2210
4
Major Requirement
PH 220
Principles of Physics III
3
PHYS 2220
Calculus III Partial Differential Equations for Engineering Students Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
Major Requirement
ME 142 ME 201 ME 202 ME 250 ME 250L
Engineering Computation I Engineering Mechanics: Statics Strength of Materials Materials Science Materials Lab
3 2 3 3 1
CS 1000
Engineering Computing
3
Major Requirement
ME EN 2010
Statics Introduction to Materials Science & Engineering
3
Major Requirement
4
Major Requirement
COURSE TITLE
CR
MATH 2250
MSE 2010
U OF U COURSE TITLE General Chemistry I General Chemistry Lab I General Chemistry II General Chemistry Lab II
CR 4 1 4 1
Major Requirement Major Requirement
BYU-Idaho offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Within either degree, students may take foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: BYU-Idaho: Career & Academic Advising, Kimball 250, (208) 496-1167
Update 08/2016 Information is subject to change.
University of Utah: Marcie Leek, 304 CME, (801) 581-6863,
[email protected]
Update 08/2016 Information is subject to change.
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterials, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status.
Transferring Courses: The following courses may be taken at Dixie State University to fulfill requirements for the Materials Science and Engineering degree at the U. There are additional requirements not offered at Dixie State that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
U OF U COURSE
DIXIE COURSE
COURSE TITLE
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
MATH 2210 MATH 2270 MATH 2280
Multivariable Calculus Linear Algebra Ordinary Differential Equations Physics for Scientists & Engineers I Physics for Scientists & Engineers II Statics Strengths of Materials Electrical Circuits Electrical Circuits lab I
3 3 3
MATH 2210
3
4
PHYS 2210
4 3 3 3 1
PHYS 2220
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics for Scientists & Engineers II Statics Electrical & Computer Engineering for Civil Engr
3
PHYS 2210 PHYS 2220 ENGR 2010 ENGR 2140 ENGR 2270 ENGR 2275
CR
MATH 2250
ME EN 2010 ECE 2200
U OF U COURSE TITLE
CR
4 4 4
1.5
MATERIALS SCIENCE & ENGINEERING REQUIREMENT Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
Dixie State University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Dixie, students may take foreign language credits and/or other transferable
Update 08/2016 Information is subject to change.
electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Dixie State University: Dr. Victor Hasfurther (435) 652-7861,
[email protected] University of Utah: Marcie Leek, 304 CME, (801) 581-6863,
[email protected]
Update 08/2016 Information is subject to change.
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterials, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status.
Transferring Courses: The following courses may be taken at LDS Business College to fulfill requirements for the Materials Science & Engineering degree at the U. There are additional requirements not offered at LDS Business College that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
LDSBC COURSE MATH 111
COURSE TITLE Calculus
CR 3
U OF U COURSE MATH 1210
U OF U COURSE TITLE Calculus I
CR 4
MATERIALS SCIENCE & ENGINEERING REQUIREMENT Major Requirement
LDS Business College offers Associate of Science in Business and General Studies degrees, which satisfy General Education requirements at the U. Within either degree, students may take foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: LDS Business College: Academic Advising, (801) 524-8151 University of Utah: Marcie Leek, 304 CME, (801) 581-68963,
[email protected]
Update 08/2016 Information is subject to change. Please note that LDSBC information reflects the 2014-2015 Year
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterial, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status.
Transferring Courses: The following courses may be taken at Salt Lake Community College to fulfill requirements for the Materials Science and Engineering degree at the U. There are additional requirements not offered at SLCC that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
SLCC COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MATERIALS SCIENCE & ENGINEERING REQUIREMENT
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 2210
3
MATH 2210
Major Requirement
3
MATH 2250
Calculus III Ordinary Differential Equations & Linear Algebra
3
MATH 2250
Multivariate Calculus Linear Algebra/Differential Equations
4
Major Requirement
CHEM 1210
General Chemistry I
4
CHEM 1210
General Chemistry I
4
Major Requirement
CHEM 1215
General Chemistry Lab I
1
CHEM 1215
General Chemistry Lab I
1
Major Requirement
CHEM 1220
General Chemistry II
4
CHEM 1220
General Chemistry II
4
Major Requirement
CHEM 1225
General Chemistry Lab II
1
CHEM 1225
General Chemistry Lab II
1
Major Requirement
CHEM 2310
Organic Chemistry I Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
CHEM 2310
4
Major Requirement
4
PHYS 2210
4
Major Requirement
4
PHYS 2220
Organic Chemistry I Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
Major Requirement
Engineering Computing Strength of Materials I Statics Electrical Engineering for Civil Engineers Introduction to Materials Science Engineering
3 2 3
CS 1000
Engineering Computing
3
Major Requirement
ME EN 2010
3
Major Requirement
1.5
ECE 2200
1.5
Major Requirement
4
MSE 2010
Statics Electrical & Computer Engineering for Civil Engineers Intro to Materials Science & Engineering
4
Major Requirement
PHYS 2210 PHYS 2220 ENGR 1040 MEEN 2140 MEEN 2010 EE 2200 MSE 2010
Salt Lake Community College offers an Associates of Pre-Engineering with an emphasis in Materials Science, which includes courses required for the Material Science & Engineering degree at the U. Note: The Associates in Pre-Engineering does not complete general education requirements for a bachelor’s degree at the U of U. Students should obtain advising regarding general education requirements specific to Engineering majors at the U. Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the
Update 08/2016 Information is subject to change.
U.
If you have further questions regarding this major, you may contact: Salt Lake Community College: Jeanne Westgard, SI 209 Taylorsville Redwood Campus, 801-9574858,
[email protected] University of Utah: Marcie Leek, 304 CME, (801) 581-6863,
[email protected]
Update 08/2016 Information is subject to change.
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterials, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status.
Transferring Courses: The following courses may be taken at Snow College to fulfill requirements for the Materials Science and Engineering degree at the U. There are additional requirements not offered at Snow that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
SNOW COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
CHEM 2310 ENGR 2010 ENGR 2140 ENGR 2250 ENGR 2255
Organic Chemistry I Statics Strength of Materials Analog Circuits Analog Circuits Lab
4 2 3 3 1
CHEM 2310
Organic Chemistry I
4
ME EN 2010
3
ECE 2200
Statics Electrical & Computer Engineering for Civil Engineers
ENGR 2450
Numerical Methods
3
CS 1000
Engineering Computing
3
MATH 1210
Calculus
5
MATH 1210
Calculus I
4
MATH 1220
Calculus
4
MATH 1220
Calculus II
4
MATH 2210 MATH 2270 MATH 2280
Multivariable Calculus Linear Algebra Differential Equations
3 3 3
MATH 2210
3
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 2220
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics for Scientists & Engineers II
ENGR 2160
Materials Science
3
MSE 2160
Elements of MSE
3
ENGR 2160
Materials Science
3
MSE 2170
Elements of MSE
1.5
MATH 2250
1.5
4 4 4
MATERIALS SCIENCE & ENGINEERING REQUIREMENT Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
Snow College offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Snow College, students may take foreign language credits and/or other transferable electives for the U.
Update 08/2016 Information is subject to change.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Snow College: Brian Newbold, SCNCE 205, (435) 283-7535 University of Utah: Marcie Leek, 304 CME, (801) 581-6863,
[email protected]
Update 08/2016 Information is subject to change.
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterial, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status.
Transferring Courses: The following courses may be taken at Southern Utah University to fulfill requirements for the Materials Science and Engineering degree at the U. There are additional requirements not offered at SUU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
SUU COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MATERIALS SCIENCE & ENGINEERING REQUIREMENT
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
Major Requirement
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
General Chemistry Lab I
1
Major Requirement
CHEM 1220
Principles of Chemistry II
4
CHEM 1220
General Chemistry II
4
Major Requirement
CHEM 1225
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry Lab II
1
Major Requirement
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
Major Requirement
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 2210 MATH 2270 MATH 2280
Calculus III Linear Algebra with Applications Differential Equations Partial Differential Equations & Fourier Analysts Physics for Scientists & Engineers I Physics for Scientists & Engineers II Statics Strength of Materials Material Science Engineering Material Science Engineering Lab Electro-Mechanical Systems Electro-Mechanical Systems lab Intro to Programming with MatLab
4 3 3
MATH 2210
Calculus III Ordinary Differential Equations & Linear Algebra
3
Major Requirement
4
Major Requirement
4
MATH 3150
2
Major Requirement
4
PHYS 2210
4
Major Requirement
4 3 3 3 1 3 1
PHYS 2220
PDE’s for Engineers Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
Major Requirement
3
Major Requirement
4
Major Requirement
ECE 2200
Statics Intro to Materials Science & Engineering Electrical & Computer Engineering for Civil Engineers
1.5
Major Requirement
3
CS 1000
Engineering Computing
3
Major Requirement
MATH 3800 PHYS 2210 PHYS 2220 ENGR 2010 ENGR 2140 ENGR 3010 ENGR 3015 ENGR 2270 ENGR 2275 CSIS 1040
MATH 2250
ME EN 2010 MSE 2010
While attending SUU, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U. Students may have a letter of completion sent from SUU, which states all general education requirements have been completed.
Update 08/2016 Information is subject to change.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Southern Utah University: Student Development Center, (435) 586-5419 University of Utah: Marcie Leek, 304 CME, (801) 581-6863,
[email protected]
Update 08/2016 Information is subject to change.
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterial, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status. Transferring Courses: The following courses may be taken at Utah State University/Utah State University Eastern to fulfill requirements for the Materials Science and Engineering degree at the U. There are additional requirements not offered at USU/USUE that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
CR
MATERIALS SCIENCE & ENGINEERING REQUIREMENT
General Chemistry I
4
Major Requirement
CHEM 1215
General Chemistry Lab I
1
Major Requirement
4
CHEM 1220
General Chemistry II
4
Major Requirement
Chemical Principles of Lab II
1
CHEM 1225
General Chemistry Lab II
1
Major Requirement
CHEM 2310
Organic Chemistry I
4
CHEM 2310
Organic Chemistry I
4
Major Requirement
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 2210
3
MATH 2210
Major Requirement
4
MATH 2250
4
Major Requirement
4
PHYS 2210
4
Major Requirement
4 2 2
PHYS 2220
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics for Scientists & Engineers II
3
PHYS 2220 ENGR 2010 ENGR 2140
Multivariable Calculus Linear Algebra & Ordinary Differential Equations General Physics: Science & Engineering I General Physics: Science & Engineering II Engineering Mechanics Statics Strength of Materials
4
Major Requirement
3
Major Requirement
ECE 2250
Electrical Circuits
4
ECE 2200
Statics Electrical & Computer Engineering for Civil Engineers
1.5
Major Requirement
CS 1400 MAE 2160 MAE 2165
Intro to Computer Science Material Science Material Science Laboratory
3 3 1
CS 1000
3
Major Requirement
MSE 2010
Engineering Computing Intro to Materials Science and Engineering
4
Major Requirement
MAE 2160
Material Science
3
MSE 2160
Elements of MSE
3
MAE 2160
Material Science
3
MSE 2170
Elements of MSE
1.5
U OF U COURSE
USU/USUE COURSE
COURSE TITLE
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
CHEM 1215
Chemical Principles I Lab
1
CHEM 1220
Principles of Chemistry II
CHEM 1225
MATH 2250 PHYS 2210
CR
ME EN 2010
U OF U COURSE TITLE
While attending USU/USUE, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U. Students may have a letter of completion sent from USU/USUE, which states all general education requirements have been completed.
Update 08/2016 Information is subject to change.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah State University: Kathy Bayn, ENGR 310, (435) 797-2705,
[email protected] or The University Advising Center, Taggart Student Center 304 (435) 797-3373, www.usu.edu/transfer USU Eastern: Henry Zwick, (435) 613-5277 University of Utah: Marcie Leek, 304 CME, (801) 581-6863,
[email protected]
Update 08/2016 Information is subject to change.
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterial, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status.
Transferring Courses: The following courses may be taken at Utah Valley University to fulfill requirements for the Materials Science and Engineering degree at the U. There are additional requirements not offered at UVU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major.
CR
MATERIALS SCIENCE & ENGINEERING REQUIREMENT
General Chemistry I
4
Major Requirement
CHEM 1215
General Chemistry I Lab
1
Major Requirement
4
CHEM 1220
General Chemistry II
4
Major Requirement
Principles of Chemistry II Lab
1
CHEM 1225
General Chemistry II Lab
1
Major Requirement
CHEM 2310 EENG 2250 EENG 2255
Organic Chemistry I Circuit Theory Circuit Theory Lab
4 3 1
CHEM 2310
4
Major Requirement
ECE 2200
Organic Chemistry I Electrical & Computer Engineering for Civil Engr
1.5
Major Requirement
CS 1400
Fundamentals of Programming
3
CS 1000
Engineering Computing
3
Major Requirement
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
5
MATH 1220
Calculus II
4
Major Requirement
MATH 2210 MATH 2270 MATH 2280
Calculus III Linear Algebra Ordinary Differential Equations Physics for Scientists & Engineers I Physics for Scientists & Engineers II Engineering Statics Mechanics of Materials
3 3 3
MATH 2210
3
Major Requirement
4
Major Requirement
4
PHYS 2210
4
Major Requirement
4 3 3
PHYS 2220
Calculus III Ordinary Differential Equations & Linear Algebra Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
Major Requirement
ME EN 2010
Statics
3
Major Requirement
U OF U COURSE
UVU COURSE
COURSE TITLE
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1220
Principles of Chemistry II
CHEM 1225
PHYS 2210 PHYS 2220 ENGR 2010 ENGR 2140
CR
MATH 2250
U OF U COURSE TITLE
Utah Valley University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending UVU, students may take foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
Update 08/2016 Information is subject to change.
If you have further questions regarding this major, you may contact: Utah Valley University: Fred Orchard, CS 635, (801) 863-6238,
[email protected] University of Utah: Marcie Leek, 304 CME, (801) 581-6863,
[email protected]
Update 08/2016 Information is subject to change.
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterial, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status.
Transferring Courses: The following courses may be taken at Weber State University to fulfill requirements for the Materials Science and Engineering degree at the U. There are additional requirements not offered at Weber State that must be taken at the U.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors these courses may not clear requirements for your new major. MATERIALS SCIENCE & ENGINEERING REQUIREMENT
CHEM 1210
Principles of Chemistry I
5
CHEM 1220
Principles of Chemistry II
5
U OF U COURSE CHEM 1210 CHEM 1215 CHEM 1220 CHEM 1225
CHEM 2310
Organic Chemistry I
5
CHEM 2310
Organic Chemistry I
4
Major Requirement
MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 2210
Calculus III Linear Algebra & Differential Equations
3
MATH 2210
3
Major Requirement
4
MATH 2250
Calculus III Ordinary Differential Equations & Linear Algebra
4
Major Requirement
Partial Differential Equations Physics for Scientists & Engineers I Physics for Scientists & Engineers II Statics Strength of Materials Electrical Engineering for nonmajors
3
MATH 3150
2
Major Requirement
5
PHYS 2210
4
Major Requirement
4 3 3
PHYS 2220
Partial Differential Equations Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
Major Requirement
3
Major Requirement
4
ECE 2200
Statics Electrical & Computer Engineering for Civil Engr
1.5
Major Requirement
WEBER COURSE
MATH 2250 MATH 3730 PHYS 2210 PHYS 2220 ENGR 2010 ENGR 2140 ENGR 2210
COURSE TITLE
CR
ME EN 2010
U OF U COURSE TITLE General Chemistry I General Chemistry Lab I General Chemistry II General Chemistry II Lab
CR 4 1 4 1
Major Requirement Major Requirement
While attending Weber, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U. Students may have a letter of completion sent from WSU, which states all general education requirements have been completed. Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. If you have further questions regarding this major, you may contact: Weber State University: Academic Advisement, (801) 626-6752 University of Utah: Marcie Leek, 304 CME, (801) 581-6863,
[email protected]
Update 08/2016 Information is subject to change.
MATERIALS SCIENCE AND ENGINEERING Materials science and engineering uses a base of chemistry and physics to develop the scientific and engineering aspects of materials-ceramics, metals, polymers (plastics) and biomaterial, solid state/semiconductors, composites, and high-strength composites. Interdisciplinary programs include materials development for energy systems and conservation, high-temperature batteries, coal gasification, solar energy, chemical-vapor deposition, utilization of waste materials, biodegradable polymers, ultra-hard materials, integrated circuits and semi-conductor devices, biomedical materials, and materials processing.
Admission Criteria: In order to enroll in sophomore-level materials science and engineering courses students must apply and be admitted to intermediate status. Applications can be initiated through the freshman-sophomore advisor. Students must also apply to be admitted to major status. Students should consult with the junior-senior advisor to determine the appropriate time (normally at the beginning of the junior year) for advancement to major status.
Transferring Courses: The following courses may be taken at Westminster College to fulfill requirements for the Materials Science & Engineering degrees at the U. There are additional requirements not offered at Westminster that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. MATERIALS SCIENCE & ENGINEERING REQUIREMENT
CHEM 111
Principles of Chemistry I & Lab
4
CHEM 112
Principles of Chemistry II & Lab
4
U OF U COURSE CHEM 1210 CHEM 1215 CHEM 1220 CHEM 1225
CHEM 303
Organic Chemistry I & Lab
4
CHEM 2310
Organic Chemistry I
4
Major Requirement
CMPT 201
Intro to Computer Science
4
CS 1000
Engineering Computing
3
Major Requirement
MATH 201
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 202
Calculus II
4
MATH 1220
Calculus II
4
Major Requirement
MATH 203
Multivariate Calculus Linear Algebra & Differential Equations
4
MATH 2210
Calculus III
3
Major Requirement
4
MATH 2250
ODE’s & Linear Algebra
4
Major Requirement
Differential Equations II Physics for Scientists & Engineers I & Lab Physics for Scientists & Engineers II & Lab
4
MATH 3150
2
Major Requirement
4
PHYS 2210
4
Major Requirement
4
PHYS 2220
PDE’s for Engineers Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
Major Requirement
WESTMINSTER COURSE
MATH 204 MATH 363 PHYS 211 PHYS 212
COURSE TITLE
CR
U OF U COURSE TITLE General Chemistry I General Chemistry Lab I General Chemistry II General Chemistry Lab II
CR 4 1 4 1
Major Requirement Major Requirement
While attending Westminster, students may complete General Education requirements and courses identified to fulfill the University requirements, including foreign language credits and/or other transferable electives for the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Westminster College: General Advising, (801) 832-2280 University of Utah: Marcie Leek, 304 CME, (801) 581-6863,
[email protected]
Update 08/2016 Information is subject to change.
MECHANICAL ENGINEERING
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics.
Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • • • • • • •
High school GPA (not required for applicants with 30+ post-secondary credits) Standardized test scores (not required for applicants with 30+ post-secondary credits) English proficiency scores (for international applicants) AP credit Cumulative post-secondary GPA (including concurrent or dual-program credits) Grades in post-secondary technical courses Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division ( ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division (ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: The following courses may be taken at BYU to fulfill requirements for the Mechanical Engineering major at the U. There are additional requirements not offered at BYU that must be taken at the U.
Update 08/2016 Information is subject to change.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major. BYU COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MECHANICAL ENGINEERING REQUIREMENT
REQUIREMENTS FOR FULL MAJOR STATUS: MATH 112
Calculus 1
4
MATH 1210
Calculus I
4
Major Requirement
MATH 113
Calculus 2
4
MATH 1220 PHYS 2210
Calculus II
4
Major Requirement
PHYS 2215***
Physics for Scientists & Engineers I Physics Lab for Scientists & Engineers I Physics for Scientists & Engineers II Physics Lab for Scientists & Engineers II
4
PHYS 2220
1 4
PHSCS 121 PHSCS 123 PHSCS 220
Principles of Physics 1 Principles of Physics 2 Principles of Physics 3
3 3 2
PHYS 2225***
CHEM 105 CHEM 107 or PHSCS Labs
General College Chemistry
4
CHEM 1210
General Chemistry I
4
Major Requirement
General College Chemistry Lab Intro to Scientific Computing & Computer-Aided Engineering
1
CHEM 1215
General Chemistry Lab I
1
Major Requirement
3
ME EN 1000
Engineering Computing
3
Major Requirement
Engineering Mechanics-Statics Engineering MechanicsMechanics of Materials
2 3
ME EN 1300
Statics & Strength of Materials
4
Major Requirement
4
Major Requirement
Calculus III Electrical & Computer Engineering for Nonmajors Elements of Materials Science & Engineering
3
Major Requirement
3
Major Requirement
3
Major Requirement
Particle Dynamics Manufacturing for Engineering Systems
2
Major Requirement
3
Major Requirement
2
Major Requirement
3
Major Requirement
ME EN 373** CE EN 103 & CE EN 203
ADDITIONAL MAJOR REQUIREMENTS: MATH 334 Ordinary Differential Equations MATH 313 Elementary Linear Algebra
3 3
MATH 2250
MATH 314
Calculus of Several Variables Elements of Electrical Engineering
3
MATH 2210
3
ECE 2210
3
MSE 2160
CE EN 204
Science of Engineering Materials Engineering MechanicsDynamics
3
ME EN 2020*
ME EN 282
Manufacturing Processes
3
ME EN 2650
EC EN 301 ME EN 250
Ordinary Differential Equations & Linear Algebra
ME EN 321
Thermodynamics 3 ME EN 2300 Thermodynamics I Intro to Scientific Computing & Numerical Methods for ME EN 373** Computer-Aided Engineering 3 ME EN 2450 Engineering Systems *ME EN 2080 (4 credits) is required. See an advisor to learn how to fulfill the one missing credit hour. **Please note: ME EN 373 will count for either ME EN 1010 or ME EN 2450 but not for both. *** Physics labs are not required for the Mechanical Engineering major at the U.
1 Major Requirement
While attending BYU, students may complete General Education requirements and other courses identified to fulfill University requirements.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Brigham Young University: Academic Advisement, (801)422-3641
Update 08/2016 Information is subject to change.
University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change.
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics.
Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • • • • • • •
High school GPA (not required for applicants with 30+ post-secondary credits) Standardized test scores (not required for applicants with 30+ post-secondary credits) English proficiency scores (for international applicants) AP credit Cumulative post-secondary GPA (including concurrent or dual-program credits) Grades in post-secondary technical courses Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division (ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division (ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: The following courses may be taken at BYU-Idaho to fulfill requirements for the Mechanical Engineering major at the U. There are additional requirements not offered at BYU-Idaho that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major
Update 08/2016 Information is subject to change.
only. If you change majors, these courses may not clear requirements for your new major.
BYU-IDAHO COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MECHANICAL ENGINEERING REQUIREMENT
REQUIREMENTS FOR FULL MAJOR STATUS: FDMAT 112
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 113
Calculus II
3
MATH 1220
4
Major Requirement
CHEM 1210 CHEM 1215
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II General Chemistry I General Chemistry Lab I
ME EN 1300
PH 121 PH 123 PH 220
Principles of Physics I Principles of Physics II Principles of Physics III
CHEM 105 General Chemistry ME 201 Engineering Mechanics: Statics ME 202 Strength of Materials ADDITIONAL MAJOR REQUIREMENTS:
3 3 3 4 2 3
PHYS 2210 PHYS 2220
MATH 341 MATH 371
Linear Algebra Intro Ordinary Differential Equations
3 3
MATH 2250
MATH 214
Multivariate Calculus
3
MATH 2210
ME 250
Materials Science
3
ME 204
Engineering Mechanics-Dynamics
3
MSE 2160 ME EN 2020*
ME 322
Thermodynamics I
3
ME EN 2300
4
Major Requirement
4 1
Major Requirement
Statics & Strength of Materials
4
Major Requirement
Ordinary Differential Equations & Linear Algebra
4
Major Requirement
Calculus III Elements of Materials Science & Engineering
3
Major Requirement
3
Major Requirement
Particle Dynamics
2
Major Requirement
2
Major Requirement
3
Major Requirement
Thermodynamics I Numerical Methods for ME 342 Engineering Computation II 3 ME EN 2450 Engineering Systems * ME EN 2080 (4 credits) is required. See an advisor to learn how to fulfill the one missing credit hour.
4
While attending BYU-Idaho, students may complete General Education requirements and other courses identified to fulfill University requirements. BYU-Idaho offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. If you have further questions regarding this major, you may contact: BYU-Idaho: Career & Academic Advising, Kimball 250, (208) 496-3043 University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change.
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics.
Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • • • • • • •
High school GPA (not required for applicants with 30+ post-secondary credits) Standardized test scores (not required for applicants with 30+ post-secondary credits) English proficiency scores (for international applicants) AP credit Cumulative post-secondary GPA (including concurrent or dual-program credits) Grades in post-secondary technical courses Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division (ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division (ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: The following courses may be taken at Dixie State to fulfill requirements for the Mechanical Engineering major at the U. There are additional requirements not offered at Dixie State that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major
Update 08/2016 Information is subject to change.
only. If you change majors, these courses may not clear requirements for your new major.
DIXIE COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MECHANICAL ENGINEERING REQUIREMEN T
REQUIREMENTS FOR FULL MAJOR STATUS: Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
MATH 1220
4
MATH 1220
4
PHYS 2210
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215 Principles of Chemistry I Lab ENGR 2010 Statics & ENGR 2140 Strengths of Materials ADDITIONAL MAJOR REQUIREMENTS:
1 3
CHEM 1215
General Chemistry Lab I
1
ME EN 1300
Statics & Strengths of Materials
4
Major Requirement
MATH 2270 & MATH 2280
Linear Algebra
3 MATH 2250 3
Ordinary Differential Equations & Linear Algebra
4
Ordinary Differential Equations
MATH 2210
Multivariable Calculus
3
Calculus III
3
ENGR 2030
Dynamics
3
MATH 2210 ME EN 2020**
Particle Dynamics
2
Major Requirement Major Requirement Major Requirement Major Requirement
PHYS 2210
3
ENGR 2300 Engineering Thermodynamics 3 ME EN 2300 Thermodynamics I ** ME EN 2080 (4 credits) is required. See an advisor to learn how to fulfill the one missing credit hour.
4 4
2
Dixie State University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Dixie State, students may take other courses identified to fulfill University requirements. Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Dixie State University: Dr. Victor Hasfurther (435) 652-7861,
[email protected] University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change.
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics.
Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • High school GPA (not required for applicants with 30+ post-secondary credits) • Standardized test scores (not required for applicants with 30+ post-secondary credits) • English proficiency scores (for international applicants) • AP credit • Cumulative post-secondary GPA (including concurrent or dual-program credits) • Grades in post-secondary technical courses • Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division (ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division (ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: No courses are currently listed as transferring from LDS Business College to satisfy specific requirements for this major.
LDS Business College offers Associate of Science in Business and General Studies degrees, which satisfy General Education requirements at the U. Within either degree, students may take other courses identified to meet requirements at the U.
Update 08/2016 Information is subject to change. Please note that LDSBC information reflects the 2014-2015 Year
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: LDS Business College: Academic Advising, (801) 524-8151 University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change. Please note that LDSBC information reflects the 2014-2015 Year
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics. Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • • • • • • •
High school GPA (not required for applicants with 30+ post-secondary credits) Standardized test scores (not required for applicants with 30+ post-secondary credits) English proficiency scores (for international applicants) AP credit Cumulative post-secondary GPA (including concurrent or dual-program credits) Grades in post-secondary technical courses Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division (ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division (ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: The following courses may be taken at Salt Lake Community College to fulfill requirements the Mechanical Engineering major at the U. Students can complete the entire first two years of the Mechanical Engineering program at SLCC. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
Update 08/2016 Information is subject to change.
SLCC COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MECHANICAL ENGINEERING REQUIREMEN T
REQUIREMENTS FOR FULL MAJOR STATUS: MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
4
MATH 1220
4
PHYS 2210
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
CHEM 1210
General Chemistry I
4
CHEM 1210
General Chemistry I
4
1
CHEM 1215
General Chemistry Lab I
1
3
ME EN 1000
Intro to Mechanical Design for Engineering Systems
3
0 3 0 3 2
ME 1010
Engineering Computing
3
ME EN 1300
Statics & Strength of Materials
4
3
MATH 2250
Ordinary Differential Equations & Linear Algebra
4
3
MATH 2210
3
ECE 2210
MSE 2160 ENGR 2020 & ENGR 2060
Multivariate Calculus Electrical Engineering for Non-Majors Elements of Material Science Engineering Dynamics I Dynamics II
3 2 2
ENGR 2300
Engineering Thermodynamics
ENGR 2450
Numerical Methods
PHYS 2210
CHEM 1215
General Chemistry Lab I Intro to Design in Engineering MEEN 1000* Systems & Intro to Design In Engineering MEEN 1005 Systems Lab ENGR 1030 & MatLab Problem Solving ENGR 1035 MatLab Problem Solving Lab ENGR 2010 & Statics ENGR 2140 Strength of Materials I ADDITIONAL MAJOR REQUIREMENTS: Linear Algebra/Differential Equations
MATH 2250 MATH 2210 EE 2210
MEEN 2650
Manufacturing *Formerly MEEN 1050
4 4
3
MSE 2160
Calculus III Electrical & Computer Engineering for Nonmajors Elements of Materials Science & Engineering
ME EN 2080
Dynamics
4
2
ME EN 2300
2
2
ME EN 2450
3
ME EN 2650
Thermodynamics I Numerical Methods for Engineering Systems Manufacturing for Engineering Systems
3 3
3 3
Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
Salt Lake Community College offers an Associate of Pre-Engineering with an emphasis in Mechanical Engineering, which includes courses required for the Mechanical Engineering degree at the U. Note: The Associates in Pre-Engineering does not complete all of the general education requirements for a bachelor’s degree at the U of U. Students should obtain advising regarding general education requirements specific to Engineering majors at the U. An Associates of Science (A.S.) degree fulfills all of the general education requirements at the U
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Salt Lake Community College: Jeanne Westgard, SI 209 Taylorsville Redwood Campus, 801-957-
Update 08/2016 Information is subject to change.
4858,
[email protected] University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change.
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics. Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • • • • • • •
High school GPA (not required for applicants with 30+ post-secondary credits) Standardized test scores (not required for applicants with 30+ post-secondary credits) English proficiency scores (for international applicants) AP credit Cumulative post-secondary GPA (including concurrent or dual-program credits) Grades in post-secondary technical courses Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division ( ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division ( ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: The following courses may be taken at Snow College to fulfill requirements for the Mechanical Engineering major at the U. There are additional requirements not offered at Snow that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
Update 08/2016 Information is subject to change.
SNOW COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MECHANICAL ENGINEERING REQUIREMENT
REQUIREMENTS FOR FULL MAJOR STATUS: MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
Calculus II
4
MATH 1220
4
Major Requirement
PHYS 2210
Physics for Scientists & Engineers I
4
PHYS 2210
4
Major Requirement
PHYS 2220
Physics for Scientists & Engineers II
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
Major Requirement
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
Major Requirement
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
1
Major Requirement
2 2 3
ME EN 1000
3
Major Requirement
ME EN 1300
General Chemistry Lab I Intro to Mechanical Design for Engineering Systems Statics & Strengths of Materials
4
Major Requirement
Ordinary Differential Equations & Linear Algebra
4
Major Requirement
ENGR 1000* Intro to Engineering ENGR 2010 & Statics ENGR 2140 Strength of Materials ADDITIONAL MAJOR REQUIREMENTS:
MATH 2250
Linear Algebra & Differential Equations
4
MATH 2250
MATH 2210
Multivariable Calculus
3
Calculus III
3
Major Requirement
ENGR 2030
Dynamics
3
MATH 2210 ME EN 2020**
Particle Dynamics
2
Major Requirement
ENGR 2300
Engineering Thermodynamics
3
ME EN 2300
Thermodynamics I Numerical Methods for Engineering Systems
2
Major Requirement
ENGR 2450 Numerical Methods 3 ME EN 2450 3 *Students must complete ME EN 1005 Cad Lab (Solidworks) at the U. ** ME EN 2080 (4 credits) is required. See an advisor to learn how to fulfill the one missing credit hour.
Major Requirement
Snow College offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending Snow College, students may take other courses identified to meet degree requirements at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Snow College: Brian Newbold, SCNCE 205, (435) 283-7535 University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change.
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics.
Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • High school GPA (not required for applicants with 30+ post-secondary credits) • Standardized test scores (not required for applicants with 30+ post-secondary credits) • English proficiency scores (for international applicants) • AP credit • Cumulative post-secondary GPA (including concurrent or dual-program credits) • Grades in post-secondary technical courses • Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division (ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division (ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: The following courses may be taken at Southern Utah University to fulfill requirements for the Mechanical Engineering major at the U. There are additional requirements not offered at SUU that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
Update 08/2016 Information is subject to change.
SUU COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MECHANICAL ENGINEERING REQUIREMENT
REQUIREMENTS FOR FULL MAJOR STATUS: MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
MATH 1220
4
MATH 1220
4
PHYS 2210
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
1 3
CHEM 1215
General Chemistry Lab I
1
ME EN 1300
Statics & Strength of Materials
4
PHYS 2210
CHEM 1215 Principles of Chemistry I Lab ENGR 2010 Statics & ENGR 2140 Strength of Materials ADDITIONAL MAJOR REQUIREMENTS:
3
MATH 2250
Linear Algebra & Differential Equations
4
MATH 2250
MATH 2210
Calculus III
4
MATH 2210
ENGR 3010
Material Science Engineering
3
ENGR 2030
Dynamics
ENGR 3000
Thermodynamics
Ordinary Differential Equations & Linear Algebra
4 4
4 3
MSE 2160
Calculus III Elements of Materials Science & Engineering
3
ME EN 2020*
Particle Dynamics
2
3
ME EN 2300
3
Thermodynamics I 2 Numerical Methods for MATH 3600 Numerical Analysis 3 ME EN 2450 Engineering Systems 3 * ME EN 2080 (4 credits) is required. See an advisor to learn how to fulfill the one missing credit hour.
Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
While attending SUU, students may complete General Education requirements and courses identified to fulfill the University requirement. Students may also have a letter of completion sent from SUU, which states all general education requirements have been completed. Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. If you have further questions regarding this major, you may contact: Southern Utah University: Student Development Center, (435) 586-5419 University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change.
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics.
Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • High school GPA (not required for applicants with 30+ post-secondary credits) • Standardized test scores (not required for applicants with 30+ post-secondary credits) • English proficiency scores (for international applicants) • AP credit • Cumulative post-secondary GPA (including concurrent or dual-program credits) • Grades in post-secondary technical courses • Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division (ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division (ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: The following courses may be taken at Utah State University/Utah State University Eastern to fulfill requirements for the Mechanical Engineering major at the U. There are additional requirements not offered at USU/USUE that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
Update 08/2016 Information is subject to change.
USU/USUE COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MECHANICAL ENGINEERING REQUIREMENT
REQUIREMENTS FOR FULL MAJOR STATUS: MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
4
MATH 1220
Major Requirement
4
PHYS 2210
4
Major Requirement
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
PHYS 2220
Calculus II General Physics: Science & Engineering I General Physics: Science & Engineering II
4
Major Requirement
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
Major Requirement
1
CHEM 1215
1
Major Requirement
2 2
ME EN 1000
General Chemistry Lab I Intro to Mechanical Design for Engineering Systems
3
Major Requirement
Statics & Strength of Materials
4
Major Requirement
4
Major Requirement
3
Major Requirement
3
Major Requirement
2
Major Requirement
2
Major Requirement
3
Major Requirement
3
Major Requirement
3
Major Requirement
PHYS 2210
CHEM 1215 Chemical Principles I Lab ENGR 1000* Intro to Engineering Design ENGR 2010 Engineering Mechanics Statics & ENGR 2140 Strength of Materials ADDITIONAL MAJOR REQUIREMENTS:
ME EN 1300 2
MATH 2250
Linear Algebra & Ordinary Differential Equations
3
MATH 2250
Ordinary Differential Equations & Linear Algebra
MATH 2210
Multivariable Calculus
3
MATH 2210
MAE 2160
3
MSE 2160
ENGR 2030
Material Science Engineering Mechanics Dynamics
Calculus III Elements of Materials Science & Engineering
3
ME EN 2020**
Particle Dynamics
MAE 2300
Thermodynamics I
3
ME EN 2300
Thermodynamics I Manufacturing for MAE 2650 Manufacturing Processes 3 ME EN 2650 Engineering Systems Engineering Numerical Numerical Methods for MAE 3210 Methods 3 ME EN 2450 Engineering Systems Fundamental Electronics for Electrical Engineering for ENGR 2210 Engineers 3 ECE 2210 Nonmajors * Students must complete ME EN 1005 Cad Lab (Solidworks) at the U of U **ME EN 2080 (4 credits) is required. See an advisor to learn how to fulfill the one missing credit hour.
While attending USU/USUE, students may complete General Education requirements and other courses identified to fulfill University requirements. Students may have a letter of completion sent from USU/USUE, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah State University: Kathy Bayn, ENGR 310, (435) 797-2705,
[email protected] or The University Advising Center, Taggart Student Center 304 (435) 797-3373, www.usu.edu/transfer USU Eastern: Henry Zwick, (435) 613-5277 University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change.
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics.
Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • • • • • • •
High school GPA (not required for applicants with 30+ post-secondary credits) Standardized test scores (not required for applicants with 30+ post-secondary credits) English proficiency scores (for international applicants) AP credit Cumulative post-secondary GPA (including concurrent or dual-program credits) Grades in post-secondary technical courses Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division (ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division (ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: The following courses may be taken at Utah Valley University to fulfill requirements for the Mechanical Engineering major at the U. There are additional requirements not offered at UVU that must be taken at the U.
Update 08/2016 Information is subject to change.
PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
UVU COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MECHANICAL ENGINEERING REQUIREMENT
REQUIREMENTS FOR FULL MAJOR STATUS: MATH 1210
Calculus I
5
MATH 1210
Calculus I
4
MATH 1220
5
MATH 1220
4
PHYS 2210
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
CHEM 1210
Principles of Chemistry I
4
CHEM 1210
General Chemistry I
4
CHEM 1215
Principles of Chemistry I Lab
1
CHEM 1215
1
ENGR 1000
Intro to Engineering Introduction to ElectroMechanical Systems Design Engineering Statics
3
ME EN 1000
General Chemistry Lab I Intro to Mechanical Design for Engineering Systems
3 3
CS 1000
Engineering Computing
3
ME EN 1300
Statics & Strength of Materials
4
Mechanics of Materials Computational Methods for ENGR 2450 Engineering Analysis ADDITIONAL MAJOR REQUIREMENTS:
3 ME EN 2450
Numerical Methods for Engineering Systems
3
MATH 2270 & MATH 2280
Linear Algebra
3
Ordinary Differential Equations
3
MATH 2210
Calculus III
ENGR 2300 ENGR 2030
PHYS 2210
ENGR 1030 ENGR 2010 & ENGR 2140
3
4 4
3
MATH 2250
Ordinary Differential Equations & Linear Algebra
4
3
MATH 2210
Calculus III
3
Engineering Thermodynamics
3
Thermodynamics I
2
Engineering Dynamics
3
ME EN 2300 ME EN 2020**
Particle Dynamics Elements of Material Science & ENGR 2160 Materials Science 3 MSE 2160 Engineering Fundamentals of Electric Circuit Electrical Engineering for ECE 2210 Analysis 3 ECE 2210 Nonmajors ** ME EN 2080 (4 credits) is required. See an advisor to learn how to fulfill the one missing credit hour.
2 3 3
Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement Major Requirement
Utah Valley University offers A.A. and A.S. degrees, which satisfy General Education requirements at the U. Students may also obtain a letter of completion, which states all general education requirements have been completed. While attending UVU, students may also take other courses identified to meet graduation requirements at the U.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Utah Valley University: Andrew Gifford, CS 635, (801) 863-8350,
[email protected] University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change.
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics.
Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • • • • • • •
High school GPA (not required for applicants with 30+ post-secondary credits) Standardized test scores (not required for applicants with 30+ post-secondary credits) English proficiency scores (for international applicants) AP credit Cumulative post-secondary GPA (including concurrent or dual-program credits) Grades in post-secondary technical courses Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division (ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division (ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: The following courses may be taken at Weber State University to fulfill requirements for the Mechanical Engineering major at the U. There are additional requirements not offered at the Weber State that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
Update 08/2016 Information is subject to change.
WEBER COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MECHANICAL ENGINEERING REQUIREMENT
REQUIREMENTS FOR FULL MAJOR STATUS: MATH 1210
Calculus I
4
MATH 1210
Calculus I
4
Major Requirement
MATH 1220
4
MATH 1220
Major Requirement
5
PHYS 2210
4
Major Requirement
5
4
Major Requirement
CHEM 1210
Principles of Chemistry I
5
PHYS 2220 CHEM 1210 & CHEM 1215
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II General Chemistry I
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4 1
Major Requirement
Intro to Engineering Statics Strength of Materials Materials Science & ENGR 2160 Engineering ADDITIONAL MAJOR REQUIREMENTS:
2 3 3
ME EN 1000
3
Major Requirement
4
Major Requirement
3
MSE 2160
Statics & Strength of Materials Elements of Materials Science & Engineering
3
Major Requirement
PHYS 2210
ENGR 1000* ENGR 2010 & ENGR 2140
ME EN 1300
General Chemistry Lab I Intro to Mechanical Design for Engineering Systems
MATH 2250
Linear Algebra & Differential Equations
3
MATH 2250
Ordinary Differential Equations & Linear Algebra
4
Major Requirement
MATH 2210
Calculus III
3
MATH 2210
Calculus III
3
Major Requirement
ENGR 2080
Dynamics
4
ME EN 2080
Dynamics
4
Major Requirement
ENGR 2300
Thermodynamics I
3
ME EN 2300
Thermodynamics I
2
Major Requirement
ECE 2210
Electrical Engineering
3
Major Requirement
ENGR 2210 Electrical Engr for Non-Majors 4 *Must take ME EN 1005 Cad Lab (Solidworks) at the U of U.
While attending Weber State, students may complete General Education requirements and other courses identified to fulfill University requirements. Students may also have a letter of completion sent from WSU, which states all general education requirements have been completed.
Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U.
If you have further questions regarding this major, you may contact: Weber State University: Academic Advisement, (801) 626-6752 University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change.
MECHANICAL ENGINEERING Mechanical Engineers look at the world and find ways to make things better. They play a role in creating almost every human-made device, product or systems- ranging from the Boeing 787 Dreamliner to a nerve-controlled prosthetic arm to mountain bikes or snowboards. Mechanical Engineering is the broadest of all the engineering disciplines. Areas of research include, but are not limited to: Biomechanics, Composite Materials, Controls, Design, Energy Systems, Ergonomics & Safety, Fluid Mechanics, Heat Transfer, Manufacturing, Microsystems & Nanosystems, Robotic, Solid Mechanics, and Thermodynamics.
Admission Criteria: In order to take Mechanical Engineering (ME EN) courses and pursue a Bachelor of Science degree in Mechanical Engineering, a student must be admitted to the Mechanical Engineering program and accepted to either Intermediate or Full Major Status. See http://mech.utah.edu/academics/undergraduate/future-students/ for application deadlines. Admission is based on a collection of factors that may include: • • • • • • •
High school GPA (not required for applicants with 30+ post-secondary credits) Standardized test scores (not required for applicants with 30+ post-secondary credits) English proficiency scores (for international applicants) AP credit Cumulative post-secondary GPA (including concurrent or dual-program credits) Grades in post-secondary technical courses Personal statement
While a specific post-secondary GPA will not guarantee admission to the program, in the absence of other information, transfer students must have a minimum GPA of 3.0 to be considered. Students must be accepted to Intermediate Status in order to take lower division (ME EN 1000- 2999) coursework. Placement into MATH 1210/1310 Calculus I is required for acceptance to Intermediate Status. In general, freshman admits will be accepted to Intermediate Status. Transfer admits will also be accepted to Intermediate Status if they have not yet completed all of the following courses: ME EN 1000, 1010, 1300; MATH 1210, 1220; CHEM 1210, 1215; PHYS 2210. Students must be accepted to Full Major Status in order to take upper division (ME EN 3000- 5999) coursework. Acceptance to Full Major Status is based on completion of first-year courses (ME EN 1000, 1010, 1300; MATH 1210 or 1310, 1220 or 1320; CHEM 1210, 1215; PHYS 2210) with a GPA of 2.7 or higher and no individual grade below a C-. All courses must be taken for a letter grade. Courses may be repeated only once, and the second grade will replace the first grade. Students admitted into year three of the program should have completed all of the following courses: MATH 1210, 1220, 2210 and 2250; CHEM 1210 and CHEM 1215; PHYS 2210 and 2220; ME EN 1000, 1010, 1300, 2080, 2300, 2450, 2650; MSE 2160; ECE 2210, WRTG 2010. Transfer students are encouraged to meet with an Academic Advisor early to discuss appropriate choice and sequence of classes at the transfer institution. Students should pay particular attention to prerequisites, as these are being enforced for all College of Engineering classes via the online registration system. Students must maintain a cumulative University of Utah GPA of 2.5 or higher to remain in the Mechanical Engineering program. In addition, students must earn a C- or better in major courses, with only one repeat allowed per course.
Transferring Courses: The following courses may be taken at Westminster College to fulfill requirements for the Mechanical Engineering major at the U. There are additional requirements not offered at Westminster College that must be taken at the U. PLEASE NOTE: The requirements listed as being satisfied in the following table are for this major only. If you change majors, these courses may not clear requirements for your new major.
Update 08/2016 Information is subject to change.
WESTMINSTER COURSE
COURSE TITLE
CR
U OF U COURSE
U OF U COURSE TITLE
CR
MECHANICAL ENGINEERIN G REQUIREMEN T
REQUIREMENTS FOR FULL MAJOR STATUS: MATH 201
Calculus I
4
MATH 1210
Calculus I
4
MATH 202
Calculus II Physics for Scientists & Engineers I & Lab Physics for Scientists & Engineers II & Lab
4
MATH 1220
4
4
PHYS 2210
4
PHYS 2220
Calculus II Physics for Scientists & Engineers I Physics for Scientists & Engineers II
4
Major Requirement Major Requirement Major Requirement Major Requirement
Principles of Chemistry I & CHEM 111 Lab ADDITIONAL MAJOR REQUIREMENTS:
4
CHEM 1210 CHEM 1215
General Chemistry I General Chemistry Lab I
4 1
Major Requirement
MATH 311& MATH 363
Linear Algebra II Differential Equations
4 4
MATH 2250
Ordinary Differential Equations & Linear Algebra
3
MATH 203
Multivariate Calculus
4
MATH 2210
Calculus III
3
PHYS 211 PHYS 212
4
Major Requirement Major Requirement
While attending Westminster College, students may complete General Education requirements and other courses identified to fulfill University requirements. Students are strongly encouraged to meet with a University of Utah departmental advisor before entering the U. If you have further questions regarding this major, you may contact: Westminster College: General Advising, (801) 832-2280 University of Utah: Dr. Debra Mascaro, 1560 MEK Advisors: Joy Velarde, (801) 581-8977 (Last Name A-L) Mark Mun, (801) 581-8234 (Last Name M-Z) www.mech.utah.edu
Update 08/2016 Information is subject to change.
