Masterarbeit Modellbasierte Bewertung Des Einflusses Von Physikalischen Unsicherheiten Für Ein Zweirad
Bosch Rexroth Pty. Ltd.
Renningen, Germany
On-site
Master's degree in engineering sciences
Matlab/simulink proficiency
Python programming skills
Bosch Rexroth is seeking a Master's student for a project involving the model-based assessment of physical uncertainties in two-wheeled vehicles, focusing on the development of control and assistance functions for E-bikes. The role requires strong skills in MATLAB/Python and knowledge in control engineering, with a commitment to working on-site in Renningen, Germany
Job Summary
The role involves creating a suitable two-wheeled vehicle model in MATLAB or Python to analyze the impact of physical uncertainties.
Candidates will implement intrusive polynomial chaos development to systematically investigate parameter influences on model states.
Results will be experimentally validated on an existing two-wheeled prototype, followed by the design of a robust controller.
Matching Summary
Match Score: 85
Bosch Rexroth is seeking a Master's student for a project involving the model-based assessment of physical uncertainties in two-wheeled vehicles, focusing on the development of control and assistance functions for E-bikes. The role requires strong skills in MATLAB/Python and knowledge in control engineering, with a commitment to working on-site in Renningen, Germany.
Skills & Requirements
Must-have
Master's degree in Engineering Sciences
MATLAB/Simulink proficiency
Python programming skills
Control theory and signal processing knowledge
Vehicle dynamics understanding
Nice-to-have
Experience with Uncertainty Quantification methods