eostructures Asia October 14-16, 2014 Goodwood Park Hotel, Singapore

eostructures Asia Enhancing the World of GeoStructures: Tackling geotechnical and strategic challenges involved in project delivery October 14-16, 20...
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eostructures Asia Enhancing the World of GeoStructures: Tackling geotechnical and strategic challenges involved in project delivery

October 14-16, 2014 | Goodwood Park Hotel, Singapore

eost ructures Asia 14-16 October 2014 | Goodwood Park Hotel, Singapore

“Singapore developers start gearing up for a subterranean future” -The Straits Times 10 Sept 2013 Why you cannot miss this event The nature of construction has changed over the past 30 to 40 years, primarily in Singapore but also Worldwide. Moving towards new frontiers, great deal of construction now involves deep basement and other forms of underground construction such as caverns, tunnels, subway constructions, power plants, waste repositories, underground cities and “underground space creation” activities. One of the biggest challenges faced by geotechnical experts is related to the highly non-uniform nature of the ground and the complex behavior of the soil. Ground improvement plays a major role in geoengineering and earthwork construction projects of many types in preceding years. The use of ground improvement has increased significantly in recent decades owing to new construction sites increasingly being located in areas of complex ground conditions. The next big challenge revolves around balancing risk and cost. The impact of geotechnical risk is well understood by most ground engineering practitioners but the problem and methods for mitigation are frequently misjudged or undervalued by other construction professionals. Geotechnical risk is better managed, if it is integrated with overall project risk. So the big question is: How can we develop new paradigms to deal effectively with the uncertainties and issues surrounding the world of geoengineering. GeoStructures by Trueventus is the place to be. A platform showcasing dynamic discussions on the current technical challenges in ground improvement - how to adopt cost effective solutions, how geotechnical risk is managed and the impacts this has in each construction market and construction practices of geotechnical structures. If you are looking to tackle these geotechnical challenges and want practical solution in managing risks, this dynamic event you CAN’T MISS.

THIS UNIQUE CONFERENCE WILL BRING DELEGATES THE BENEFITS OF:

Who should attend?

This conference is designed for but not limited to: Technical expertise among design professionals, contractors, owners, and developers working on projects in the subsurface environment or at sites influenced by geotechnical constraints From the following background: • Engineering & Construction • Geotechnical Developers • Geotechnical Engineering • Civil Engineering • Pipeline Engineering • Facilities Management Heads • Ground Engineering • Structural Engineering • Infrastructure & Transportation • Contract & Legal • Risk Management • Government Agencies • Consulting engineers • Geotechnical engineers • Clients, Local Authorities • Geo-Environmental Engineers • Reliability and Asset Management • Utilities • Piling • Academics

Improving the accuracy of geotechnical investigations to enhance project planning and the design process

Promoting best practice in design, construction and maintenance Mastering the state-of-art techniques for soil improvement Identifying geological risk and how best to address geological risk in civil engineering contracts

Exploring the effectiveness of GBR to better manage risk for subsurface engineering works

Moving towards accurate geotechnical investigations Leveraging risk to attain well define project feasibility

Interact and Engaged with our Intensive Learning Workshop!

Hear what our delegates had to say at our last event… “Very good event, with speakers coverage and onsite support” Nanyang Technological University, Singapore “Excellent conference, good topics and speakers” Mott MacDonald, Singapore “The conference was a success, it was a good platform to gather new ideas and solutions!” Leighton Contractor (Asia) Ltd

PRE – CONFERENCE WORKSHOP (Half Day) 14 October 2014 Selecting geotechnical parameters for the design of geostructures GHD, AUSTRALIA

For further details, contact

John Karras T: +603 2781 1501 | F: +603 2781 1505 | E: [email protected]

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eost ructures Asia 14-16 October 2014 | Goodwood Park Hotel, Singapore

Featuring keynote presentations and case studies led by technical advisors and distinguished speakers: Prof Dr-Ing Rolf Katzenbach Director of the Institute and Laboratory of Geotechnics Technische Universitat Darmstadt, Germany

Speaking on: Cost effective project executions by ground improvement technologies and new design procedures Professor Dr-Ing Rolf Katzenbach is the Chairman of TC 212 – Deep Foundations – of ISSMGE. He is a board member of several other international and national organisations. Professor Katzenbach is member of the chamber of engineers and Publicly Certified Expert of Geotechnics and Independent Checking Engineer working with his expertise for national and international courts of justice, arbitration committees, insurance companies, state ministries, building authorities and big national and international financial institutions and investors. Prof John Endicott Executive Director-Geotechnical Aecom Asia, Hong Kong

Speaking on: Underwater ground reinforcement- Case study of the deep sewage tunnel Hong Kong Prof John Endicott is an Executive Director of AECOM’s geotechnical business in Asia. He has specialised in geotechnical engineering since 1970 initially in UK and has been practising in Hong Kong since 1975. He is currently the Senior Consultant for geotechnical work throughout Asia, for AECOM. In Hong Kong, initially, he led the geotechnical group for Maunsell with extensive involvement in design of MTRC underground stations and tunnels, foundations, major roads including the Aberdeen Tunnel, and for New Town Development at Shatin, and Tai Po. He was the contractor's designer for six water supply tunnels and two railway tunnels in Singapore and adviser for four railway tunnels constructed in Hong Kong. John Davies Leader Infrastructure Group Arup Singapore

*Tunnel Consultant of the Year 2013 *Singapore Concrete Institute Excellence Award 2013 for use in SFRC tunnel segment design Speaking on: Geotechnical monitoring: How it can assist in not only managing risk but also to optimize the design by using the monitoring data as a predictive tool At present, John is the leader of the Arup Infrastructure Group. He is the project director for Detailed Design Consultancies for the Land Transport Authority railway projects at the Bugis Station (DTL1). John has provided geotechnical advice for a wide range of projects in Asia, Africa and Europe, including projects involving innovative foundations and basement designs as well as, slopes, reclamations and geotechnical process. Frances Badelow Senior Principal Coffey, Australia

Speaking on: Harbourside basement retention and foundation construction challenges and solutions - A case study on the  Barangaroo South Frances Badelow has over twenty years’ experience in the geotechnical consulting field. She has a wide range of experience including analysis and design of deep foundations and excavations and geotechnical design for major road and railway infrastructure projects. She has worked in the UK, Europe, Australia and Southeast Asia. Having joined Coffey in 1998, Frances is currently a Senior Principal and leads the Design & Analysis Group in Sydney. Her particular areas of interest include in-ground structures design and foundation design for super tall towers, having worked on projects including the Burj Kalifa and KL118 Tower.

Khalid Ansari Project Director World Bank, United Arab Emirates

Speaking on: Minimising contractual litigation: Forms of contract and sharing risk avoidance by settling claims Senior Engineering professional with more than 25 years of international experience working in civil and geotechnical engineering. Has extensive experience of business development, corporate governance, financial management, tendering, industrial relations, personnel management, mentoring, training, health and safety, design and construction, various contract forms, value engineering and design. He joined the World Bank as the Project Director on multimillion dollar Karachi Port Development project Dato' Ir. Dr. Gue See Sew Managing Director & Founder G&P Geotechnics, Malaysia

Speaking on: Case Histories in Ground Treatments : Uncertainty and Solutions Dato’ Ir Dr Gue See Sew graduated from three universities; Diploma in Civil Engineering from Universiti Teknologi Malaysia, First Class (Honours) Degree from University of Strathclyde, UK in 1979 and Doctorate from Oxford University with Kuok Foundation Scholarship. He was the President of the Institution of Engineers, Malaysia (IEM) (2001 to 2003), International Chairman of the Coordinating Committee of APEC Engineer (2001 to 2005, 2007 to 2011), Head Commissioner of ASEAN Engineers Register (AER) (2003 to May 2007) and Board Member of Board of Engineers Malaysia (1993 to 1998, 2000 to 2003). Currently he is the Deputy Chairman of the International Professional Engineers Agreement.

Dr Chian Siau Chen, Darren Assistant Professor in geotechnical engineering National University of Singapore, Singapore

Speaking on: Strength and Stiffness Development of Cement Treated Marine Clay Dr Chian Siau Chen, Darren is an Assistant Professor in geotechnical engineering at the Civil and Environmental Engineering Department and Operations Manager of Centre for Protective Technology at the National University of Singapore. Dr. Chian obtained his Ph.D. and B.Eng. from Cambridge University and Nanyang Technological University respectively. For further details, contact

John Karras T: +603 2781 1501 | F: +603 2781 1505 | E: [email protected]

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eost ructures Asia 14-16 October 2014 | Goodwood Park Hotel, Singapore

Featuring keynote presentations and case studies led by technical advisors and distinguished speakers: Dr Stephen Buttling Senior Principal Geotechnical Engineer GHD, Australia

Speaking on: Selecting geotechnical parameters for the design of geostructures Stephen Buttling is a geotechnical engineer with over 40 years experience, in the UK, South East Asia and Australia. He was previously National Technical Manager with Piling Contractors, where he took responsibility for working platform issues, and chaired the Technical Committee of the Piling and Foundation Specialists Federation, one of whose tasks was to promote safe working platforms. He was engaged as an expert witness for a case in which a piling rig toppled over on a construction.

Dr Mandy Korff Expert Advisor Deltares, The Netherlands

Speaking on: Impact of construction related ground movements on (piled) buildings in soft ground Dr Mandy Korff is an expert in the field of geotechnical engineering, more specifically in soil structure interaction, deep excavations and foundation engineering. Mandy Korff graduated in 1999 in Civil Engineering from Delft University of Technology. In 2000 she joined GeoDelft (in 2008 Deltares) as a consultant and researcher in the field of foundations and underground construction. She gained experience in geotechnical risk management on several projects in underground construction. Many of these projects included some sort of forensic engineering after damage occurred and repair measures were necessary. Mandy Korff received her PhD in 2013 from the University of Cambridge, where she worked with professor Robert Mair on the Response of Piled Buildings to the Construction of Deep Excavations. Pedram Danesh-Mand President Risk Engineering Society (RES) NSW, Australia

Speaking on: Gaining increased certainty through implementation of effective integrated project risk analysis approaches Pedram is a Principal with the national responsibility of the Project Controls & Risk with Aquenta. He is also an Innovation Award winner from Road and Maritime Services (RMS) and Leighton Contractors for his exceptional knowledge and practical application of statistical analysis and the Primavera system in analysing project risks and schedules.

Dr Suraj De Silva Technical Director (Geotechnics and Tunnels) SMEC Asia, Hong Kong

Speaking on: Extensive Ground Settlement due to Hydrogeological Impact from Tunneling in Tseung Kwan OBay, Hong Kong. Dr De Silva is the Technical Director of SMEC Asia Ltd. based in the Hong Kong office. Before moving to SMEC he was with AECOM in Hong Kong for 20 years. He has over 32years’ experience working on major projects in Singapore, Malaysia, Abu Dhabi in the UAE, Bangladesh, Vietnam, Korea and Sri Lanka. He was the chief investigator of the unusual settlements experienced in Tseung Kwan O Town Centre in 1999, on commission from the then Territory Development Department (TDD – now the Civil Engineering and Development Department (CEDD). Soh Lip San Partner Rajah & Tann LLP

*Recognised in The International Who's Who of Construction Lawyers 2013 and 2014. Speaking on: The Impact of Dispute Resolution Board – Save’s time and money? Soh Lip San is an Advocate and Solicitor of the Supreme Court of Singapore and a Fellow of the Singapore Institute of Arbitrators. He is a Partner in the International Arbitration and Construction Projects Practice Group. Lip San and his team has significant experience resolving complex, high-value disputes and is consistently ranked among the top practices in Singapore specialising in international arbitration and projects / energy. Lip San has represented clients on disputes governed by various legal systems and has a particular niche in resolving complex engineering disputes.

Nick Osborne Senior Project Manager Mott Macdonald, Singapore

Speaking on: Identification of Geotechnical Risk and its’ role in successful project delivery A geotechnical engineer with a wide range of international experience in design, construction and supervision of tunnels, deep excavations, ground treatment, and foundations. Provides realistic and achievable solutions to design and construction challenges encountered whilst working within the urban environment.

For further details, contact

John Karras T: +603 2781 1501 | F: +603 2781 1505 | E: [email protected]

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eost ructures Asia 14-16 October 2014 | Goodwood Park Hotel, Singapore

Day 1, Wednesday, October 15, 2014 0800 Registration and Coffee 0845 Opening Address by Chairperson 0900 Session One

Cost effective project executions by ground improvement technologies and new design procedures For any kind of construction cost optimisation and sustainability are the most important aspects. Economic and environment-friendly design focuses on a reduction of construction material used, construction time spent and energy consumed within the construction and service time. Optimisation processes in design and execution are explained on several challenging projects from engineering practice. Examples are given for the special foundation system Combined Pile-Raft Foundation (CPRF) of high-rise buildings in difficult soil conditions, for the optimization of ground improvement works for a railway line on soft ground by large scale field tests and for the need of very intense investigations of soil and groundwater conditions before starting ground improvement works using hydraulic binders. Prof Dr Rolf Katzenbach Director of the Institute and the Laboratory of Geotechnics Technische Universitat Darmstadt, Germany

0945 Session Two

Harbourside basement retention and foundation construction challenges and solutions - A case study on the Barangaroo South Barangaroo South will feature three commercial towers ranging in height from 39 to 49 storeys sharing a common, two level basement to be retained around it’s perimeter by an approximately 770 m long diaphragm wall, socketed into Sydney sandstone.  As the basement excavation will be below sea level, it is essential that the site retention wall for the basement also acts as a cut-off against groundwater ingress. This presentation provides an overview of the geotechnical engineering challenges facing the project and innovative solutions adopted, including basement retention and foundation construction in reclaimed land including difficulties associated with old seawalls and buried wharf structures, groundwater control and the design of foundations and diaphragm walls over the proposed future Sydney Metro tunnels. Frances Badelow Senior Principal Coffey, Australia

1030 Morning refreshments 1100 Session Three

Underwater ground reinforcement- Case study of the deep sewage tunnel Hong Kong When tunneling below sea level the potential for inflow of water is always a major concern. Today performance records are filed in great detail and more data provides the opportunity to estimate empirically how much grouting will be needed. Likewise, with experience, and as more materials become available, new techniques are being developed all the time. Grouting strong rock with fissures can be very difficult. Deep tunnels with fissures too narrow to admit cement can yield uncontrollable inflows.  Tunnels constructed in urban areas require strict limits on inflow to prevent undue subsidence. Current techniques commonly include microfine and ultrafine cement, bentonite, sodium silicate solution, colloidal silica and emulsions. With reference to recently constructed tunnels, John will discuss how appropriate use of materials and techniques can achieve dry to nearly dry conditions. John Endicott Executive Director- Geotechnical AECOM, Hong Kong

1145 Session Four

Case Histories in Ground Treatments: Uncertainty and Solutions This presentation seeks to examine design methodology and case histories on ground treatment methods namely soft soil replacement, vertical drains with temporary surcharge, stone columns and piled embankment. Solutions to the common challenges will be shared; these include continuing settlement of filled platform after removal of surcharge, slope stability and collapse during construction. Dato' Ir. Dr. Gue See Sew Managing Director & Founder G&P Geotechnics, Malaysia

1400 Session Five

E-Defense Shaking Test on ground behaviors of underground structures during strong ground motions in urban areas • Investigating interaction between soil and underground structures • Gaining better understanding on the interaction between underground structures and surrounding soil • Clarifying complicated dynamic behaviors around the joints • Inspecting localized behaviors of underground structures crossing a border between different soil strata with large impedance ratio as an additional objective Speaker to be advised Ipsum Lorem

1445 Session Six:

Strength and Stiffness Development of Cement Treated Marine Clay Cement stabilisation of clay is a well-established and cost-effective technique in construction, and has recently been gaining popularity globally especially in Southeast Asia including Singapore. There is currently a strong interest to ascertain the expected strength and stiffness gain with cement treated clay for design and quality control purposes. Dr Chian will discuss the analysis of strength and stiffness development of cement treated Singapore marine clay at various cement-soil-water ratios over a wide range of curing age. An improved equation capable of estimating the strength and stiffness of cement treated clay in those conditions will be presented. Directions on using bender element as a complementary assessment and monitoring of strength of cement treated clay on-site as early as 3 days of curing without sophisticated laboratory testing apparatus will also be covered. Dr Chian Siau Chen Darren Operations Manager of Centre for Protective Technology National University Singapore

1530 Afternoon refreshments 1600 Session Seven

Impact of construction related ground movements on (piled) buildings in soft ground- Case study In many cities in densely populated areas around the world, the application of deep excavations for the realisation of underground space is vital to the quality of the life that is possible above ground. The conditions in which these projects have to be built have increased in complexity in recent years, resulting in deeper excavations situated closer to existing buildings. This presentation provides insight into effects of construction activities on piled buildings adjacent to deep excavations. The presentation will focus on the implementation in risk management, design and monitoring of deep excavations in urban areas. Dr Mandy Korff Expert Advisor Deltares , Netherlands

1645 Session Eight

Extensive Ground Settlement due to Hydrogeological Impact from Tunneling in Tseung Kwan OBay, Hong Kong Unexpected, but extensive and large ground settlement in reclaimed land at Tsueng Kwan O (TKO) occurred in 1999 while the Strategic Sewerage Disposal Scheme Stage 1(SSDS or HATS 1) tunneling works were taking place at a depth of 85 m and at a distance of about 1km from the TKO Town Centre. Based on the interpreted geological and hydrogeological conditions, geological models and numerical computer models were set up and these demonstrated that water inflow into the tunnel was the cause of the observed extensive groundwater drawdown and the consequent large settlement due to the under-drainage of the compressible soft clays overlying the rock. Rapid rises in ground water subsequent to tunnel completion confirmed the findings. In this session the investigations, modelling and the findings of this interesting case history will be presented. Dr Suraj De Silva Technical Director (Geotechnics and Tunnels) SMEC Asia, Hong Kong

1730 End of Day One

1230 Networking luncheon For further details, contact

John Karras T: +603 2781 1501 | F: +603 2781 1505 | E: [email protected]

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eost ructures Asia 14-16 October 2014 | Goodwood Park Hotel, Singapore

Day 2, Thursday, October 16, 2014 0800 Registration and coffee

1400 Session Five Minimising contractual litigation: Forms of contract and sharing risk avoidance by settling claims We should not be more aggressive with transferring risk, but that risk is specific to the project, its location and the availability of information, and should be analysed and allocated on a case by case basis. This session seek to address the avoidance, transfer, acceptance or sharing of risk, the consequent uncertainty that may occur, and the provision of a basis for pricing and assessment of delay and cost, if such risks should occur. Khalid Ansari Project Director World Bank, United Arab Emirates

0845 Welcome address by Chairperson 0900 Session One Integrating geotechnical risk management and project risk management for achieving project objectives within time and budget Lack of data on the return on investment to mitigate geotechnical risk is restricting the integration of geotechnical risk management within overall project risk management and the construction industry is missing out on opportunities to minimise ground related failures. This session seeks to identify and communicate success stories of integrating geotechnical risk management and project risk management for achieving project objectives within time and budget. Speaker to be advised Ipsum Lorem

1445 Session Six The Impact of Dispute Resolution Board – Save’s time and money? Construction projects are complex, expensive and typically take time to complete; even completion can be a variable outcome. The dispute review boards are favored in the construction industry for the same reasons arbitration has been preferred to litigation. In this session we seek to highlight the following key questions • DRBs as a preferred method for dispute resolution • Giving care to crafting, funding and selecting a dispute resolution board or panel • Does the use of a DRB in a contract create bid savings? Soh Lip San Partner Rajah & Tann LLP

0945 Session Two Geotechnical monitoring: How it can assist in not only managing risk but also to optimize the design by using the monitoring data as a predictive tool The execution of underground works requires an assessment of all risks during the planning phase and its comprehensive control during construction to establish acceptable levels of security. The data collection must be analysed and interpreted subsequently to assess the level of risk at all times and to make the appropriate decisions. John Davies Leader Infrastructure Group Arup Singapore

1530 Afternoon refreshments 1600 Session Seven: Panel Discussion Zooming into the fundamentals of Geotechnical Baseline Report (GBR) Owners prepare a Geotechnical Baseline Report (GBR) to define the baseline conditions on which contractors will base their bids and select their means, methods and equipment, which will be used as a basis for determining the merits of contractor claims of differing site conditions during construction. A GBR is an innovative approach to the administration of differing site condition clauses and the allocation of risk. This panel discussion will address geo-characterisation and communication of expectations and risks in the contract environment. Hear from our panel of speakers as they discuss the key use of GBR.

1030 Morning refreshments 1100 Session Three Identification of Geotechnical Risk and its’ role in successful project delivery Geotechnical risk is one of the largest components of risk within a project. If not correctly identified and mitigated through appropriate design solutions its implications to the project delivery can be significant. These can range from programme or cost overruns to catastrophic structural failure of the temporary or permanent systems. The tools available to the engineer to identify geotechnical risk are discussed together with solutions to reduce exposure to risk and case studies both within Singapore and overseas will be considered. Nick Osborne Senior Project Manager Mott Macdonald, Singapore

1145 Session Four: Panel Discussion

Panelist: John Endicott Executive Director- Geotechnical AECOM, Hong Kong Soh Lip San Partner Rajah & Tann LLP

1645 Session Eight Gaining increased certainty through implementation of effective integrated project risk analysis approaches • Assessing the impacts of an integrated project risk assessment platforms on reliability of your project progress • Selecting the most appropriate risk assessment platform for project confidence measuring and reporting requirements • Planning the implementation strategies needed to capture, validate, consolidate and assess the project risks and uncertainties during bidding and execution phase • Sharing lessons learned and success stories to ensure risk management continuous improvements Pedram Danesh-Mand President Risk Engineering Society (RES) NSW, Australia

The way forward: Geotechnical asset management - balancing the risk of failure with cost of repair “Geotechnical failures present big risks to people, infrastructure and budgets, so managing assets to mitigate against the need for emergency action should be the preferred option, but it is one few clients are opting for”- New Civil Engineer In this session, our panel of speakers will explore how the sector can better balance the risk of failure with cost of mitigation and remediation. Speaker to be advised Ipsum Lorem

1230 Networking Luncheon

1730 End of conference

For further details, contact

John Karras T: +603 2781 1501 | F: +603 2781 1505 | E: [email protected]

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eost ructures Asia 14-16 October 2014 | Goodwood Park Hotel, Singapore

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