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and simulation of laser manufacturing processes (e.g., laser cladding, additive manufacturing) and experimental validation using advanced facilities (high-speed optical and infrared imaging, in-situ
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research at the interface of modeling and simulation of laser manufacturing processes (e.g., laser cladding, additive manufacturing) and experimental validation using advanced facilities (high-speed optical
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and explant cultures or microphysiological placenta-embryo chip) Identification of molecular developmental toxicity mechanisms of UFPs and MNPs Development of original research ideas within
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, to allow us to optimize materials properties. Your tasks Develop multi-material models at the atomic and molecular level to enable us to optimize materials processes and designs Using experimentally obtained
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company in Zurich. Your tasks Your tasks will include the design of testing equipment required to imitate the working mechanism of an industrial application. A significant part of this will be
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vivo relevant models for antimicrobial assessment to demonstrate the efficacy of the developed coatings under conditions closely simulating in vivo environment The work aims to advance the fundamental