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simulation methods and scientific software development. The successful candidate will contribute to research and development on: EMT simulation of future power systems. Simulation methods for converter
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of both biology and (agent-driven) software engineering Fluency in written and spoken English Embraces complexity Our offer An interdisciplinary environment spanning wet-lab, technology-development and
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, Trustworthy AI, Software Engineering, and Cybersecurity. The group is developing novel methods, tools, and platforms to support the safe deployment of AI systems in real-world environments. Current research
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/data-driven modelling; parameter identification and optimization; scientific software development. Importantly, direct experience with PVD is not mandatory. Candidates with strong backgrounds in
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formulate control problems as sequential decision-making tasks; Contribute to scientific publications, software, and reproducible research workflows; Present findings at project meetings, conferences, and
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. They refer to different levels of human anatomy (e.g. cells, tissues, organs or organ systems). VHTs are built using software models and data and are designed to mimic and predict behavior of their physical
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. Experience with LCA software (e.g., SimaPro, openLCA, or GaBi) and databases (e.g., ecoinvent). Strong publication record in peer-reviewed journals relevant to sustainability assessment, circular economy, or
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to interdisciplinary work, availability and interest in learning to use software tools useful for research; Ability to work both independently and within a multidisciplinary team; Fluency in English and French
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as sequential decision-making tasks; Contribute to scientific publications, software, and reproducible research workflows; Present findings at project meetings, conferences, and workshops
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investigate end-to end guarantees of correctness. When successful, this will have a major impact on the way combinatorial optimization software is developed, evaluated, and used: the proofs produced