17 design-"https:"-"https:"-"https:"-"IBE-CNR" research jobs at University of Nottingham
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delivering the mass spectrometry and metabolomics components of this nationally significant programme. The role will involve the design and implementation of advanced quantitative and spatial metabolomics
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smouldering combustion to drive a carbon-negative waste treatment process – through integration with materials destined for carbon mineralisation. The successful candidate will design and execute the necessary
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Trust-funded project “European Tenement Biographies and the Long-Term Success of Housing Design”, led by Dr Katharina Borsi (University of Nottingham) and Prof Florian Urban (Glasgow School of Art). The
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strategic National Research & Innovation Centre that brings together the UK chemicals industry, academic researchers, and policy makers to advance technology solutions that strengthen UK chemical capability
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workflow that speeds up and automates material selection and object design, such that 3D printing can be more readily adopted by industry. Our ambition is to realise highly functional, smart products with
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electronics; aid the design of 2D Dirac-source FET. What we offer- A friendly, diverse, and supportive working environment A hybrid working arrangement with the blended approach of home and office working each
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researchers working on the development of the cutting-edge OPM-MEG technology. Specifically, we will design, build and test arrays of optically pumped magnetometers (and associated technology) that measure
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The purpose of this role will be to assist and support the MindTech research team in carrying out academic research which include literature searches, designing and developing questionnaires and
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offers an exciting opportunity to collaborate with NTEC’s internationally recognised academic team on various projects focused on the development, design, and modeling of future paving materials
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project is to evaluate the in vivo efficacy of novel peptide-siRNA conjugate therapeutics, designed to selectively target these genes in joint fibroblasts and chondrocytes, at reducing joint pain and