Seminar
Ongoing Registration In Progress Closed
MIDAS GEOTECH THAILAND
Exclusive Webinar: Advanced Geotechnical Modelling with Prof. Suttisak
    September 30th, 2025 (Tuesday) | 14:00 – 15:00 (GMT+7, Thailand Time)
Real-World Dam Case Studies & 3D FEM Applications
About the Seminar

Geotechnical challenges are becoming increasingly complex, requiring advanced solutions beyond traditional methods. In this exclusive webinar, Prof. Suttisak showcases how Finite Element Modelling (2D & 3D) can accurately capture soil-structure interaction and solve critical stability issues in dam and embankment projects.

 

Drawing from the Mae Suai Dam rehabilitation project in Thailand, this lecture provides valuable lessons on settlement, leakage, and reinforcement strategies, offering practical insights for engineers and researchers across Southeast Asia.


Register now
Who Should Attend

- Geotechnical Engineers

- Consultants and Contractors

- Academics and students in geotechnical and civil engineering

- Anyone interested in advanced FEM analysis techniques

REASONS WHY YOU SHOULD ATTEND

1. Compare 2D vs. 3D FEM analysis for geotechnical applications

2. Gain real-world insights from dam rehabilitation and slope stability case studies

3. Understand how soil-structure interaction impacts long-term performance

4. Explore the use of MSE walls and reinforced soil technologies for safe and sustainable designs

5. Learn how MIDAS GTS NX supports complex geotechnical modelling and decision-making

SPEAKERS
  • Dr. Suttisak Soralump Associate Professor
    Kasetsart University

    He is an Associate Professor in the Civil Engineering Department, Geotechnical Engineering Division, Faculty of Engineering at Kasetsart University. He currently serves as the Chairman of the Association of Geotechnical Society in Southeast Asia and is also the President of the Southeast Asian Geotechnical Society. His areas of specialization include dam engineering, geotechnical earthquake engineering, risk assessment of geotechnical structures, landslide engineering, probabilistic analysis in geotechnical engineering, and ground improvement techniques.