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Fund Denmark) and ‘PERSIST: Persistent Drone Operations at Critical Infrastructure’ (DIREC – Digital Research Center Denmark). These projects address significant societal challenges in SAR and critical
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-negotiation as sites where Arctic infrastructural tensions become visible for ethnographic investigation. Infrastructural tensions are studied through multi-sited fieldwork, in each case moving across specific
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limiting, control mode switching, and loss of synchronism. In multi-machine systems, these transient dynamics are further shaped by interactions among multiple GFM units and the surrounding grid strength
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drive advances in: Broadband electromagnetic and multi-physics modelling of power electronic systems and components, with special focus of magnetic components, Incorporating physics-driven machine
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Communication, the Faculty of Social Sciences and Humanities and the Center for Clinical Data Science (CLINDA), Department of Clinical Medicine, the Faculty of Medicine. AI:GENE-XPLAIN develops AI tools
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voltage drives), including (but not limited to) model predictive control, adaptive control, and modulation strategies, as well as control for multi-level converters, grid-connected converters, and motor
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control methods for power converters, including (but not limited to) model predictive control, adaptive control, and modulation strategies, as well as control for multi-level converters, grid-connected
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integrated building-level electricity–cooling devices, so that they can participate dynamically in multi-energy markets at both building and district scale. You will develop high-fidelity techno-economic
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disassembly, reuse, and remanufacturing already at the early design stage. In this role, you will develop power converter integration concepts that support design for disassembly. Multi-physics simulation tools
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partners worldwide. You can read more about the department at www.es.aau.dk. Your work tasks As a postdoc, you will conduct research on advanced medium access control (MAC) mechanisms that exploit multi