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Job Description Kickstart your research career with our interdisciplinary PhD project on operating local energy systems to enhance the resilience of electrical grids. We invite you to join our
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devices for ionic transport, fluid separation, and neuromorphic computing Collaborate with EPFL researchers on ionic current and flow measurements Collaborate with DTU and Max Planck Stuttgart researchers
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research. Successful applicants will ideally have: A relevant MSc degree in computer science, data sciences, applied mathematics, statistics, operations research, control, electrical engineering, energy
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of the position include: Perform electrochemical characterization (Galvanostatic charge/discharge, Electrochemical Impedance Spectroscopy etc.) on zinc-air battery cells. Develop specialized in situ cells, which
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level equivalent to a two-year master's degree in Electrical Engineering, Computer Science, Robotics, Safety Engineering, or related fields. Approval and Enrolment The scholarship for the PhD degree is
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areas are green transport, electric cars and charging infrastructure, planning and optimisation of public transport, bicycle traffic. Our research has a special focus on human behaviour, and we assess
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characterize optical fibers with acoustic sensing properties for the recording of acoustic signals backscattered by tissues. Tailor the optical, mechanical, piezoelectric and electrical properties
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dendrites are determined by the humidity and gas conditions, which influence subsequent electrical failure. This PhD project will investigate the effect H2S, SO2, and NOx gases with and without humidity
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automation capabilities beyond current limitations. You will work in close collaboration with automation engineers and life scientists to ensure real-world relevance and system integration in lab workflows