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transport/urban planning, urban/regional economics, urban data sciences and systems engineering. Experience of transport modelling, quantitative social science research and mixed-methods research is desirable
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The postdoctoral researcher will join the Pellegrini lab at the University of Cambridge and be embedded in a larger research team seeking to deploy new thermal detection technology to address a
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nearby ecosystem types within the UK (e.g., improved pasture, high stocking density, rough semi-natural upland grazing). The overall research team is interdisciplinary, with a strong social science focus
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funded Innovator Award that brings together multidisciplinary experts in neuroscience, machine learning, clinical practice, clinical informatics with healthcare innovation (and pharmaceutical industry
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SU42024 on your application and in any correspondence about this vacancy. The University actively supports equality, diversity and inclusion and encourages applications from all sections of society. The
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PhD** level degree in immunology, cell biology, biochemistry or a closely related field and have a proven track record of success in biomedical research. In addition, it would be advantageous
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track record in wet-lab cell biology and possess a PhD in a relevant discipline. Prior experience of working with organoids and/or in respiratory disease research would be an advantage, but training will
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between cell biology and molecular neuroscience. We employ integrated experimental approaches, combining cutting-edge microscopy, biochemistry, omics, and iPSC-derived cell models to understand organelle
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tokomaks. The RAs will work in the CAPE building which is part of the Electrical Engineering Division of the University of Cambridge. The role of the RAs in the project is to help develop the PSALM low loss
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horticultural/technical assistance and will be able to collaborate with postdocs studying other aspects of plant-microbe interactions, plant cell biology and plant development. You will also benefit from