The thesis involves examining the following aspects:

• Which physical quantities are suitable for drawing conclusions about the friction behavior?
• To what extent are filter and observer approaches theoretically suitable?
• What disturbance and influencing factors limit the validity of such procedures?

The thesis includes:

• Research and categorization of the state of the art in friction evaluation and model-based system analysis
• Derivation of a simplified physical model for friction calculation
• Investigation of suitable filter and observer concepts from a control engineering perspective
• Qualitative evaluation of the results using simulation
• Discussion of the findings and derivation of conclusions for possible further development at the conceptual level

The concrete methodological design will be carried out in the course of the work in close coordination with the academic supervisor.

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You'll support the ADAS team in developing driver assistance systems for passenger cars and commercial vehicles.

• Coordinate test vehicles and integrate measurement equipment
• Commission measurement technology and sensorics of the vehicle
• Conduct measurements according to a test catalog
• Evaluate, analyze, and document the results
• Collaborate directly with the project team
• Perform technical documentation
• Create presentations

What you need

• Studium im Bereich Maschinenbau, Elektrotechnik, Fahrzeugtechnik, Mechatronik oder artverwandter Disziplinen
• Systemverständnis
• Grundlagen im Bereich ADAS Funktionen und Sensorik
• Analytisches, systematisches und zielorientiertes Arbeiten mit hoher Eigenständigkeit
• Begeisterung und Interesse, ein Zukunftsthema der Automobilindustrie mitzugestalten und weiterzuentwickeln
• Sicher im Umgang mit den gängigen MS Office-Anwendungen, insbesondere Word, Excel und PowerPoint
• Gute Deutsch- und Englischkenntnisse
• Hohes Maß an Selbstständigkeit, Teamfähigkeit, Verantwortungs- und Qualitätsbewusstsein

Why this matters

This role is about supporting the development of driver assistance systems for passenger cars and commercial vehicles. You'll work with a team to design and test these systems, and contribute to the creation of innovative solutions for the automotive industry.

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