PLAXIS Training (2D and 3D)
Join the combined PLAXIS 2D and 3D course where we cover both softwares.
Schedule of Classes
Start Date & End Date
Sep 05 2025 - Nov 30 2025
PLAXIS 2D and 3D
Enrol in this extensive PLAXIS training course on PLAXIS 2D and 3D. Learn modelling workflows, FEM simulations, material models, staged construction, groundwater analysis, and advanced geotechnical applications through our structured PLAXIS software training online.
Online Program
Branch: PIGSO LEARNING
Installment Payment
1 intallment plans available
Everything You Need to Know
Course Overview & Batch Schedule
Our PLAXIS 3D Training Course Online is designed to give you practical, industry-relevant skills in geotechnical finite element modelling, soil-structure interaction analysis, and excavation & foundation design. Live batches, recorded sessions, and expert support ensure you can learn at your own pace without missing any class.
Total Duration
20+ Hours Live
Format
Live Online (Zoom)
Language
English
Certificate
Verified Certificate
Batch #001
UpcomingWhere PLAXIS 2D & 3D Skills Are Used
Together, PLAXIS 2D and 3D form the complete geotechnical FEM toolkit — from rapid cross-sectional analysis to full three-dimensional soil-structure modelling. Here's where your combined skills will take you.
01
🛤️ Roads, Railways & Embankments
PLAXIS 2D handles embankment stability, consolidation settlement, and reinforced slope analysis for highway and rail corridors, while PLAXIS 3D models complex interchange geometries and variable subsoil conditions — used by NHAI, RVNL, and IRCON on national infrastructure projects.
02
🚇 Tunnelling, Excavations & Foundations
PLAXIS 2D is used for braced excavation and retaining wall cross-sections, while PLAXIS 3D simulates full TBM tunnel drives, pile group behaviour, and deep basement construction — trusted by DMRC, L&T, Afcons, and Arup for metro and high-rise projects.
03
💧 Dams, Hydraulic & Offshore Structures
PLAXIS 2D performs seepage and consolidation analysis for earth dams and levees, while PLAXIS 3D models full dam bodies, offshore monopile foundations, and port structures under complex loading — applied by WAPCOS, NTPC, CWC, and Fugro on water and energy projects.
PLAXIS 2D & 3D Modules You'll Master
PLAXIS is the world's leading finite element platform for geotechnical engineering. This course covers both PLAXIS 2D — for plane-strain and axisymmetric problems — and PLAXIS 3D — for full spatial analysis of foundations, tunnels, embankments, and seismic loading.
Soil Profile & Geometry Input
Define 2D cross-section geometry with borehole logs, soil layers, structural elements such as walls, plates, anchors, and model boundary conditions for plane-strain or axisymmetric problems.
Most UsedMaterial Models & Soil Parameters
Configure Mohr-Coulomb, Hardening Soil, HS Small-Strain, Soft Soil, and Soft Soil Creep models with drained, undrained, and non-porous drainage conditions.
Soil BehaviourMesh Generation & Refinement
Automatic 2D triangular finite element mesh with coarseness control and local refinements around walls, tunnel linings, load zones, and points of stress concentration.
FEM CoreConstruction Stage & Phase Modelling
Simulate staged excavation, embankment raising, dewatering, prop and anchor activation, and surcharge loading phase-by-phase to replicate real construction sequences.
Staged AnalysisGroundwater Flow & Consolidation
Steady-state and transient seepage analysis, phreatic level definition, pore pressure distribution, and time-dependent consolidation settlement for soft clay conditions.
GroundwaterOutput & Results Interpretation
Post-processing of total and incremental deformations, effective stress contours, shear strain plots, safety factor (phi-c reduction), and load-displacement curves for design verification.
Post-ProcessingGeometry & Soil Layer Modelling
Define borehole data, soil stratigraphy, 3D subsurface geometry, structural elements, and model boundaries to accurately represent complex site conditions in three dimensions.
Most UsedMaterial Models & Soil Parameters
Assign Mohr-Coulomb, Hardening Soil, HS Small, Soft Soil Creep, and rock material models with drainage conditions, stiffness parameters, and interface properties.
Soil BehaviourMesh Generation & Refinement
Automatic 3D tetrahedral mesh generation with local refinement zones around structures, tunnels, and load areas for optimised solution accuracy and reduced computation time.
FEM CoreConstruction Stage & Phase Modelling
Step-by-step simulation of excavation, embankment filling, dewatering, pile installation, and structural activation across multiple construction phases in full 3D space.
Staged AnalysisOutput & Results Interpretation
Post-processing of deformations, stress distributions, pore pressures, safety factors, load-displacement curves, and cross-section stress plots across the full 3D model domain.
Post-ProcessingDynamic & Seismic Analysis
Time-history and earthquake loading, liquefaction assessment, vibration from machinery or traffic, and absorbent boundary conditions for 3D wave propagation studies.
Seismic / DynamicCore Skills You'll Master
-
✔PLAXIS 2D ModellingBuild 2D geotechnical FEM models from scratch — soil layers, boundary conditions, material properties, and mesh generation.
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✔PLAXIS 3D ModellingExtend your skills to full 3D simulations for complex foundation, retaining, and tunnel geometry.
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✔Foundation & Retaining Wall AnalysisModel shallow and deep foundations, sheet piles, and retaining structures with real project parameters.
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✔Tunnel & Excavation ModellingSimulate staged excavation, TBM tunnelling, and NATM construction sequences in both 2D and 3D.
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✔Slope Stability & Dynamic AnalysisPerform safety factor calculations, seismic loading, and dynamic response analysis using PLAXIS tools.
Learn by Doing in PLAXIS 2D & 3D
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.
Master Both PLAXIS 2D & 3D
One course, complete coverage — from 2D fundamentals to advanced 3D modeling, all in a single enrollment.
Course Overview
If you've ever wanted to get hands-on with Geotechnical Analysis, our combined PLAXIS 2D & 3D training is for you. We’ll guide you through real-world scenarios like designing foundations, tunnels, and embankments using both 2D and 3D modeling. Whether you’re new to PLAXIS or looking to sharpen your skills, this course is packed with practical tips, interactive exercises, and expert support to help you confidently tackle complex geotechnical challenges in your projects. Join us and see how PLAXIS can make a real difference in your engineering work.
Key Features:
- Live interactive sessions
- Certificate of Excellence
- Live Q&A sessions
- Over 60 hours of class duration
- Hands-on learning through practical exercises.
- 1-Year Content Access
- 10 Project Assignments
- Capstone Industry Type Project
- Networking Opportunity
Duration: 14 Weeks
Format: Live Online Sessions (Zoom)
Batch Timing:
| Days | Every Friday, Saturday, and Sunday |
| Time | 2:30 PM UTC | 8 PM IST |
| Class Duration |
1.5 Hours |
Your PLAXIS 2D & 3D Learning Journey
Master both PLAXIS 2D and PLAXIS 3D, from geotechnical modelling fundamentals to advanced soil-structure interaction and industry-ready analysis projects.
Foundations
Geotechnical modelling basics, PLAXIS 2D & 3D interfaces and soil model input.
Soil & Material Modelling
Constitutive models, borehole data and material parameter assignment.
2D Structures & Staged Construction
Retaining walls, embankments and plane-strain construction sequencing in PLAXIS 2D.
3D Modelling & Advanced Analysis
Tunnels, complex foundations, groundwater flow and dynamic loading in PLAXIS 3D.
Portfolio Project
Capstone analysis comparing 2D and 3D approaches, design report and final presentation.
PLAXIS + Tunnel Course
= 10% Off Everything
Master 2D & 3D geotechnical modeling and specialized tunnel design in one bundle — live mentorship, real project workflows, and a job-ready skillset.
PLAXIS 2D & PLAXIS 3D Master Course Curriculum
- Introduction to Finite Element Method
- PLAXIS Fundamentals
- Geometry, Mesh & Analysis Setup
- Mohr-Coulomb Model
- Hardening Soil Model
- Advanced Constitutive Models
- Shallow Foundation Analysis
- Deep Foundation Analysis
- Project Assignment: Shallow Foundation
- Slope Stability Analysis
- Retaining Structures
- Project Assignment: Slope Stability
- Project Assignment: Diaphragm Wall Modeling
- Tunnel Construction Induced Deformation
- Tunnel Excavation Stages
- Project Assignment: Tunnel Modeling
- Groundwater Flow Analysis
- Seepage Modeling
- Settlement Analysis
- Time Dependent Consolidation
- Dynamic Loading
- Vibration Analysis
- Seismic Response Analysis
- Project Assignment: Seismic Analysis
- Capstone Project Assistance
- Industry Discussion
- Live Q/A Session
- PLAXIS 3D Environment
- Geometry Creation
- Meshing & Calculation Setup
- Soil Constitutive Models
- Material Calibration
- Advanced Soil Behaviour
- Shallow Foundation Modelling
- Pile Foundation Modelling
- Project Assignment: Pile Foundation Subjected to Combined Vertical & Lateral Loading
- Combined Loading Analysis
- Advanced Pile Behaviour
- Project Assignment: Pile Foundation Subjected to Combined Loading
- Deep Excavation Modelling
- Retaining Systems
- Support Design
- Tunnel Excavation Analysis
- Support System Modelling
- Project Assignment: Tunnels in Heterogeneous Soil Medium
- Dynamic Loading Cases
- Earthquake Engineering Applications
- Groundwater Seepage
- Consolidation Settlement
- Coupled Analysis
- Rock Mass Behaviour
- Ground Reinforcement Methods
- Project Assignment: Ground Improvement Technique
- Real Industry Project
- Case Study Discussion
- Final Doubt Session
How Our PLAXIS 2D & 3D Training Compares
Master both PLAXIS 2D and 3D through hands-on projects, expert mentoring, and industry-focused geotechnical analysis workflows.
| Feature | Pigso Learning | Generic Online | University |
|---|---|---|---|
| Full PLAXIS 2D & 3D Hands-On Training | ✔ Full Workflow | ✖ Theory Only | ✖ Rarely Covered |
| Live Instructor Sessions | ✔ Weekly Q&A | ✖ Recorded Only | ✔ Sometimes |
| Real Industry Case Studies | ✔ Geotechnical / Foundation | ✖ Generic | ✖ Academic Only |
| 2D & 3D Modeling 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 PLAXIS 2D & 3D training, live mentorship, and a job-ready skillset — all in 6–8 weeks.
Course Curriculum
1 Subject
PLAXIS Combines Course Syllabus for 2D and 3D
Module - 1 - Introduction to FEM & PLAXIS
Module - 2 - Material Models
Module - 3 Deformation induced by Shallow & Deep foundations
1. Project Assignment - Shallow Foundation
Module - 4 Deformations in Slops & Retaining structures
2. Project Assignment on Slope Stability
3. Project Assignment on Diaphragm Wall Modeling
Module - 5 Deformability induced by Tunnel Construction
4. Project Assignment on Tunnel Modeling
Module- 6 Groundwater Flow Modeling
Module - 7 Consolidation
Module - 8 Dynamic, Vibration & Siesmic Analysis
5. Project Assignment on Seismic Analysis
Module - 9 - Capstone Project Assistance and Doubt solving sesssion - Q/A
Module - 10 - PLAXIS 3D Software User-Interface
Module 11: Soil Material Models | Soil constitutive models
Module 12.1 : Modelling and Analysis of foundations
6 - Project Assignment - Pile foundation subjected to combined vertical and lateral loading
Module 12.2 : Modelling and Analysis of foundations
7 - Project Assignment - Pile foundation subjected to combined loading
Module 13: Excavations and Retaining Structures
Module 14: Tunnel Modeling and Analysis
8 - Project Assignment - Tunnels in heterogeneous soil medium
Module 15: Dynamic Analysis and Seismic Applications
Module 16: Groundwater Flow and Consolidation Analysis
Module 17: Rock Mechanics and Ground reinforcement
9 - Project Assignment - Ground improvement technique
Module - 18 - Project and case study
Doubt Session
Course Instructor
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Dr. Dinesh
4 Courses • 296 Students
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Mayank
9 Courses • 780 Students
Contact us
Reach out to our technical team now if you have any questions we are here to you select the right training plan and get started with PLAXIS software training online.
Frequently Asked Questions
Who should enrol in this PLAXIS training course?
This PLAXIS course is perfect for civil and geotechnical engineers, consultants, postgraduate students, and professionals seeking practical hands-on experience in PLAXIS 2D and 3D finite element modelling.
How is the PLAXIS software training online delivered?
The training includes video lessons, live demonstrations, guided exercises, downloadable practice files, and real-world modelling tasks you can complete at your own pace through our PLAXIS course online.
Will this course help me with real geotechnical projects?
Yes, the PLAXIS training course is designed with practical case studies covering slope stability, foundations, tunnelling, embankments, retaining systems, and groundwater-interaction challenges.
Do I receive a certificate after completing the PLAXIS online training?
Yes, after successful completion of the course, participants receive an industry-recognised certificate after completing all modules, demonstrating proficiency in PLAXIS 2D and PLAXIS 3D geotechnical FEM analysis.
Are the PLAXIS 2D and PLAXIS 3D modules beginner-friendly?
Yes, both modules start with fundamental concepts and gradually move to advanced simulations, making the PLAXIS learning experience smooth for beginners and intermediate users.
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.
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