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will combine infection models and patient-derived samples with approaches spanning cell and structural biology, supported by advanced imaging techniques, including cryo-electron microscopy (cryo-EM) and
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methods and systems to overcome the limitations of today’s materials processing technologies. One particular area of interest is the design and fabrication of active structures through hybrid production
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and processes for energy efficient separation: Development of novel structuring approaches Manufacturing and characterization of monoliths Geometry and process optimization Both positions will be
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drive research projects in reproductive biology Independently plan, coordinate, and prioritize experimental work Perform and document experiments in compliance with regulatory standards Apply and optimize
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energy-related applications. Our research portfolio spans fundamental materials chemistry, process–structure–property relationships, and application-driven R&D, in close collaboration with academic and
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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