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One or more Postdocs in Reliability Assessment and Optimization of Advanced Power Electronic Modules
At AAU Energy, one or more Postdoc positions in Reliability Assessment and Optimization of Advanced Power Electronic Modules are open for appointments from September 1, 2026, or as soon as possible
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description CENSEMAT investigates crystalline energy materials in which non-random local deviations from the average structure play a decisive role. The postdoc will develop atomistic models that connect local
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technology solutions. Description of the university: The postdoc will carry out the research work in collaboration with the Department of Electronic Systems at Aalborg University. Within the department
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start package can be negotiated, which may include funding for up to one PhD student and one postdoc. You will report to the Head of the National Centre for Register-based Research, Bjarni Vilhjálmsson
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Postdoc Positions Application Deadline 20 Aug 2026 - 23:59 (Europe/Copenhagen) Country Denmark Type of Contract Temporary Job Status Full-time Is the job funded through the EU Research Framework Programme
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computational model outputs and evaluating model performance using appropriate quantitative methods. We expect you have the ability and willingness to collaborate closely with agent-based modellers, experimental
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and adaptive control under uncertainty and non-stationarity. The postdoc will be responsible for proving theoretical guarantees (e.g., convergence, stability, or sample complexity) for control tasks in
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communication skills, the ability to work independently, and the ability to collaborate with researchers and partners from different disciplinary backgrounds. Excellent written and spoken English is required. Who
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science, energy engineering or a closely related field. Solid background in thermodynamics, transport phenomena, and process modelling and computer programming with documented experience in developing and applying
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electron lasers (XFEL). Optical phase change materials can be reversibly switched between amorphous and crystalline states on fast timescales and are enabling materials for emerging photonic computing