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thermoplastic feedstocks for FDM printing Programming of an existing hybrid FDM printing machine, including printing and milling devices Modelling and optimization of the debinding process Simulation-based design
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, with a clear link to X-ray based analytical methods, especially to X-ray diffraction and if possible, X-ray imaging. We expect the candidate's enthusiasm for interdisciplinary work related to Space
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translational biomedical research. The successful candidate will be based at Empa and play a central role in designing and realizing optimized magnetic multilayer systems. Your role at Empa Design optimized
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address a broad range of fundamental and application-driven questions in nanoscale magnetism. In addition, micromagnetic modeling is closely integrated through collaborations, including ongoing efforts in
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Carlo based simulation approaches and continuum modelling. Verification of simulation results against experimental findings will be part of your activities. You are expected to publish your research
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(ALD) reactors. The range of simulations focuses on finite element methods and can include Monte Carlo based simulation approaches and continuum modelling. Verification of simulation results against
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, allowing us to address a broad range of fundamental and application-driven questions in nanoscale magnetism. In addition, micromagnetic modeling is closely integrated through collaborations, including
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upscaling Characterization of sorbents Modeling of sorbents and adsorption processes Development of experimental methods or analytical techniques Our offer The positions will contribute to the NCCR
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of solid sorbents. Sorbent modelling and prediction of performance or ageing. Our offer We offer a stimulating, international, and collaborative research environment at a leading research institution with
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of biomolecules, bacteria and human cells at surfaces for materials-based healthcare solutions. Your tasks Retinal diseases such as age-related macular degeneration and diabetic macular edema are major causes