Discover our Study Modules offers
Within the framework of our academic qualification programmes, you can take individual Master's modules. Each module focuses on a topic of numerical simulation and you will receive 5 ECTS credits for each. The ideal opportunity to combine current research results with real questions from your professional simulation practice. In the CADFEM Shop you can find out everything about the course contents, details & structure, requirements & registration, lecturers from science & practice, our partner universities and FAQs. Feel free to contact us via the shop for an information event, a test lecture or a personal conversation!
Fluid mechanicsCFD in Practice
Carry out a flow simulation from your professional field and benefit from practical tips and information
Degree course
Level
Structural mechanicsComputational Dynamics
Implicit and explicit methods with which to analyze behavior under dynamic influences using FEM
Degree course
Level
Structural mechanicsExperimental Validation
Virtual vs. real test: Simulations and experiments for mechanical, electrical and fluid-dynamic variables
Degree course
Level
Structural mechanicsFatigue and Fracture
Advanced knowledge to assess and prevent component damage and evaluate potential effects
Degree course
Level
Structural mechanicsFinite Element Method
Learn the theoretical foundations of FEM and modeling approaches for linear stress analyses and heat transfer.
Degree course
Level
Fluid mechanicsFluid Dynamics and Heat Transfer
Physical and analytical observation of numerous fluid mechanics and thermodynamics topics for efficient simulations
Degree course
Level
Structural mechanicsGeometrically Nonlinear and Contact Analysis
Introduction to methods of nonlinear dynamics, continuum mechanics and contact formulation, including FE modeling
Degree course
Level
Structural mechanicsMaterials and Material Models
Formulation of constitutive equations, description of nonlinear material models and numerical use in FEM
Degree course
Level
Structural mechanicsMathematics and Computational Methods
Understand mathematics and numerical concepts behind the finite element method and related methods.
Degree course
Level
Fluid mechanicsMathematics and Computational Methods
Understand numerical concepts behind flow simulation and related processes as well as engineering mathematical problems
Degree course
Level
MultiphysicsMechatronics
Learn physical and numerical knowledge for modeling and dynamic simulation of mechatronic systems.
