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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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ETH Domain. In our Laboratory for Advanced Materials Processing in Thun, near Bern, we are currently looking for an outstanding candidate to conduct cutting-edge research at the interface of modeling
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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
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of environmentally relevant UFP and MNPs and their comprehensive characterization Assessment of UFP/MNPs impact at the maternal-fetal interface using state-of-the art human models (e.g. placental insert co-cultures
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laboratory in Switzerland. With expertise in reactor design, plasma-based gas conversion for energy and environmental applications and plasma reaction modelling, our interdisciplinary team is poised to drive
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Collaboration with surgeons, engineers, chemists and fiber technologists Your profile PhD in polymer science or biomedical engineering Hands-on experience in hydrogel development, bacteria-materials interaction
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other exciting projects ranging from autonomous sputter deposition to the development of new ferroelectric materials for non-volatile memory applications. Your profile PhD degree in physics, materials
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participate in the experiments, advise/guide for long-term knowhow transfer Publish the results in peer-reviewed journals and present at international conferences Your profile PhD degree in Physics or a related
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materials for non-volatile memory applications. Your profile PhD degree in physics, materials science, chemistry, electrical engineering or a related discipline Strong background in materials informatics and
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and validate the equipment. Your profile PhD in Materials Science, Mechanical Engineering, or Experimental Physics Experience in determining mechanical properties at surfaces Experience in surface