In Partnership with Evotech CAE
Launching Mid-September

Model Debugging
in FEA

Name: Model Debugging in FEA
Price: 500 USD
Availability: PreOrder

Stop guessing. Start diagnosing. Learn the systematic, six-step workflow to identify, diagnose, and resolve errors and convergence failures in your FEA models — taught by two practicing analysts.

📹 8 Hours of Video 📐 10 Lectures Across 3 Sessions 🔁 On-Demand · Learn at Your Pace ♾️ Unlimited Access 📜 Certificate of Completion

🔥 25% OFF Standard Price — First Month Only

Standard Enrollment · Launching Mid-September US$ 500 US$ 375 during the first month after launch

Join the Waitlist 📄 Download Curriculum Guide

What you get for US$ 500

A complete diagnostic toolkit built from real consulting work — not platform markups or intermediary fees. Enrollment opens mid-September.

8 h

of video content

lectures across 3 sessions

accuracy checks in the verification toolkit

mathematical validity checks

step Universal Debugging Workflow

specific contact diagnostic checks

check energy debugging protocol

Golden Rules of FEA Debugging

🎓

Expert-Led Curriculum

Taught by Dominique Madier (25+ years FEA) and Dr. Steffan Evans (20 years Airbus/BAE Systems) — two specialists who debug real client models every week.

💻

10 Lectures with Worked Examples

Theory, worked examples, decision workflows, and guided exercises drawn directly from the instructors' consulting work — progressing from foundational verification to advanced debugging.

✅

Checklists & Diagnostic Reference Cards

The 18-item Accuracy Checklist, 3 mathematical validity checks, pre- and post-analysis checklists, symptom-to-root-cause tables, and troubleshooting decision trees — yours to keep and reuse.

🧪

Hands-on Debugging Exercises

A guided exercise on a model with embedded errors, real-world case studies, and advanced hands-on challenges to apply the workflow on your own.

🧰

Contact & Energy Diagnostic Toolboxes

Six specific contact diagnostic checks with pass/fail criteria, plus the four-check energy debugging protocol for the toughest nonlinear scenarios.

💬

Direct Q&A with Specialists

Ask questions in the course discussion space and get answers from analysts who debug complex client models in their day-to-day work.

📌 Earn a verified Certificate of Completion — and share your achievement instantly on LinkedIn.

Course Curriculum

10 lectures organized into three sessions, illustrated with real examples drawn from the instructors' consulting work. The course progresses from foundational verification through convergence diagnosis to advanced debugging, culminating in hands-on challenges on models with embedded errors.

Session 1 — Understanding Common Modeling Errors & Verification Methods

1.1

Introduction to Model Debugging

1.2

Common Modeling Errors and How to Detect Them

1.3

The Model Verification Toolkit: Checking the Fundamentals

1.4

Hands-on Debugging Exercise

Session 2 — Debugging Non-Linear Convergence & Result Validation

2.1

Understanding Non-Linear Convergence Issues

2.2

Troubleshooting Analysis Output

2.3

Case Studies: Real-World Debugging Examples

Session 3 — Advanced Debugging & Best Practices

3.1

Advanced Debugging Techniques

3.2

Walk Through a Full Analysis

3.3

Course Wrap-Up and Key Takeaways

📌 Every concept is illustrated with real examples from the instructors' day-to-day consulting work.
Includes: the 6-step Universal Debugging Workflow, the 18-item Accuracy Checklist, troubleshooting decision trees, and the 10 Golden Rules of FEA Debugging.

📄 Download the Curriculum Guide

Who This Course Is For

Designed for engineers who want to move from ad hoc troubleshooting to systematic, efficient model debugging.

🛠️

Practicing FEA Engineers

Across aerospace, automotive, marine, rail, energy, structural and civil engineering, biomedical, heavy machinery, consumer products, or robotics, who need to ensure result reliability.

📐

Design Engineers

Engineers who use simulation to justify sizing, safety margins, and certification decisions and need a rigorous verification and validation workflow.

📈

Intermediate to Advanced Analysts

Comfortable building models and running solvers, but want to strengthen diagnostic skills when convergence fails or results look suspicious.

👥

Team Leads & Simulation Managers

Anyone who wants to establish quality standards, checklists, and a debugging culture within their FEA team.

🔀

Engineers Moving into Nonlinear Analysis

Those encountering convergence issues for the first time who need a structured approach rather than trial-and-error.

ℹ️ Prerequisites: Working knowledge of FEA concepts (meshing, boundary conditions, element types, solver execution) and hands-on experience running at least linear static analyses in a commercial FEA package.

Your Instructors

Every diagnostic method in this course comes from real client models the instructors debug in their day-to-day consulting work — not a generic FEA syllabus.

Dominique Madier

FEA Analyst · Trainer · Book Author
Founder of FEA Academy & FEA Experts

25+ years as a senior FEA consultant and trainer
Aerospace clients include Airbus, Dassault Aviation, Safran, Bell Helicopter, Bombardier Aerosapce, Pratt & Whitney Canada, and Beta Technologies,
Author of "Practical Finite Element Analysis for Mechanical Engineers" and "Harness the Power of FEA"
Founder of FEA Academy and FEA Experts — FEA consulting, training, coaching, and mentoring

Dr. Steffan Evans

FEA Analyst & Trainer · "The Apex Guy"
Director of Evotech CAE Ltd.

Doctor of Engineering in Multi-Parameter Structural Optimisation
Chartered Mechanical Engineer (UK) · NAFEMS Certified Professional Simulation Engineer (Advanced)
20 years at Airbus / BAE Systems Supply Chain in strategic FEA development, analysis, and verification
Runs Evotech CAE Ltd., an engineered product consultancy in CAE, FEA, and Design Optimisation, partnered with MSC Software

Enrollment Options

The course opens for enrollment mid-September. Join the waitlist now and you'll be notified the moment it goes live — every tier below gives access to the exact same course content and instructor support.

Regional Price

Local rate

Adjusted to local purchasing power — same real value

Full 8 h course access
All 10 lectures across 3 sessions
Full checklist & diagnostic reference library
Community & Q&A with instructors
Certificate of completion
See the Regional Prices below

Standard

Direct Enrollment

US$ 500

One-time payment at launch

25% off (US$375) during the first month after launch

Full 8 h course access
All 10 lectures across 3 sessions
Full checklist & diagnostic reference library
Community & Q&A with instructors
Certificate of completion
Instant access after checkout

Student

50% Off

For full-time students · verification required

Full 8 h course access
All 10 lectures across 3 sessions
Full checklist & diagnostic reference library
Community & Q&A with instructors
Certificate of completion

🚀 Not open for enrollment yet

Join the Waitlist

Waitlist members are notified first & get first access to the launch price

Regional Prices

Because purchasing power varies significantly across countries, FEA Academy offers adjusted local prices. The amounts below represent the same real value as US$ 500 — calibrated to local economic conditions, not a reduced product.

⚠️Regional pricing is NOT for residents of USA, Canada, Western Europe, Japan, Australia, New Zealand, Singapore, Hong Kong, Taiwan, South Korea, Israel and the Gulf states. For these countries, the standard US$ pricing applies.

🌏 East & Southeast Asia

China1 700 CNY

Malaysia700 MYR

Philippines10 000 PHP

Thailand6 250 THB

Indonesia2 750 000 IDR

🌎 Latin America

Argentina170 000 ARS

Brazil1 050 BRL

Chile220 000 CLP

Mexico3 800 MXN

🌏 South Asia & Eurasia

Bangladesh18 000 BDT

India11 700 INR

Pakistan35 000 PKR

Turkey4 800 TRY

Russia12 500 RUB

🌍 European Balkans

Albania25 000 ALL

Bosnia & Herzegovina360 BAM

Bulgaria200 EUR

Croatia250 EUR

Kosovo190 EUR

Montenegro185 EUR

North Macedonia10 000 MKD

Romania1 050 RON

Serbia22 500 RSD

🌍 Africa

Algeria19 000 DZD

Egypt6 300 EGP

Morocco1 700 MAD

South Africa3 400 ZAR

Tunisia460 TND

Nigeria175 000 NGN

Frequently Asked Questions

Everything you need to know before joining the waitlist.

When does the course launch?

Mid-September 2026. Enrollment is not yet open — join the waitlist and you'll be notified the moment it goes live, with first access to the launch price.

What is the objective of this course?

To turn debugging from a reactive troubleshooting exercise into a structured engineering discipline. You'll learn to systematically identify, diagnose, and resolve errors in FEA simulations, building confidence, repeatability, and credibility into every analysis.

What will I be able to do after completing it?

Apply the 6-step Universal Debugging Workflow to any FEA problem, run the 18-item accuracy checklist and 3 mathematical validity checks before a solver is ever launched, diagnose non-linear convergence failures from solver logs, and verify results for physical consistency instead of guessing.

What are the prerequisites?

Working knowledge of FEA concepts (meshing, boundary conditions, element types, solver execution) and hands-on experience running at least linear and nonlinear static analyses in a commercial FEA package.

Who should attend?

Practicing FEA engineers and design engineers across any industry, intermediate to advanced analysts who want to strengthen their diagnostic skills, team leads building a debugging culture, and engineers moving into nonlinear analysis for the first time.

Is the course software-agnostic?

Yes. The debugging workflow, checklists, and diagnostic frameworks apply across any commercial FEA package. Examples are drawn from the instructors' day-to-day consulting work across multiple solvers.

How long will I have access?

Unlimited. Once enrolled, you can revisit any lecture at any time to support your day-to-day engineering work, and access the virtual classroom 24/7 from anywhere with an internet connection.

Does FEA Academy offer other courses?

Yes. Practical Basic FEA covers universal FEA modeling techniques, and Practical Nonlinear FEA covers geometric and material nonlinearity, contacts, and convergence strategies. Model Debugging in FEA is designed to complement both by focusing specifically on diagnosis and verification.