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    Hands-on Workshop | Mumbai

    Slope Stability Analysis of an Undulating Terrain Using MIDAS GTS NX

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    Workshop Overview

    Understanding complex terrain. Evaluating slope stability.

    This workshop focused on performing 3D Slope Stability Analysis for Undulating Terrain using MIDAS GTS NX, demonstrating advanced finite element modelling techniques to evaluate slope safety under complex topographical conditions.

    Participants learned to develop realistic 3D terrain models, define multilayer soil profiles using borehole data, assign geotechnical material properties, generate finite element meshes, and apply appropriate boundary conditions.

    The session demonstrated stability assessment using the Strength Reduction Method (SRM), including interpretation of failure mechanisms, identification of critical zones within the slope mass, and evaluation of slope performance under varying loading and geological conditions.

    Key Topics Covered

    3D Terrain Modelling & Soil Characterisation

    • Development of realistic 3D models for undulating terrain.
    • Definition of multilayer soil profiles using borehole data.
    • Assignment of geotechnical material properties.
    • Generation of finite element meshes.
    • Application of appropriate boundary conditions.

    Slope Stability Analysis & Result Interpretation

    • Performing 3D slope stability analysis using MIDAS GTS NX.
    • Stability assessment using the Strength Reduction Method (SRM).
    • Interpretation of failure mechanisms and displacement behaviour.
    • Identification of critical zones within the slope mass.
    • Evaluation of slope performance under varying loading and geological conditions.

    Workshop Outcomes

    Participants gained practical insights into developing 3D geotechnical models, performing slope stability assessments, identifying potential failure zones, and interpreting critical analysis results to support informed engineering decisions.

    Engineering Applications

    The demonstrated techniques support the design and risk assessment of geotechnical infrastructure projects, helping engineers evaluate slope safety and understand the influence of complex terrain, soil conditions, and external loading on overall slope performance.

    Workshop Focus: Practical 3D terrain modelling, finite element analysis, and slope stability evaluation using MIDAS GTS NX.

    Model complex terrain. Evaluate slope safety. Engineer with confidence.

    Workshop Agenda

    3D Geometry Modelling

    3D Terrain & Soil Modelling

    Developing realistic geotechnical models using MIDAS GTS NX

    01

    3D Geometry Modelling Using Terrain Geometry Maker

    Importing contour data and generating 3D terrain geometry using the Terrain Geometry Maker.

    02

    Soil Layer Stratigraphy Using Bedding Plane Wizard

    Defining subsurface soil layers and developing stratigraphic models using the Bedding Plane Wizard.

    Critical Section & Analysis

    Section Extraction & LEM Analysis

    From 3D terrain modelling to slope stability evaluation

    03

    Exporting 2D Critical Section from 3D Model

    Identifying and extracting the critical 2D section from the developed 3D geotechnical model.

    04

    Limit Equilibrium Method (LEM) Analysis

    Performing LEM analysis on the exported critical section to evaluate slope stability and factor of safety.

    MIDAS Academy Hands-On Training | Steel Building Pushover Analysis to EC8
    Meet the Experts

    Your Speakers and the Venue

    Learn from MIDAS technical experts with specialized experience in geotechnical engineering, numerical modelling and finite element analysis.

    Pragati Saxena - MIDAS
    Speaker

    Pragati Saxena

    Tech Support Engineer · MIDAS

    She is a skilled Geotechnical Engineer with more than three years of experience in Numerical Modelling and Finite Element Analysis using MIDAS GTS NX. She holds a Master's Degree (Hons) in Geotechnical Engineering from a reputed Indian Institute of Technology (IIT). She is proficient in applying finite element methods to a range of geotechnical engineering challenges, including slope stability, foundations, excavations and tunnelling.

    Geotechnical Engineering · FEM
    Harshit Tripathi - MIDAS
    Speaker

    Harshit Tripathi

    Tech Support Engineer · MIDAS

    Harshit is a Geotechnical Engineer specializing in soil–structure interaction, advanced numerical modelling and foundation engineering. A Master's graduate from IIT Bombay, his research focused on practical, research-driven solutions to complex geotechnical challenges. At MIDAS, Mumbai, he serves as a Technical Support Engineer, helping professionals across India harness FEM-based geotechnical analysis. He also enhances modelling workflows and resolves project-specific engineering queries.

    Soil–Structure Interaction · Numerical Modelling
    Dr. Siddarth Pathak - MIDAS
    Speaker

    Dr. Siddarth Pathak

    Tech Support Engineer · MIDAS

    Dr. Siddharth Pathak is a Technical Support Engineer at the MIDAS R&D Centre, Navi Mumbai, specializing in geotechnical numerical modelling with MIDAS GTS NX. He holds a Ph.D. in Geotechnical Engineering from IIT Mandi, where his research focused on strain-rate effects in sand and pile behaviour under rapid load tests. Before joining MIDAS, he gained valuable industry and consultancy experience in geotechnical design, including slope stability, deep foundations and ground improvement.

    Geotechnical Design · Research & Development
    Workshop Venue

    MIDAS IT, Mumbai

    Office no. 2421-2438, 24th Floor 24 High, Plot no. D-225 & 226, MIDC, Nerul, Navi Mumbai - 400706

    View on Google Maps
    Before You Come

    Required Steps Before the Workshop

    To take part in the hands-on session, please complete the steps below before the event. This will help you get started with modelling from the very first minute.

    Required
    1

    Bring Your Laptop

    Make sure your laptop can run MIDAS GTS NX. Please ensure your system is running Windows 11 or a newer version.

    Required
    2

    Create Your Account

    First time using MIDAS? Create your account before the session.

    Required
    3

    Download the Software

    Download MIDAS GTS NX to your laptop. Get it here.

    4

    Training License

    A training license will be provided at the workshop.

    Recommended
    5

    Bring an External Mouse

    An external mouse is highly recommended for a smoother modelling experience.

    Be in the Room on 28th November 2026

    Join us at Lemon Tree Hotel in Hyderabad for a full day of hands-on training on Steel Building Pushover Analysis to EC8 using MIDAS GEN NX.

    See you at Workshop
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    Adding this event to your calendar does not reserve your seat. Please complete the registration form below.

    Webinar Benefits

    Added value for your participation.

    15-Day MIDAS GTS NX Trial Licence

    Explore MIDAS GTS NX and experience its advanced geotechnical modelling, soil–structure interaction and ground analysis capabilities with a 15-day trial licence.

    Contact Us

    Have questions about the workshop?

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

    Email vishal.s@midasit.com
    Phone +91 7718847934