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) - solid knowledge of high-frequency electronics - extensive knowledge of computer-aided PCB design (Eagle or KiCad) - willingness and ability to work with NASA partners - English language
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research, the programme encourages technology transfer, real-world applications, and engagement with innovation and startup ecosystems. By connecting global talent with leading research, industry, and
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would be desirable: - practical experience with ultra-cold quantum gases and/or atom interferometry - experience in computer aided design (preferably Autodesk) - programming skills
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fields such as computer vision and natural language processing, graph-structured data remain a rich frontier for methodological innovation, with many fundamental challenges and exciting opportunities ahead
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Learning. Experience with the deep learning ecosystem and high-performance computing infrastructures. Experience designing and conducting experiments with human participants is a strong plus. Experience in
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‐electronics, RF‐electronics) - good knowledge of analog and digital electronics - experience in computer aided design (preferably Autodesk Inventor) - language skills in German and French
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version control - experience in computer aided design (preferably Autodesk Inventor) - German language skills (no minimum level required) - gender and diversity sensitivity Your path
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computer aided design (preferably Autodesk) - programming skills (preferably with experience in Python) - good knowledge of analog and digital electronics - gender and diversity sensitivity
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of experimental protocols, software pipelines, and laboratory procedures • Contribute to data-driven approaches for predictive colloid science, including experimental design, data analysis, modelling, and machine
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, societal, and technological aspects of the environment shape this process. Working across disciplines such as psychology, neuroscience, computer science, economics, and sociology, we conduct research in a