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will help shape the future of emergency medical response in the UK. Key responsibilities include: Supporting the design, implementation and evaluation of real-world simulations testing the use of drones
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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
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findings verbally and in writing to a wide range of audiences. How to apply Please apply with your CV and a cover letter on the university website. A copy of the proposal on which the project is based is
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have the following responsibilities: Development and implementation of hardware and software; Data analysis and modelling; Coordination of field measurement and data analysis; Writing reports and
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website. A copy of the proposal on which the project is based is available from Professor Nigel Gilbert n.gilbert@surrey.ac.uk who is also able to answer questions about the research. Further details Job
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infectious agent responsible for 8.7% of out-patient managed exacerbations of COPD (8.7%). Using both traditional cell culture approaches and advanced 3D airway cell models, this project will investigate if a
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individually, make a real difference. The role An exciting opportunity for a postdoctoral Research Fellow with a background in mathematical modelling / epidemiology has become available in the Faculty of Health
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modelling; Coordination of field measurement and data analysis; Writing reports and publications; Supporting project team and organising project meetings; The project includes generous equipment budget and
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for biodiversity and environmental modelling. The successful candidate will study the sustainability of systems and combine it with AI for intelligent decision-support tools. You will develop the above methodologies
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language data taken from multiple sources: ongoing fieldwork, previous studies, text corpora and newly-generated reconstructions, as well as well as the results of computational simulations and artificial