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postdoctoral researchers to explore the role of nitrogen storage crystals in microalgae ecology and exploiting this understanding in the development of bio-inspired crystalline materials. The ERC funded
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postdoctoral researchers to explore the role of nitrogen storage crystals in microalgae ecology and exploiting this understanding in the development of bio-inspired crystalline materials. The ERC funded
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presents an attractive strategy to mitigate climate change. For this purpose smart bio-inspired systems are particularly attractive, and we previously demonstrated self-assembled vesicle microreactors
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decision-making, reporting and robot dispatch in complex underground pipe networks. You will lead the design and evaluation of bio-inspired, optimisation-based and machine-learning-enabled methods for robot
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, implementation and evaluation of bio-inspired, optimisation-based and machine-learning-enabled methods that enable robot teams to operate under constraints on communication, sensing, computation and power. Develop
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. Lead the design, implementation and evaluation of bio-inspired, optimisation-based and machine-learning-enabled methods that enable robot teams to operate under constraints on communication, sensing
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About the role The Department of Chemistry is seeking a Research Associate for a 6-month post as part of the BBSRC / STFC funded BIOSCENT (Bio-Inspired Optimisation of Surfactant/fragrance Chemistry
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that inspiring our people to do outstanding things at Durham enables Durham people to do outstanding things professionally and personally. Across the University we have a huge variety of roles and career
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Research Assistant - Computer Vision and Machine Learning (Visual-AI) ( Job Number: 26000733) Department of Computer Science Grade 6: - £31,236 - £37,694 per annum Fixed Term - Full Time Contract