Industrial Collaboration across various sectors.Pushing the performance limits of SiC and GaN power electronic switching.Working with several industrial partners including most world-renowned companies in the field.Novel packaging of Power Semiconductor Modules.The successful candidate will be involved in at least some of the following activities: The successful candidate will work in renowned research team who carry out experimental research across high performance power conversion in electric vehicles and wind turbines, wide-bandgap power semiconductor devices, reliability analysis and packaging of semiconductor devices, ultra-fast switching with GaN and SiC, active EMI mitigation, record-breaking high-resolution active gate driving and sensing. You will also engage with multiple world-leading industrial partners through frequent meetings. You will be working on several different areas of the project, depending on your interests, personal development goals, and skills, which will support your growth and development as a researcher in Engineering. There are opportunities to develop your skills and experience by a mix of both industrial collaborations and government-funded (EPSRC) research with good opportunities for publication. You will be offered a Research Associate (grade I/30) position and will become part of interactive team of PhDs and Post-doctorate researchers in the power electronics group. Are you a power electronics engineer, electrical or mechanical engineer looking to apply your background to next generation power electronic conversion in pursuit of Carbon Net Zero? We are seeking a motivated interdisciplinary researcher to join the Electrical Energy Management Research Group, University of Bristol, to develop high-performance SiC and GaN power electronics, with the associated packaging of power semiconductor devices with high-speed sensing and gate driving chips.
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