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model-based control tailored to systems like NudgeFlow. The framework decomposes the global control problem into smaller local problems for each zone or room, enabling independent optimization with local
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manufacturer. This is the main reason for which a large part of an aircraft’s lifecycle operation cost is spent for inspecting its structural integrity on the ground. On-line detection, autonomous and
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. Ability to work independently and good organisational skills. Willingness to conduct research as part of a larger project and ability to integrate well into a team. An interdisciplinary mindset and
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to critically analyse theoretical texts. You have a fluent writing style. You are able to work independently, but also in a team and you show sufficient initiative. You are able to successfully complete a
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equivalent•Experience in bioinformatics or AI is a plus•Excellent verbal and written English communication and interpersonal skills•Ability to work independently together with a creative problem-solving
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astrophysics, and/or computational (astro)physics are strong assets. The ideal applicants are committed and curious, have strong problem-solving skills, are proficient in programming, can integrate and work in a
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Number BAP-2025-604 Is the Job related to staff position within a Research Infrastructure? No Offer Description This doctoral research is part of a broader research project (EPCAP 3.0), which evaluates
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This interdisciplinary project uses advanced stem cell-based embryo models, called blastoids (developed in the laboratory of Prof. Vincent Pasque), which mimic the early human blastocyst stage. Your work will focus
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will be one use case to test and validate the Framework).Specific research objectives: Analyse the technical gaps and obstacles that hinder the implementation of social justice in AI systems in
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with your supervisory team. This project will involve experimental design and require strong programming and analytical skills. Collaborate in a team: Work closely with other research project members