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, material, technical and stakeholder requirements into façade design interventions. Design, prototype and evaluate biophilic façade concepts integrating vegetation, water retention, circular materials and/or
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in finite-element analysis Experience in medical image analysis and data processing Basic knowledge of and/or experience in AI-driven models The ability to manage multiple tasks effectively Excellent
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stakeholder requirements into façade design interventions. Design, prototype and evaluate biophilic façade concepts integrating vegetation, water retention, circular materials and/or habitat-supporting features
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-scale imaging measurements (particle/bubble tracking velocimetry) of the wind field at the landing deck of a marine vessel. The main goal will be to analyse the full-scale wind field, and particularly
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regulators of pathological processes underlying cardiorenal disease and comorbidity crosstalk This project focuses on pathological processes associated with cardiorenal disease and its common comorbidities
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emerged as a new learning paradigm in AI. These models learn from large datasets through self-supervision and have proved to generalize across many applications. Successful examples of foundation models
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enabled pathway for high value secondary metabolites. By generating and integrating multi-omics, imaging and process datasets, the project will enable AI to (i) accelerate callus line development through
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26 Jun 2026 Job Information Organisation/Company Delft University of Technology (TU Delft) Research Field Engineering » Computer engineering Engineering » Electrical engineering Researcher Profile
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domains: robot learning and manipulation, embodied agents, and biomedical dynamics (e.g. mechanism-informed generative models of biological processes), demonstrating that the same principles transfer
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Jankowski, Dr. Heidi Noels, Prof. Dr. Leon Schurgers, CARIM) Identification of novel regulators of pathological processes underlying cardiorenal disease and comorbidity crosstalk This project focuses