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, Matlab, C++) for developing new simulation frameworks or image processing algorithms Experience in or willingness to learn independently operating additive manufacturing systems (DED and LPBF), including
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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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and cognition using label-free nanoscale imaging and chemical spectroscopy. Blood from age-matched healthy controls will also be analyzed. The classified amyloid and tau protein aggregates ranging from
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a Power-to-X technology make plasma processing a promising method to decarbonize energy-intensive industrial processes while creating sustainable products from greenhouse gases. The postdoc work will
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chemical analysis or imaging Enthusiasm for designing of equipment Highly motivated to work in an interdisciplinary group Our offer This research, part of a large industrial project, will be carried out
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robots for distributed sensing in air and water and autonomous robotic construction for digital infrastructure systems. The lab is based on a jointly funded Professorship by Empa and the Swiss Federal
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including advanced processing, energy generation and storage solutions. We have a range of different production processes and characterization techniques where we are expert. Our group is working on a range
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innovative deposition processes and high-throughput materials screening. The opportunity: Contribute to groundbreaking research on UV-resilient transparent conductive materials for photovoltaic technologies
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signal processing (GPU based) Proficiency in data analysis using Python, Matlab, or similar Self-motivating, independent-minded scientific researcher, effective collaborator Excellent written and oral
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-films through innovative deposition processes and high-throughput materials screening. The opportunity: Contribute to groundbreaking research on UV-resilient transparent conductive materials