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and learn to operate new tools Characterize the photonic chip performance Travelling to Bühler Group in Darmstadt and Leibniz (20%): Assist in the process development and master the tools available
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scientific excellence in the areas of vector query processing, serverless/just-in-time query execution, parallel and distributed data management, and data management systems on emerging hardware Passionate
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tailor their work toward one or more of these focus areas, depending on their expertise and interest. They will also support parallel developments led by PhD students, ensuring coherence in the beam
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research; Experience with quantitative data analysis and proficiency in one or more programming or scientific computing environments, such as Python, R, or MATLAB; A strong publication record appropriate to
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intersection of applied physics, high-performance computing, and semiconductor metrology. The successful candidate will have the opportunity to develop their own independent research direction and work
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member of the SNSF Starting Grant project NEXUS-3D, working at the intersection of applied physics, high-performance computing, and semiconductor metrology. The successful candidate will have the
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participation in the annual team meetings held in the case-study cities. Access to the computing infrastructure and to the resources of EPFL, including the Excellence in Africa Center (EXAF). A central