Rocscience RS2 and RS3 Training
Master geotechnical modeling with our Rocscience RS2 and RS3 Training. Gain hands-on experience in 2D and 3D numerical analysis for advanced rock and soil mechanics applications.
/CourseBundles(65052)/4434335-2.png)
Schedule of Classes
RS2 & RS3 Training
Get ready to enhance your geotechnical engineering skills through expert-led Rocscience tutorials covering RS2 and RS3 software. Learn practical analysis, modeling, and simulation techniques used in real-world rock mechanics projects.
Online Program
Branch: PIGSO LEARNING
Installment Payment
1 intallment plans available
Everything You Need to Know
Course Overview & Batch Schedule
Our Rocscience RS2 & RS3 Training Course Online is designed to give you practical, industry-relevant skills in 2D & 3D finite element analysis for geotechnical engineering, underground excavation & tunnel design, slope stability modeling, and rock bolt & support system optimization. Live batches, recorded sessions, and expert support ensure you can learn at your own pace without missing any class.
Total Duration
30+ Hours Live
Format
Live Online (Zoom)
Language
English
Certificate
Verified Certificate
Batch #001
UpcomingWhere Rocscience 2D & 3D Skills Are Used
Rocscience's suite of 2D and 3D tools — including Slide2, Slide3, RS2, and RS3 — is the industry standard for rock and soil analysis in mining, tunnelling, and geotechnical engineering. Here's where your skills will land you.
01
⚙️ Mechanical & Industrial Equipment
Rocscience Slide2, Slide3, and RS2 are used by geotechnical engineers at Coal India, NMDC, and Hindustan Zinc for open pit slope stability analysis, waste dump design, and groundwater seepage modelling — preventing catastrophic slope failures in active mining operations.
02
🚇 Metro Rail & Transportation Infrastructure
RS2 and RS3 are used by tunnel designers and underground excavation engineers at DMRC, NHIDCL, and Afcons to model support systems, predict ground deformation, and assess rock bolt and shotcrete requirements for metro tunnels, road tunnels, and cavern excavations.
03
✈️ Aerospace & Defense Structures
Slide2 and Slide3 are trusted by dam safety engineers and hydropower consultancies at WAPCOS, NHPC, and AECOM to assess natural slope instability, abutment stability of dams, and reservoir-induced landslide risk — combining 2D rapid analysis with full 3D failure surface modelling.
Rocscience RS2 & RS3 Modules You'll Master
Rocscience RS2 and RS3 are purpose-built finite element programs for geotechnical and rock mechanics analysis. This course covers both platforms together — RS2 for 2D plane-strain problems and RS3 for full 3D analysis — across tunnelling, slope stability, foundations, and underground excavations.
Geometry & Model Setup
Define soil and rock layer geometry, excavation profiles, external boundaries, and structural elements. RS2 uses 2D plane-strain cross-sections while RS3 extends to full 3D subsurface volumes with imported CAD alignments and surface topography.
Material Models & Rock Mass Properties
Assign Mohr-Coulomb, Hoek-Brown, Drucker-Prager, Ubiquitous Joint, and Cam-Clay models with GSI-based parameters, joint networks, dilation angle, and residual strength for both 2D and 3D rock and soil zones.
Mesh Generation & Staged Excavation
Generate triangular (RS2) or tetrahedral (RS3) finite element meshes with local refinement, then define multi-phase construction sequences including excavation, liner activation, rockbolt installation, and groundwater changes step-by-step.
Support Design & Tunnel Analysis
Design rock bolts, cable bolts, shotcrete liners, and steel sets, compute axial force, shear, and bending moment in liners, evaluate thrust-moment capacity diagrams, and simulate twin tunnels, caverns, and portal faces in RS3's full 3D environment.
Groundwater & Seepage Analysis
Run steady-state and transient finite element seepage analysis, define piezometric lines and pressure grids, model drawdown around tunnels and excavations, and couple pore pressure with stress results for full effective stress evaluation in 2D and 3D.
Results Interpretation & Slope Stability
Post-process displacement vectors, stress contours, plastic yield zones, pore pressure maps, and failure envelopes, and run Strength Reduction Factor (SRF) analysis to compute factor of safety for slopes, embankments, and underground openings in both 2D and 3D.
Core Skills You'll Master
-
✔2D & 3D Geotechnical Model SetupBuild rock and soil models in RS2 and RS3 with geometry, boundaries, and excavation stages.
-
✔Rock & Soil Material ModellingAssign Mohr-Coulomb, Hoek-Brown, Cam Clay, and other constitutive models to rock and soil materials.
-
✔Tunnel & Underground Excavation AnalysisSimulate tunnel excavation, support installation, and ground response curves for underground openings.
-
✔Groundwater & Seepage AnalysisModel pore pressure, seepage flow, and water table effects on slope and excavation stability.
-
✔Slope Stability & Support DesignPerform finite element slope stability analysis and design rock bolts, shotcrete, and liner support systems.
-
✔Industry ProjectsApply Rocscience RS2 and RS3 skills through real-world tunnelling, mining, and slope case studies.
Learn by Doing in Rocscience RS2 & RS3
Everything You Need to Succeed
Interactive live classes with real-time Q&A.
Access all content anytime for 12 months.
Hands-on real-world engineering projects.
Get personalized expert support.
Practice with structured exercises.
Industry-recognized certification.
Learn from real project data.
Attend from anywhere with flexible timing.
Your Rocscience 2D & 3D Learning Journey
Master Rocscience software from rock mechanics fundamentals to advanced 2D slope and tunnel analysis with RS2, through to full 3D rock mass modelling and stability design with RS3.
Foundations
Rock mechanics principles, Rocscience suite overview, RS2 & RS3 interface and project setup.
Rock Mass & Material Modelling
Hoek-Brown and Mohr-Coulomb criteria, GSI classification and joint network input.
2D Analysis with RS2
Slope stability, tunnel support design, groundwater seepage and staged excavation in RS2.
3D Modelling with RS3
3D slope, cavern and open-pit modelling, support systems and probabilistic analysis in RS3.
Portfolio Project
Capstone rock engineering analysis comparing RS2 and RS3 outputs, design report and final presentation.
How Our Rocscience RS2 & RS3 Training Compares
Master both Rocscience RS2 and RS3 through hands-on projects, expert mentoring, and industry-focused rock and soil finite element analysis workflows.
| Feature | Pigso Learning | Generic Online | University |
|---|---|---|---|
| Full RS2 & RS3 Hands-On Training | ✔ Full Workflow | ✖ Theory Only | ✖ Rarely Covered |
| Live Instructor Sessions | ✔ Weekly Q&A | ✖ Recorded Only | ✔ Sometimes |
| Real Industry Case Studies | ✔ Tunnels / Slopes / Excavations | ✖ Generic | ✖ Academic Only |
| 2D & 3D FEA Coverage | ✔ Both Covered In-Depth | ✖ Usually One Only | ✖ Limited Exposure |
| Capstone Project | ✔ Reviewed | ✖ Not Included | ✔ Sometimes |
| Mentor Support | ✔ 1-on-1 | ✖ Forums Only | ✖ Limited |
| Job Ready | ✔ 6–8 Weeks | ✖ No Structure | ✖ Years |
The Comparison Speaks for Itself
Full hands-on RS2 & RS3 rock engineering training, live mentorship, and a job-ready skillset — all in 6–8 weeks.
Course Overview
PIGSO Learning Rocscience RS2 and RS3 training course is a comprehensive study of the Rocscience RS2 and RS3 Training program designed for civil and geotechnical engineers seeking to build expertise in numerical modelling and rock mechanics analysis. Through interactive Rocscience tutorials, learners will gain proficiency in RS2 (2D FEM) and RS3 (3D FEM) tools, exploring applications in slope stability, underground excavation, and stress-deformation studies.
Students will work through real-world case studies to develop confidence in interpreting results and optimising designs using advanced modelling techniques. Ideal for professionals seeking to refine their RS2 and RS3 skills for practical engineering solutions.
Duration: 10 Weeks
Format: Live Online Session
Batch #013 - Timing:
| Days | Every Friday, Saturday, and Sunday |
| Time | 3:00 PM UTC | 8:30 PM IST |
| Class Duration | 90 Minutes |
Key Features
Live Interactive Sessions
Engage directly with expert instructors and peers in real-time classes.
Certificate of Excellence
Earn a trusted certification that highlights your technical expertise.
Live Q&A Sessions
Clarify your doubts instantly through interactive question-answer sessions.
30+ Hours of Class Duration
Comprehensive course structure with over 30 hours of live instruction.
Hands-on Learning
Practice real-world simulations with practical exercises and examples.
1-Year Content Access
Revisit all course recordings and resources anytime for one year.
Project Assignments
Work on real-time simulation projects to strengthen your technical skills.
Networking Opportunity
Connect with professionals, peers, and mentors in the simulation community.
Capstone Project
Apply all your skills to a comprehensive final project, showcasing your expertise.
Course Curriculum
1 Subject
Rocscience RS2 and RS3 Training
Module 1 – RS2 Interface and FEM Basics
Module 2 – Material Models for Soil and Rock
Module 3 – Meshing, Boundaries and Load Definitions
Module 4 – Slopes and Embankments
Module 5 – Shallow and Deep Foundations
Module 6 – Excavations and Earth Retaining Systems
Module 7 – Tunnels and Underground Excavations
Module 8 – Mining and Sequential Excavation
Module 9 – Groundwater, Seepage and Consolidation
Module 10 – Interpretation, Validation and Project Case Studies
Project Assignments
Doubt Session
Course Instructor
PIGSO EDUCATOR
4 Courses • 81 Students
/4252376-1606794194878.jpg)
Mayank
5 Courses • 697 Students
Contact Our Expert
Connect with our certified Tekla professionals to discuss course modules, training modes, or customised corporate sessions. Get personalised guidance to start your Tekla Structures journey today.
Frequently Asked Questions
What is Rocscience RS2 and RS3 training about?
This training course covers 2D and 3D numerical modeling techniques using Rocscience RS2 and RS3 software, focusing on geotechnical simulations for slope, tunnel, and excavation analysis.
Who can enroll in this Rocscience training?
Engineers, researchers, and students specializing in civil or geotechnical fields can join this course to enhance their modeling and analysis expertise.
Do I need prior experience with Rocscience software?
Basic knowledge of geotechnical concepts is recommended, but our Rocscience tutorials are beginner-friendly and guide you step-by-step through RS2 and RS3 applications.
What outcomes can I expect after completing RS2 and RS3 training?
You will gain practical RS2 and RS3 skills, enabling you to perform advanced finite element analyses and confidently interpret engineering results for design decisions.
You Are Never Learning Alone
WhatsApp Batch Group
Ask questions, share models, and get quick responses from your batch and mentors.
Peer Network
Connect with engineers and build meaningful professional relationships.
1-on-1 Mentor Support
Receive personalized guidance on projects, technical doubts, and career growth.
Related Courses
Visit other related online courses that we are offering
By clicking on Continue, I accept the Terms & Conditions,
Privacy Policy