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comprehensive computational modules that simulate the microbial behavior of bioproducts and quantify/estimate their resource dependencies across various scales. This PhD position is part of a unique
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in biomaterials and bioprinting Experience in computational fluidic dynamics (i.e., COMSOL, Ansys Fluent) Experience in cell culture Knowledge of microfluidics computer simulation finite element
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management in hydrogen fuel cell- and electric battery-powered vehicles. Developing a functional software prototype simulating the physical behaviour of the energy management system. Implementing an IoT-AI
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both diffusive and nondiffusive simulations including hydrodynamic transport effects with a Finite Element solver. The final goal is to identify deviations from macroscopic diffusion in a range of
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previously worked on solid oxide fuel cells: Knowledge of electrolyte and electrode manufacturing, assembly of complete cells and electrochemical characterization in temperature and presence of gases. Position