PhD - A Generator of Optimized Winding Schemes in Electrical Machines
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Job Description
• You will develop a novel mathematical approach for the comprehensive modeling of pin winding systems (hairpin windings), thereby laying the foundation for innovative electric machine designs.
• Furthermore, you research and formulate robust mathematical representations of highly complex real-world boundary conditions and constraints, including symmetry requirements, operating conditions, as well as manufacturing and production restrictions.
• Your tasks include precisely analyzing and critically evaluating the computational complexity, feasibility, and runtime performance of your proposed discrete optimization algorithms.
• Last but not least, you integrate your mathematical models into existing simulation tools to systematically evaluate and optimize winding schemes based on defined key performance indicators (KPIs).
Requirements
Function: Research
Experience Level: Entry Level