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by: 25/11/2025 Are you looking for an opportunity to create significant impact and influence across a new large data set? We are offering a unique opportunity to drive the development, capture and
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techniques, and the development of digital twins to revolutionize tea agriculture practices. You will join our new BBSRC Business and Academia Prosperity Partnership between Cranfield University and LIPTON
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to develop a decentralised waste-to-energy plasma unit capable of producing synthesis gas for electricity and heat. The innovation builds upon original research and integrates multiple stages (plasma
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imaging, multispectral data analysis, phenotyping techniques, and the development of digital twins to revolutionize tea agriculture practices. You will join our new BBSRC Business and Academia Prosperity
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will be working with international partners to develop a decentralised waste-to-energy plasma unit capable of producing synthesis gas for electricity and heat. The innovation builds upon original
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develop modifications to existing aerosol sampling technologies and employ quantitative laboratory analytical techniques to determine levels of VOCs present within sampled aerosols and the surrounding air
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volatile organic compounds (VOCs) as an extension to existing field-based aerosol measurements. You will develop modifications to existing aerosol sampling technologies and employ quantitative laboratory