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Systems Engineering, driving forward computer-aided and experimental approaches to the modelling, simulation, analysis and optimisation of sustainable process engineering processes, incorporating
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Development of simulation and optimisation models for smart charging and bidirectional charging of electric vehicles Modelling of renewable energy generation and consumption within energy communities
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, as well as involvement in in-situ measurement campaigns on track Contribution to the creation of simulation models (e.g., multibody systems, basic friction and drive models) for interpreting
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intelligence, or related areas Experience with large language models, machine learning systems, software testing, program analysis, requirements analysis, or software quality assurance Strong programming skills
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for engineering mechanics in mechanical, industrial, digital and biomedical engineering courses of study. In addition to the basic training, specialization lectures for advanced modeling and simulation techniques