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collaborative research within the framework of Biosystems Engineering for Medical Translation Co-supervision by ETH Zurich and Roche principal investigators Full access to the facilities and expertise
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typologies to enable scalable, real-time evaluation and mitigation strategies. This position is offered for 36 months, with the earliest starting date as agreed upon recruitment. The primary academic advisor
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: motivating the problem, identifying the main methodological shortcomings in the literature, designing and developing novel systems, planning and executing experiments, and reporting findings in articles to be
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-based devices. The experiments will be conducted at the Advanced Resonant Spectroscopies ADRESS beamline of the Swiss Light Source, the world-leading soft-X-ray ARPES facility with its primary focus
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Demonstrate these robotic funtions in real world applications All tracks: Supervise master/bachelor students Teaching assistant for the robotic materials class Profile Must haves for postdocs (all tracks): PhD
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development or securing sponsorship funding from private or non-profit institution is preferred; Excellent communication and self-organizational skills; English is the primary working language; excellent
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for an introductory course, partly depending on your background in marketing or in behavioral science supervising bachelor's and master's theses on topics you define that are appropriate for students in marketing Your
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communication skills to collaborate across disciplines. Must haves for PhD (all tracks): A master's degree and outstanding academic record from a top university in Materials Science, Mechanical Engineering
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assisting with sensor installation, small test experiments, or sampling. Possible extensions: The work can extend into a Bachelor thesis or evolve into a Master thesis on sensor calibration, high-frequency
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. Empa is a research institution of the ETH Domain. Your tasks We are seeking three postdoctoral researchers to contribute to this project. The corresponding three main working areas are: Multiscale