Master PLAXIS 2D, 3D, Tunnel Designs and Advanced Foundation Course with live, industry-led training. Study from real project case studies, and get mentored by experts to get certified.
Get job-ready PLAXIS skills through live expert-led sessions, practical projects, and real-world case studies.
Transform your engineering potential into industry-ready expertise with practical PLAXIS training and real project experience.
Master FEM basics, geometry setup, meshing, construction staging, and analysis workflows.
Learn Mohr-Coulomb, Hardening Soil, and Hoek-Brown models of soil behaviour under loading conditions.
Cover Flow field modeling for Dry excavation, Close flow Boundary formation and Stone column Design and analysis.
Get hands-on experience in working on both the Tunnel Design method in real time using PLAXIS FEA Software.
Work on Flow field modeling for Dry excavation, retaining walls, and staged construction with settlement assessment
Learn from generating outputs in different formats for each module to the preparation of final engineering reports.
PLAXIS is the global standard for geotechnical FEM analysis. Here's why mastering it directly impacts your career.
Metros, highways, and dams explicitly require PLAXIS analysis in bid documents.
FEM-certified engineers consistently earn more than peers using traditional methods.
Opens doors at AECOM, Arup, Mott MacDonald across 40+ countries.
Justify leaner, data-backed designs and reduce over-engineering on real projects.
Join 2,400+ engineers who've already levelled up.
Start Your PLAXIS JourneyWhere PLAXIS skills are used across infrastructure and geotechnical engineering sectors.
Design TBM tunnels, underground stations, and cut-and-cover structures with PLAXIS.
Analyze embankments, retaining structures, slope stability, and pavement foundations for infrastructure projects.
Model pile groups, load response, raft foundations, and soil-structure interaction with confidence.
Study seepage control, dam stability, spillway performance, and embankment safety analysis.
Predict settlement, design deep basements, and analyse diaphragm walls and nearby structures.
Evaluate slope stability, tailings dams, underground workings, and subsidence with advanced PLAXIS analysis.
Learn to understand the marine geotechnical challenges in offshore and waterfront developments.
Strengthen energy project designs with advanced geotechnical analysis.
Develop industry-ready PLAXIS skills and create portfolio projects that showcase your engineering capabilities.
Learn PLAXIS through live sessions with real-time doubt solving and expert guidance.
Get access to your course recordings and resources for 12 months
Work on end-to-end training projects and build a strong portfolio.
Get personalised support and feedback from experienced mentors.
Complete graded PLAXIS exercises after each module to track your progress.
Earn an internationally recognised certification that validates your expertise.
Learn through real project-based PLAXIS software training online with practical case studies.
Attend flexible live course sessions on Zoom, ideal for working professionals.
Build practical simulation projects that showcase your skills and engineering expertise.
Model shallow foundation systems under static loading and evaluate settlement, bearing capacity, and stress distribution for practical design cases.
Perform stability analysis of natural and engineered slopes using strength reduction techniques and investigate potential failure mechanisms..
Simulate diaphragm wall-supported excavations, evaluate wall deformation, ground settlement, and support system performance.
Analyse tunnel excavation using both TBM and NATM approaches, including lining installation, ground response, and settlement prediction.
Study load-sharing behaviour between piles and raft foundations, assessing settlement, stress transfer, and overall foundation performance.
Model tunnel construction through complex hill terrain conditions, considering varying geology, overburden effects, and excavation-induced deformation.
Get certified and become industry-ready with the assistance of our expert educators who combine practical knowledge with training
Senior Geotechnical Engineer and Professor with 20+ years of hands-on experience across pile foundations, diaphragm walls, ground improvement, retaining structures, and metro rail infrastructure. Former Deputy Manager at ITD Cementation India Limited. Has delivered geotechnical solutions for 140+ projects across India, Germany, Malaysia, and Dubai — including Delhi Metro, Jaipur Metro, IOCL Paradip Refinery, and Vedanta Aluminium Plant.
PhD in Geotechnical Engineering from CSIR-CBRI Roorkee with 8+ years of hands-on PLAXIS 2D & 3D modelling experience. Research specialist in piled raft foundations, slope stability, and liquefaction assessment. Published 12 research papers including 5 in high-impact SCI/SCIE journals. Multiple national and international award recipient. International research exposure at Shanghai Jiao Tong University and IIT Kanpur.
PhD from NIT Tiruchirappalli in laterally loaded finned and helical piles, currently Post-Doctoral Fellow at IIT Bombay researching offshore wind turbine monopile foundations. Over 10 years of PLAXIS 2D & 3D modelling experience spanning pile foundations, embankment consolidation, slope excavations, dredging safety, and tunnel analysis. Published 10+ peer-reviewed research papers.
We researched every major PLAXIS training provider so you don't have to. Here's an honest, feature-by-feature comparison.
| Feature | 🏆 PIGSO Learning | 🏫 RAM CADs Campus | 🌍 Inge Expert | 🎓 Udemy |
|---|---|---|---|---|
| Training Format | ✔ Live cohort, real-time every session | ~ 6–12 live sessions (90 min); eCourse option | ~ Pre-recorded + 3 live Q&A webinars | ✘ 100% pre-recorded, no live sessions |
| Course Duration | ✔ 6–8 weeks, 30–40+ hours | ~ 9–18 hrs live; 4-day workshop option | ~ 50 hrs over 6 weeks (self-paced) | ✘ 2–8 hrs, single-topic only |
| Certificate Authority | ✔ PIGSO — industry recognised, LinkedIn ready | ✔ Bentley Systems global certificate | ✔ Blockchain-secured Ingeoexpert cert | ~ Udemy cert — low industry value |
| Indian Project Case Studies | ✔ Real metro, highway & dam projects | ✘ Generic PLAXIS manual examples | ✘ European & LatAm projects only | ✘ Academic/generic, varies by instructor |
| Doubt Support | ✔ WhatsApp + email + live Q&A | ~ Community forum only | ~ Forum + 3 webinar Q&A sessions | ✘ Thread Q&A, slow response times |
| Content Access | ✔ 1-year full access | ~ 60 days (eCourse); live unclear | ✔ Lifetime on virtual campus | ✔ Lifetime (platform dependent) |
| Language | ✔ English + Spanish batches | ✘ English only | ✔ English + Spanish | ~ English + some Arabic/Portuguese |
| Portfolio Projects | ✔ 5–6 full simulation projects | ~ Guided exercises, not portfolio-focused | ~ Practical cases + end assessment | ✘ Single-topic walkthroughs only |
| Job Placement | ✔ 2,400+ alumni network, referrals | ~ Forum networking only | ✘ None | ✘ None |
| Tunnel / Advanced Course | ✔ Dedicated full courses (Tunnel + Foundation) | ~ Covered in advanced modules, no standalone | ✔ Dedicated TBM, NATM, segmental lining | ✘ No comprehensive tunnel program |
| Instructor Profile | ✔ 10–15 yrs Indian infra project experience | ~ Industry engineers, Bentley-validated | ✔ Bentley Qualified Trainers, international | ~ Mixed — quality varies by course |
* Data based on publicly available course information as of 2026. Features may change — always verify directly with each provider.
Real job titles our alumni are landing after completing PLAXIS training.
FEM analysis, site investigation, foundation design for infrastructure projects.
TBM/NATM tunnel modelling, lining design, ground settlement prediction.
Numerical modelling consultant for large-scale geotechnical problems.
Pile analysis, raft foundations, soil-structure interaction for buildings.
Independent consulting for infrastructure, ports, dams, and mining projects.
PhD research, IIT/NIT faculty positions in geomechanics and computational geotechnics.
Soil-structure interaction analysis for high-rise buildings and deep basements.
Offshore foundations, wind farms, pipeline embedment for energy companies.
Real feedback from engineers who completed our PLAXIS training and transformed their careers.
"The online PLAXIS 2D course was excellent and well-structured. The instructors provided clear explanations, and the practical exercises were valuable for hands-on learning. The course successfully balanced theoretical concepts with practical applications. I highly recommend it for engineers seeking to develop their geotechnical modeling skills."
"PLAXIS 2D WIth PIGSO LEARNING. It was really a very nice experience with PIGSO LEARNING. Team is very cooperative and the very knowledgeable resource person so as the great learning experience. The conduction of course is really very smooth and well planned."
"I recently completed PLAXIS training to upskill in geotechnical design. The course was highly beneficial in enhancing my understanding of soil-structure interaction, advanced modeling techniques, and practical applications in real-world projects. As someone working in the design field, this training has significantly improved my efficiency and precision in analyzing complex geotechnical problems. A worthwhile investment for professional growth."
"It was a wonderful platform to enhance skills in the field of research. I really appreciate the organizer, who is providing the utmost benefits to new learners. The training program provided clear explanations and allocated extra time.
"Excellent Training I enrolled in Plaxis. Useful course for the Geotechnical and Structural Engineers. The instructor has a vase technical knowledge of the subject, usually it is difficult to find in other institutes. The topics taught were also according to the industry standards.
"The online PLAXIS 2D course was excellent and well-structured. The instructors provided clear explanations, and the practical exercises were valuable for hands-on learning. The course successfully balanced theoretical concepts with practical applications. I highly recommend it for engineers seeking to develop their geotechnical modeling skills."
"PLAXIS 2D WIth PIGSO LEARNING. It was really a very nice experience with PIGSO LEARNING. Team is very cooperative and the very knowledgeable resource person so as the great learning experience. The conduction of course is really very smooth and well planned."
"I recently completed PLAXIS training to upskill in geotechnical design. The course was highly beneficial in enhancing my understanding of soil-structure interaction, advanced modeling techniques, and practical applications in real-world projects. As someone working in the design field, this training has significantly improved my efficiency and precision in analyzing complex geotechnical problems. A worthwhile investment for professional growth."
"It was a wonderful platform to enhance skills in the field of research. I really appreciate the organizer, who is providing the utmost benefits to new learners. The training program provided clear explanations and allocated extra time.
"Excellent Training I enrolled in Plaxis. Useful course for the Geotechnical and Structural Engineers. The instructor has a vase technical knowledge of the subject, usually it is difficult to find in other institutes. The topics taught were also according to the industry standards.
Get instant batch support, share your PLAXIS doubts, and receive quick mentor responses.
Join a growing PLAXIS learning community and connect with 2,400+ alumni and professionals.
Book 1-on-1 mentor sessions to review your PLAXIS work and get career guidance.
Expand Your PLAXIS Knowledge Beyond the Classroomm
Join free live sessions on PLAXIS, geotechnical engineering, industry trends, and real-world engineering applications led by experienced professionals.
A beginner-friendly session covering the PLAXIS interface, basic mesh setup, and your first simulation run.
Register Free →
Advanced 2-hour masterclass on modelling TBM-induced settlement using actual project data from a live metro project.
VIEW RECORDING →
Understand the practical decision between 2D plane-strain and full 3D modelling for different project types.
VIEW RECORDING→
