165 algorithm-development-"Prof"-"Washington-University-in-St"-"Prof" positions in Switzerland
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microfluidic platform for studying bacterial lung and bladder infections and testing new antibacterial drugs is currently developed. The platform includes a microfluidic system for culturing advanced in-vitro
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/about/eph/environmental-exposures-and-health ) within the Department of Epidemiology and Public Health (EPH). The researchers in the EEH unit develop and integrate novels tools and methods to investigate
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Your responsibilities will include hands-on product development, where you'll ship new features in a React and TypeScript front-end designed for both desktop and mobile users. You will also extend
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post-graduate level, supervising Master and PhD theses, developing research at the highest international level, securing external funding and taking up administrative and organizational duties in
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to developing next-generation microbial technologies for the degradation of persistent pollutants like PFAS. Using environmental isolates and advanced microbial screening, we engineer bacterial consortia for use
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methods and confiscation and prosecution strategies, as well as international cooperation. The aim is two-fold: to build capacity and effectively progress cases to the stage of recovery. We also develop and
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and/or the University of Zurich. Wyss Zurich supports projects focusing on developing treatment protocols and clinical therapies, as well as novel technologies and intelligent systems in the emerging
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the know-how from electronics and MEMS processing. While successful for linear optics, nonlinear and quantum metamaterials require the usage of different materials platforms that demand development of new
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applications for a technical platform operations associate position starting between July 2025 and August 2025. Project background Path2Work is a data-driven, scalable job search platform developed by
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and develop soft matter characterization techniques, including rheology, microscopy, and spectroscopy. Analyze structure–property and structure-function relationships in mycelium-based systems. Scale-up