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a funded international project that will deliver major impact through development of novel design methods/ tools and experimental rigs. The research is aimed at developing future ultra-low emission
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facing the industry. The Integrated Vehicle Health Management (IVHM) Centre is a joint effort by Industry and Academia to develop state of the art diagnostic and prognostic capabilities that change the way
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high-profile BBSRC-funded project on potato dormancy, with PepsiCo International Limited and Solynta UK as industrial partners. You will be: Developing a non-destructive rapid AI-based imaging system
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welcome applications from passionate and skilled researchers to join our team to contribute to developing whole systems frameworks and delivering the techno-economic analysis of Net Zero Hydrogen (H2HZ
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aerospace technologies through advanced research in actuation and control for hydrogen systems. About the Role You will develop, or assist to develop, novel cryogenic valve systems for controlling liquid
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experience in the design, development, and characterization of innovative materials, particularly those derived from biological or renewable sources, and wanting to make a difference and keen to be part of a
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You will develop, or assist to develop, novel cryogenic valve systems for controlling liquid hydrogen flow in zero-emission aircraft. This involves designing and optimising electromagnetic actuators
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-time Public Health. About the Role The primary responsibility of the Research Fellow is to conduct cutting-edge research on Environmental sensor development for biodiversity monitoring, utilising state
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conduct cutting-edge research on Environmental sensor development for biodiversity monitoring, utilising state-of-the-art facilities in the Advanced Sensors Laboratory at Cranfield University. Cranfield
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to UKRI NERC Innovative Environmental Sensing Project. About the Role The primary responsibility of the Research Fellow is to conduct cutting-edge research on Environmental sensor development