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    Exclusive Middle East Webinar Series
    3 Sessions   •   Advanced Geotechnical Design   •   MIDAS GTS NX
     
     
    Mastering Advanced Geotechnical Design
    From Deep Excavations to Foundation Systems Using MIDAS GTS NX
    📅 27th August – 10th September 2026 (Every Thursday)    |    🕒 04:00 PM – 05:00 PM (UAE)    |    📍 Live on GoToWebinar
    27th August • 3rd September • 10th September
    Register Now →
       
    📝 Overview
    Join our exclusive 3-part webinar series designed to help geotechnical engineers master advanced numerical analysis and design techniques using MIDAS GTS NX. This series explores critical geotechnical challenges encountered in modern infrastructure projects, including deep excavations, pile raft foundations, and embankments on soft ground.

    Through practical workflows, real-world engineering applications, and advanced finite element modelling (FEM), participants will learn to accurately simulate soil–structure interaction, evaluate construction-stage behavior, assess settlement and stability, and optimize foundation and support systems. Each session combines engineering theory with hands-on software demonstrations, enabling attendees to confidently apply advanced analysis techniques to complex geotechnical projects.

    Whether you are a practicing geotechnical engineer, structural engineer, consultant, researcher, or student, this series will provide valuable insights into industry best practices and demonstrate how MIDAS GTS NX can improve design accuracy, reduce project risks, and support more efficient engineering decisions.
    01
    Simulate
    Build advanced FEM models to simulate soil–structure interaction and complex geotechnical behavior.
    02
    Evaluate
    Assess construction stages, settlement, stability, deformation, and foundation performance.
    03
    Optimize
    Optimize foundation and support systems for safer, more efficient engineering decisions.
    Key Learning Areas
    ✓  Advanced FEM modelling using GTS NX
    ✓  Deep excavation analysis and support systems
    ✓  Pile raft foundation modelling and analysis
    ✓  Embankments on soft ground
    ✓  Soil–structure interaction analysis
    ✓  Construction-stage behaviour assessment
    ✓  Settlement and stability evaluation
    ✓  Practical geotechnical design workflows
    📌 Agenda
    SESSION
    01
    27 August
    Advanced Analysis and Design of Deep Excavations and Diaphragm Walls
    •  Overview of deep excavation challenges and case studies.
    •  Fundamentals of deep excavation and numerical modelling.
    •  MIDAS GTS NX applications in geotechnical engineering.
    •  Geometry, material properties, and mesh generation workflow.
    •  Construction stage analysis and results interpretation.
    •  Engineering insights, best practices, and key takeaways.
    •  Q&A Session
    SESSION
    02
    03 September
    Advanced Analysis & Design of Pile Raft Foundations
    •  3D modelling workflow for pile-raft foundations.
    •  Nonlinear soil behavior and advanced constitutive models.
    •  Pile, raft, and surrounding soil interaction.
    •  Construction stage simulation for foundation analysis.
    •  Settlement assessment and load-sharing mechanisms.
    •  Results interpretation and design optimization.
    •  Q&A Session and Closing Remarks
    SESSION
    03
    10 September
    Ground Improvement for Pile-Supported Embankments Using Rigid Inclusions & Geogrids
    •  Ground improvement for pile-supported embankments.
    •  Rigid inclusions, geogrids, and load transfer platforms.
    •  GTS NX modelling workflow for ground improvement.
    •  Construction stages and consolidation effects.
    •  Verification of 2D and 3D models.
    •  Settlement, load sharing, and inclusion forces.
    •  Case studies for embankments and pile-supported abutments.
    •  Q&A Session and Closing Remarks