The topics extend along the life cycle of the battery from the description of the production process over the optimization of materials and electrode structures up to the analysis of the aging behavior. The work requires a good physical and chemical understanding, knowledge in modelling and simulation and experience with the implementation of models in C/C++ or Matlab. Basic knowledge of batteries and electrochemistry is desirable
excellent master degree in physics, mathematics, or engineering e.g. chemical engineering, mechanical engineering, or similar; proficient English language skills; passion for innovative research
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