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Field
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, two-way pushdown automata, and related models of computation) is a plus but not essential: candidates with a different background are also encouraged to apply. Full details of the duties and selection
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to research funded by the NIHR Health and Social Care Delivery Research (HSDR) to explore how the employment and deployment models of additional roles staff in primary care impact on staff and patient
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biological systems modelling to support our new BBSRC-funded project which forms part of the USA-led “CIRCLE: Center for innovative recycling and circular economy”. See BBSRC press release online . About the
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systems and ultimately aims to broaden their uptake for urban energy supply. Working as part of a multi-disciplinary project team, featuring engineers, hydrologists, numerical modellers and policy liaisons
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of lung inflammation in in vivo mouse models Assays for innate immune responses including ELISAs and Western blotting. Bone marrow cell isolation and maturation Flow cytometry To be successful
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systems. To achieve this, the successful candidate should be able to demonstrate capability in the application of a range of multiphase flow modelling techniques to challenges in the aerospace industry
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now’ to complete your details. Please upload a copy of your CV and Cover Letter with the application. Informal enquiries may be addressed to Graham Naylor, graham.naylor@nottingham.ac.uk Please note
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Computational Chemistry to develop accurate models of time-resolved X-ray photoelectron spectroscopy (TRXPS) experiments of gas phase molecules. The successful candidate will be based in Southampton and work in
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. The project will involve experiments at Free Electron Laser Facilities and subsequent analysis and modeling of the data. The successful applicant will join a vibrant research group that uses a wide variety of
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evaluation of real-world simulations testing the use of drones to deliver defibrillators. Collecting and analysing qualitative and/or quantitative data across multiple work packages. Working closely with 999