Advanced Geotechnical Analysis with MIDAS GTS NX: Ground Modelling, Slope Stability & Seepage

Webinar Series Overview

Transforming ground conditions into safer infrastructure.

How can Tanzania’s engineers transform complex ground conditions into safer infrastructure decisions? Understanding soil behaviour, groundwater interaction and slope stability is essential for reliable geotechnical design. Across this three-day webinar series, discover how MIDAS GTS NX supports advanced ground modelling, slope-stability assessment and seepage analysis.

The sessions connect numerical analysis with practical infrastructure challenges involving roads, railways, dams, foundations and underground structures, helping engineers assess ground behaviour and make informed design decisions.

Explore ground modelling, slope stability and seepage analysis for safer, more reliable infrastructure.

Three-Day Learning Focus

DAY 01

Advanced Ground Modelling

Develop geotechnical ground models and understand soil behaviour for practical infrastructure projects using MIDAS GTS NX.

DAY 02

Slope-Stability Assessment

Evaluate slope behaviour, identify potential instability mechanisms and assess ground stability under relevant engineering conditions.

DAY 03

Seepage Analysis & Applications

Understand groundwater flow and seepage behaviour and explore geotechnical applications for dams, transport infrastructure, foundations and underground structures.

Better ground understanding. Safer infrastructure decisions for Tanzania.

MIDAS GEN NX Webinar - How to Join

How to Join

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Fill in the short form at the bottom of this page. Attendance is free.

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Join us on November 3–5

Go live from 02:00 PM – 03:30 PM EAT (04:30 PM – 06:00 PM IST) and bring your questions for the live Q&A after each session.

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Join us online for an insightful session on advanced geotechnical analysis, exploring ground modelling, slope stability, and seepage analysis using MIDAS GTS NX.

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3-Day Webinar Agenda

Day 01 - 3 November 2026

Advanced Ground Modelling & Material Behavior

From Site Investigation to FEM Model: Advanced Ground Modelling in MIDAS GTS NX

Geotechnical FEM Modelling Workflow

From site investigation data to numerical model; 2D vs 3D FEM; key considerations before analysis.

Ground Geometry & Stratigraphy

2D and 3D ground modelling; geometry creation and modification; CAD file import; terrain modelling; ground stratification; borehole-based ground modelling.

Finite Element Mesh Generation

Mesh generation strategy; element size selection; local refinement; mesh quality; meshing around structures and interfaces.

Soil & Rock Material Behaviour

Linear elastic vs nonlinear behaviour; Mohr–Coulomb; Hoek–Brown; Modified Cam-Clay; Drucker–Prager; material model selection and parameter considerations.

GTS NX Capabilities

Explore modelling capabilities and geotechnical analysis workflows in MIDAS GTS NX.

Q&A

Questions, technical discussion and key takeaways.

Day 02 - 4 November 2026

Slope Stability

Evaluating Slope Stability Using MIDAS GTS NX: Strength Reduction Method and FEM

Slope Stability Modelling

Slope geometry; soil stratification; initial stress conditions; 2D vs 3D slope modelling; boundary conditions.

Strength Reduction Method

SRM concept; reduction of cohesion and friction angle; factor of safety; failure mechanism; shear strain localization; interpreting stability results.

Engineering Applications

Slopes; excavations; embankments; dams; foundations; underground structures.

Q&A

Questions, technical discussion and key takeaways.

Day 03 - 5 November 2026

Groundwater & Seepage Analysis

Groundwater and Seepage Analysis Using MIDAS GTS NX: Pore Pressure and Soil–Structure Response

Groundwater & Seepage Analysis

Groundwater flow; seepage; steady-state vs transient seepage; saturated and unsaturated conditions; pore-water pressure; groundwater definition.

Coupled Stress–Seepage Analysis

Effective stress; pore-pressure changes; ground deformation due to groundwater changes; fully coupled stress–seepage analysis; consolidation and time-dependent response.

Engineering Applications

Slopes; excavations; embankments; dams; foundations; underground structures.

Q&A

Questions, technical discussion and key takeaways.

🎙️ Expert Speaker

Learn from a geotechnical engineering expert specializing in soil–structure interaction, advanced numerical modelling, and foundation engineering, with practical insights into FEM-based geotechnical analysis.

Expert Speaker

Er. Harshit Tripathi

Technical Support Engineer, MIDAS IT

Harshit is a Geotechnical Engineer with specialized expertise in soil–structure interaction, advanced numerical modelling, and foundation engineering. He completed his Master's degree at IIT Bombay, where his work focused on developing practical, research-driven solutions for complex geotechnical challenges.

He currently works in the Geotechnical Department at MIDAS IT's Mumbai office, supporting engineers across the country in applying advanced Finite Element Method (FEM)-based geotechnical analysis, improving modelling workflows, and resolving project-specific technical queries.

His work combines academic depth with hands-on engineering insight, making his sessions valuable for both students and practising professionals in the geotechnical engineering field.

Have a question about the sessions?

For webinar details, registration assistance or technical queries related to MIDAS GTS NX, feel free to get in touch with us.

Email seetharam@midasit.com

Phone +91-9652124943