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towards sustainable flights. However, there are significant challenges in achieving net zero. This project will explore approaches to achieving robust control of the electrical power system for aircraft
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hub for advanced manufacturing, i.e., Manufacturing Technology Centre (MTC). and with academics from the globally renowned Power Electronics, Machines and Control (PEMC) Research Institute
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the environment and generate physically feasible motion references. Reinforcement learning allows robots to learn control strategies. This dynamic framework surpasses traditional sense-plan-act pipelines
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hub for advanced manufacturing, i.e., Manufacturing Technology Centre (MTC). and with academics from the globally renowned Power Electronics, Machines and Control (PEMC) Research Institute
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). Access to cutting-edge facilities, including advanced microscopy, controlled environment growth rooms, genomics, proteomics, and metabolomics platforms. Opportunities to work across model and crop species
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of tailings by mobilising high levels of metals, hindering plant establishment. To assess the revegetation of acid-leached mine tailings, a plant growth experiment will be carried out in a controlled
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state beyond a certain speed. Although predictions of sub-synchronous vibrations with current codes have shown good correlation with experiments under controlled lab conditions, this was only up to a
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. • Exploring strategies of flow control to enhance heat transfer efficiency. The successful candidate will collaborate closely with a multidisciplinary team at SLB Cambridge Research (SCR), part of SLB’s global
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on long-term maintenance needs and final decommissioning. This project will monitor real-world bioretention systems, alongside controlled dosing trials at the UKCRIC National Green Infrastructure Facility