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on developing and calibrating new protein sensors of cytosolic metal availability, which underpin the “metalation calculator ”, and expand their applications to different microbes. The work at Durham will
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frameworks (MOFs) and covalent organic frameworks (COFs), for engineering triboelectric energy harvesters and ultrasensitive sensors for soft robotics and smart tires. A major aim of the project is to discover
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at scale. About You Applicants should preferably have an MSc/PhD in Computer Science/Engineering. They should have expertise in distributed systems and computer networks. Excellent knowledge and practical
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haematology, supported by world-class facilities, access to deeply phenotyped clinical cohorts, and a strong collaborative network. You will hold a relevant PhD/DPhil, together with relevant knowledge in normal
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"Nano-structured RC networks – a pathway to artificial skin" project. The primary objective is to develop a comprehensive simulation framework that bridges microscopic semiconductor morphology with
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researchers at Queen Mary University of London (Dr Margherita Malanchini) and King’s College London (Professor Robert Plomin), contributing to a broader network of PhD students and postdoctoral researchers. Key
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, audio, and sensor data), and deploying solutions in real-world environments, particularly in robotics-focused applications. Familiarity with robotics concepts such as SLAM, sensor fusion, visual odometry
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supporting career development, management and transdisciplinary training on Just Transitions and systems approaches. The research will focus primarily on initiatives to expand heat networks in the Reading area
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agricultural settings. The academic focus will be on navigation techniques which can deal with dynamic and changing environments, enabling long-term operation, and relying mostly on affordable sensors (e.g
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, contributing £50B to GDP and direct employment for >300,000 people in 12,000 companies. This project will collaborate with the REWIRE IKC (Innovation and Knowledge Centre: Transforming Net Zero with Ultrawide