Cross-domain modeling for evaluating reliability and performance
In a constantly changing world of design, we focus on providing a sound basis for decision-making in the early stages of product development. Our research ranges from theoretical and simulative investigations of mechatronic systems to the development of advanced control and prediction models and the precise measurement of vibration and shock excitation. Our equipment, with virtual investigation capabilities and leading software tools, provides a solid foundation for practical applications in today's product development and enables the coupling of physical and virtual models.
Your benefit
- Demand-oriented modeling
- Optimization of drive systems
- Linking of virtual investigation options in product development
- Evaluation of system behavior
- Twinning: Coupling between simulation (digital twin) and test bench
Your requirements
- Decision support in early product development
- Setting up a digital twin for model predictive control
- Measurement and simulation of vibration and shock excitation
Our offer
- Control and prediction models for drive systems
- Theoretical and simulative analysis of mechatronic systems to support decision-making in the early phases of product development
- Real-time coupling of the simulation on the test bench
akad. Dir. DI Sascha Ott
Managing Director Institute of Product Engineering
Managing Director KIT Center Mobility Systems
Managing Director Institute of Product Engineering
Managing Director KIT Center Mobility Systems
+49 721 608 43681
sascha ott ∂does-not-exist.kit edu
Standort Fasanengarten