Title: “Enhancing Tunnelling and Rock Slope Engineering with Rocscience Software Tools”
Duration: Full-day (9:00 AM – 5:00 PM, 25 November 2025)
Trainer: Dr Manoj Verman Tunnelling & Rock Engineering Expert | Rocscience Representative – India & South Asia
Overview: This workshop aims to bridge engineering theory and practical software application by first establishing the key challenges in tunnelling and rock slope engineering—particularly in complex Himalayan terrain—and then demonstrating how Rocscience tools offer robust solutions. The format includes conceptual discussions, live demonstrations, and case-based applications, ensuring value for both new and experienced professionals.
Workshop Objectives:
Introduce current geotechnical and geological challenges in tunnelling and rock slopes.
Demonstrate the use of Rocscience software tools—RS2, RS3, Slide2, Slide3, RocTunnel3, UnWedge, Dips, RocSupport, RocFall2, RocFall3 and others—in addressing real-world problems.
Facilitate understanding of modelling workflows, interpretation of results, and best practices.
Engage participants through practical examples and interactive problem-solving.
Tentative Structure:
Session 1: Context and Engineering Fundamentals
Tunnelling in Complex Geology: Key Design and Stability Issues
Rock Slope Engineering: Modes of Failure, Reinforcement Strategies
Introduction to Numerical and Limit Equilibrium Approaches
Session 2: Rocscience Software Ecosystem
Overview of the Rocscience Suite: What, Why, and When
Core Capabilities and Interoperability of Tools
Session 3: Applications in Tunnelling
Modelling Tunnel Excavation & Support with RS2 and RS3
Convergence-Confinement Method of Support Design with RocSupport
Jointed Rock and Discontinuity Analysis with RocTunnel3, UnWedge & Dips
Groundwater Effects and Support Interaction
Session 4: Applications in Rock Slopes
Slope Stability Using Slide2 & Slide3 and RS2 & RS3
Slope Stability Analysis for Structurally-controlled Instability using RocSlope2, RocSlope3 and Dips
Probabilistic and Seismic Analysis
Use of RocFall2 and RocFall3 for Rockfall Hazard Mitigation