16 computer-programmer-"https:"-"Inserm" "https:" "https:" "https:" "https:" "https:" "https:" "Dr" positions at University of Reading
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. Further information on the Department, its people, taught programmes, and research activities can be found at our main website, http://www.reading.ac.uk/economics/ , or our research-focused website, https
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Neurodynamics at the School of Psychology and CLS, as well as at the School of Food and Nutritional Sciences. The host lab (www.bhismalab.org) has an overarching research programme on studying individual
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about this on the UK Visas and Immigration Website . This is an exciting opportunity to work in R&D in ground-breaking EU border security project. The Department of Computer Science within the School
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Oversee programme capacity and collaborate on invoicing and payments Support client onboarding, retention and programme transfers What you'll bring: Excellent customer service skills and commercial
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Supervisors: Dr Piril Hepsomali, Dr Ray Percy, Dr Daniel Lamport Project Overview: We are seeking a talented and enthusiastic graduate with a background in Psychology, Neuroscience, Cognitive
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an expanding criminology team within the School of Law. Successful applicants will contribute to the development and delivery of the School of Law’s new criminology undergraduate programmes as
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collegiate and research-active staff team. The appointed individual will deliver high quality teaching and project supervision to students on our undergraduate and postgraduate programmes and will help us
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remain under-represented in the department and in academia more broadly. Dr Vladimir Rauta, Head of Department, v.rauta@reading.ac.uk Dr Amanda Hall, Department Director of Teaching and Learning
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available on the UK Visas and Immigration Website . We are seeking an Engagement Officer to deliver an activity plan programme for the Inclusive approaches to accessing rural archive film project
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Supervisors: Professor Wayne Hayes and Dr James Cooper Project Overview: This University of Reading funded studentship targets the discovery of dynamic biocompatible supramolecular polymer networks