09:00 - 12:00 Workshop A: Strategies for Effective Use of Material in Coastal Structures

(inclusive of 30 minutes break)

Rationale:

With changing environmental and climate change conditions, the importance of careful selection and utilization of construction material used in coastal and near shore structures like jetties, breakwaters, sea walls etc has increased. Current advancements in the use of concrete, steel, rock and geotextile sandbags are contributing towards making coastal and marine structures more durable and sustainable while taking into account local environmental factors. This workshop will focus on the latest technologies and materials available for the design and construction of coastal structures.

Discussion points:

• Understanding the latest materials available for construction of coastal structures
• Debating between the use of concrete versus steel and evaluating other materials like sand, rock and geotextiles
• Adapting construction materials with respect to local environmental conditions

About your Workshop Leader:

Gildas Colleter
Lead Coastal Engineer
AURECON

Gildas has completed coastal engineering projects in Australia, New Zealand, Indonesia, Thailand, Malaysia and Polynesia. He has developed detailed cyclonic models, developed water quality numerical model, and designed breakwaters, reclamations, revetments, beach nourishments, sea outfalls and coastal works. His specialisation includes feasibility studies, coastal/port planning, coastal engineering, offshore engineering, coastal engineering design and documentation, as well as stakeholder consultation.

12:30 - 15:30 Workshop B: Learning the Latest Developments in Hydraulic and Numerical Modelling

(inclusive of 30 minutes break)

Rationale:

Hydraulic and numerical modelling form one of the most important aspect of coastal engineering, dealing with hydrodynamic studies, wave propagation, coastal evolution and sediment transport. In Asia, with a growing number of coastal and marine projects, it is crucial to understand the latest technologies and capabilities in hydraulic and numerical modelling for better feasibility study, enhancing physical protection of coastal structures and ensuring longer life cycle and durability. This workshop will provide an in depth understanding of these issues with case studies.

Discussion points:

• Understanding the latest advancements and techniques in numerical and hydraulic modelling
• Ensuring enhanced durability and life cycle of coastal structures
• Developing strategies for optimum hydrodynamic studies and dispersal of dredged sediment

About your Workshop Leaders:

Dr. K. Raveenthiran
Senior Engineering Manager
LANKA HYDRAULICS INSTITUTE

Dr. Ravintheeran has extensive experience in Project Formulation, Field Investigations, Mathematical Modelling, Physical Modelling, Design, and their applications in Hydraulics and Coastal Engineering Projects involving Coastal Stabilisation, Port and Harbour Development and Rehabilitation, Sewerage Sea Outfall Design, Infrastructure and Resort Development, Investigation on Lagoon Catchments, Power Plant Development, Ship Channel Project, etc. He has 16yrs experience in several research studies and projects conducted in Africa, Asia Pacific, Middle East and South Asia and work experience in the University of Peradeniya, Asian Institute of Technology, Nihon Mikuniya Corporation before joining the Lanka Hydraulic Institute Ltd (LHI).

S. P. Samarawickrama
Senior Consultant
LANKA HYDRAULICS INSTITUTE

Dr. Samarawickrama is a Senior Lecturer at the University of Moratuwa (UOM) with extensive experience in Teaching, Research and Coordination of Academic Courses and Conducting Research Projects in Coastal and Harbour Engineering and Hydraulics. He has 17 years of experience in several research studies and projects in Numerical Modelling, Coastal and Environmental Impact Assessment, Coastal Design, Environmental Management Systems involving Port and Harbour Development especially in projects conducted in Middle East and Asia.

16:00 - 19:00 Workshop C: Best Practices in the Design and Construction of Waterfront Developments

(inclusive of 30 minutes break)

Rationale:

After the successful growth and construction of a number of waterfront developments in the Arabian Gulf, the Asian region is currently looking to expand and build waterfront developments. Examples of this are The Light Waterfront Penang in Malaysia and Marina Bay development in Singapore. Although waterfront developments have the potential to be extremely profitable when done right, they can also be very costly if they are done wrong and the complexities are not properly appreciated. This unique workshop will focus on the technical challenges in planning and designing waterfront developments. Leveraging on the experience and expertise of one of the leading global engineering and design consultancies, the workshop will be led by a senior representative from COWI.

Discussion Points:

• Looking at the design challenges for waterfront developments
• Overcoming and adapting to environmental conditions and regulations
• Going through the planning and the project phase

Jorgen Juhl
Project Director, Department of Marine & Foundation Engineering
COWI

Jørgen Juhl has 25 years of international experience with planning and design related to ports, waterfront developments, and marine engineering, notably surveys, hydrographic design conditions, marine structures, dredging, reclamation, beaches, and environmental impacts.

He has project managed large waterfront development projects in Qatar and UAE with construction value of the marine works exceeding USD 500 million. Further, he has participated in multi-disciplinary transportation projects as manager for the hydraulics related to bridges, immersed tunnels and artificial islands. Recent projects include environmental and engineering studies for a 40km causeway between Qatar and Bahrain and the Busan-Geoje Fixed Link in South Korea.