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The topic involves the development and improvement of electrical insulation systems and materials, as well as corresponding lifetime modeling. These materials are intended for use in electric drive systems in battery electric vehicles (BEVs). The challenge is to ensure the insulation capability of the insulation system, especially under high voltage rise gradients and elevated operating temperatures in the electrical components 'electric machine' and 'power electronics' for controlling the machine. The topic not only includes the specific application but also the determination of the failure mechanisms of the materials in use and the physical-based modeling of the degradation of the material and the system. Based on this, service lifetimes are to be estimated, which can be used and calibrated for determining the product lifetime over mission profiles. Furthermore, in addition to the materials, the property descriptions, qualification, and testing and analysis techniques are to be researched and developed. Help shape the future of electric mobility – apply now and bring your scientific curiosity into a hands-on research environment!
Job Responsibility:
Conducting a doctoral research project on the topic: 'Lifetime Modeling of Insulation Materials'
Designing, simulating, creating the design and layout of test samples for the materials
Creating a lifetime model based on physical damage mechanisms
Building laboratory samples as well as measuring and calibrating the models
Conducting, evaluating, and communicating material simulations
Requirements:
Good to very good university degree qualifying for doctoral studies in physics, electrical engineering, or chemistry
Solid knowledge in the field of power electronics, electric machines, high-voltage (HV) batteries, and other components of electrical engineering
Practical experience in the areas of simulation techniques, including finite element method (FEM) simulations, as well as in assembly and interconnection technologies, metallurgy, and module design
Proficiency in characterizing electrical components, including measurement technologies and analytical techniques for insulation materials, partial discharge analysis, and insulation testing
What we offer:
Attractive salary & 30 vacation days (+ 24.12. and 31.12. off)
35-hour week, flexible working hours, remote work
Special conditions for the purchase and leasing of vehicles
Free seminars on scientific work and interdisciplinary qualifications
Participation in the doctoral network for scientific exchange with science representatives and other doctoral candidates within the Volkswagen Group
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