Learn Finite Element Analysis with practical, industry-based training that builds confidence.
These expert-led FEA courses focus on the practical aspects of modeling, best practices, an in-depth understanding of both linear and nonlinear FEA methodologies, and the interpretation of results, so that engineers can use FEA correctly in real projects and do better in their jobs.
New to Finite Element Analysis? Start with Practical Basic FEA.
Universal modeling techniques, linear static and buckling, and modal analysis. Expert instruction you can follow at your own pace.
US$ 600 standard price
Regional prices based on purchasing power parity are available for some countries. 50% discount for students.
Already running linear analysis? Nonlinear FEA is your next step.
Universal modeling techniques for nonlinear analysis: geometric nonlinearity, material nonlinearity, and contact. Expert instruction you can follow at your own pace.
US$ 600 standard price
Regional prices based on purchasing power parity are available for some countries. 50% discount for students.
Get the full FEA training journey in one package at the best price.
Both flagship courses combined into one learning path to master the right modeling techniques. Expert instruction you can follow at your own pace.
US$ 900 standard price (save 25%)
Regional prices based on purchasing power parity are available for some countries. 50% discount for students.
Stop guessing. Start diagnosing.
Learn the systematic, six-step workflow to identify, diagnose, and resolve errors in your FEA models. Expert instruction you can follow at your own pace.
US$ 500 standard price
Regional prices based on purchasing power parity are available for some countries. 50% discount for students.
Take the 5-minute FEA Competence Diagnostic and get a personalized course recommendation.
No registration required. 5 minutes. Instant result.
FEA Academy and Dominique Madier have been featured across respected engineering and technical media, with interviews, expert insights, and appearances on advanced finite element analysis, simulation strategy, and engineering best practices.