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, thermal, and flow management to longer-term production scheduling and energy-system operation — connecting fast system dynamics with slower operational decisions. Develop optimization strategies to improve
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optimization) — from short-term power, thermal, and flow management to longer-term production scheduling and energy-system operation — connecting fast system dynamics with slower operational decisions. Develop
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multimodal sensors, wireless connectivity, edge intelligence, and robotic actuation. This platform will enable system-level validation of new approaches in dynamic physical environments and provide a basis for
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In this PhD position, you will help design the next generation of circular plastics systems by combining hands-on polymer processing with data-driven modelling. The PhD study is a full-time, fixed
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If you are establishing your career as a scientist and are looking for the best possible foundation for fulfilling your ambitions, this is your opportunity. At the Department of Civil and Mechanical
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multimodal sensors, wireless connectivity, edge intelligence, and robotic actuation. This platform will enable system-level validation of new approaches in dynamic physical environments and provide a basis for
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dynamics, control algorithms and sensor integration can be designed as a coherent system to improve speed, range, maneuverability, response time and operational robustness while also having underwater
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. The project, STRIDE (Synchrotron-based Time-Resolved crystallographic Investigations of Dynamic states in Esterase catalysis via novel analogues), is funded by the Novo Nordisk Foundation as a MicroMAX
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with Imperial College London and the new DTU Smart Sensing Lab. The project is supervised by Associate Professor Rico Krueger and co-supervised by Associate Professor Carlos L. Azevedo at DTU, with
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influences ice dynamics and ultimately the rate of mass loss from the ice sheet. The position is part of the ERC-funded FirnMelt project: Meltwater runoff and retention in Greenland's firn: a process-based