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Applied Power Electronic Systems. You will join an interdisciplinary team working across electrolysers, Power-to-X systems, power electronics, control, digital twins, and energy-system optimization
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-frequency electronics, microelectronics, batteries and super-capacitors, additive manufacturing, smart structures and energy technologies. The department is an exciting environment, where you will be
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electronics, process engineering, smart sensors, IoT, and solar power. Together, we pursue the common goal of accelerating the decarbonization of energy and transportation systems through innovation
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and frequencies, as well as an understanding of analog and digital electronics for experimental control. Relevant methodology includes UHV vacuum handling, rf circuity electronics, laser frequency
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proximity to obstacles and infrastructure. Prototyping of drones and payloads tailored to confined-space inspection, from concept and mechanical/electronics integration to flight-ready platforms
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ion traps, CW laser systems including control of output powers, polarization states, linewidths and frequencies, as well as an understanding of analog and digital electronics for experimental control
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studying. Have strong professional software-development skills (and possibly electronics skills as well). Work well with a team of colleagues from different disciplinary backgrounds. Are able to communicate
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relation to the research group Batteries, and the PhD Student will be positioned to the section for Power Electronics Systems Integration and Materials. Your competencies We are looking for a
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proximity to obstacles and infrastructure. Prototyping of drones and payloads tailored to confined-space inspection, from concept and mechanical/electronics integration to flight-ready platforms
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a related field. have an interest in, or preferably experience with, power electronics, Power-to-X/electrolysis systems, measurement, or monitoring. are able to work independently on technical tasks