General areas
- Physical and mathematical modeling of technical systems (mechanics, electrics, hydraulics, thermodynamics, pneumatics, ...)
- Implementation of models in simulation environments (e.g. Simulink®)
- Model-based controller software design (e.g. MATLAB®/Simulink®)
- Rapid Control Prototyping (e.g. with dSPACE prototyping tools)
- Analysis methods of control engineering
- Programming (e.g. MATLAB®)
Application-specific practical examples
- Electrics/electronics: e.g. e-motor, valve, magnetorheological shock absorber
- Thermodynamics/hydraulics: e.g. heat pump, water pump
- Pneumatics: e.g. air suspension
- Mechanics: e.g. vehicle dynamics control