Professional Development
CADFEM supports lifelong learning for engineering simulation. We provide a broad spectrum of simulation knowledge: from CAE fundamentals, useful background knowledge and best practical applications of simulation software through to simulation-related management topics. Your added value: strong practical focus and sustained learning outcomes. Register for trainings & e-learning, study modules, certificates / CAS & master courses directly in the CADFEM Shop or contact our professional development team!

CAS Computational Fluid Dynamics
Career-integrated CFD course to reliably plan, execute and assess flow simulations
Degree course
Level

Certificate Advanced Computational Mechanics
Current simulation topics in the customizable short study program for expert knowledge at master’s level
Degree course
Level

Certificate Computational Mechanics
Short study program for a well-founded introduction to structural mechanics simulation and a better understanding of FEM
Degree course
Level

Certificate Digital Twins for Cities
Understand how to use digital city models in a decision-making process for sustainability, growth, livability and security.
Degree course
Level

CFD analysis of turbomachinery
Practical application of ANSYS TurboSystem tools for design, simulation and optimization of radial and axial flow machines
Training
Level

CFD in Practice
Carry out a flow simulation from your professional field and benefit from practical tips and information
Degree course
Level

CFD simulations with Ansys Fluent
Learn about workflows for flow simulations – model selection, meshing, calculation, evaluation, quality control.
Training
Level

Computational Dynamics
Implicit and explicit methods with which to analyze behavior under dynamic influences using FEM
Degree course
Level

Contact modeling with Ansys Mechanical
Understanding linear and non-linear contacts in order to improve the efficiency and accuracy of assembly simulation
Training
eLearning
Level

Customization and enhancement of Ansys Workbench applications with ACT
Adapting ANSYS to individual needs using Python and automating processes
Training
Level

Experimental Validation
Virtual vs. real test: Simulations and experiments for mechanical, electrical and fluid-dynamic variables