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Day Two: Thursday, 5th December 2024 0800 Registration & Coffee 0850 Chairperson Welcome Address 0900 Session One Post -Earthquake Structural Assessment: Advancing Inspection and Assessment Practices for Earthquake -Surviving Buildings Why buildings need to be assessed shortly after an earthquake Get people back into their homes and businesses, if it's safe to do so. And get people out of the dangerous buildings. • Consistency is key to earning the public's trust for post -earthquake building assessments (Speaker to be advised) 0945 Session Two Addressing Unique Challenges in Designing Tall Buildings to Resist Seismic Forces • Performance -based seismic design Common seismic framing system Post -earthquake performances (Speaker to be advised) 1030 Morning Refreshments 1100 Session Three Implementing shear walls to enhance lateral stiffness and resistance to seismic forces Drift Control (Rotation and translation) Comparison of different codes with application to Dual System. Combination of Moment Frames and walls (Lateral Forces Distribution) Nelson Christopher Servida, Managing Partner S+S Engineering and Associates, Philippines 1145 Session Four Navigating Liability and Damage Claims in Induced Earthquakes: The Critical Role of Seismic Resilient Structures Understanding Induced Earthquakes Analysing Legal Framework and Liability Damage Claims and Compensation Abdel F.T. Toukan, VP, Director, Global Contracts, Commercial, and Projects Delivery BKCN Engineering Inc, Canada 1230 Networking Luncheon tru event us 1400 Session Five Implementing modular construction techniques to enhance structural stability, and seismic resilience, particularly in regions prone to seismic activity along earthquake fault lines -The importance of planning in building houses that can be done fast and strong enough to withstand earthquakes in areas vulnerable to seismic activities. Modular construction techniques to increase structural stability and earthquake resistance. Innovation in the implementation of modular construction techniques in earthquake prone areas, from simple residential houses to complex buildings. Dharma Mitra Sigamani, Vice President Director PT. Modernland Realty, Tbk, Indonesia 1445 Session Six Integrating Geotechnical Principles into the Design and Construction of Seismic Resilient Structures • Creating plans with local authorities for earthquakes, including safety measures and building code importance. • Evaluating slopes' seismic risks, model failure mechanisms, set design standards for resilient reinforcement systems, preventing seismic disasters. • Utilize tunnels, basements, and galleries for slope stability, distribute seismic loads, improve integrity, and monitor movement for long-term effectiveness. Dr. Eng. Lutfian R Daryono, Chief Engineer NITTOC Construction, Japan 1530 Afternoon Refreshments 1600 Session Seven The potential for future SAR constellation development for earthquake disaster response and reconstruction • Utilize SAR (Synthetic Aperture Radar) satellite imagery for real-time monitoring of earthquake -affected areas • Employ SaaS (Software as a Service) platforms to analyze SAR data and assess the extent of damage caused by the earthquake Implement algorithms within SaaS solutions to automatically detect damaged structures and infrastructure from SAR imagery Archeilia Dwianca, Technical Product Owner Synspective Inc, Japan 1645 Session Eight Performance Evaluation and Optimization of Seismic -Resistant Cladding Systems Evaluate various cladding materials such as concrete, steel, glass, or composite panels for their seismic resistance properties. • Conduct structural analysis to assess the performance of cladding systems under seismic loading conditions. • Optimize the design of connections between the cladding system and the building structure to enhance seismic resistance (Speaker to be advised) 1730 End of Conference