124 algorithm-development-"Prof"-"Washington-University-in-St"-"Prof" positions at Loughborough University
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technical staff you will be driving the team forward, striving for sporting success, clinical excellence and athlete development. The successful candidate will be experienced in injury assessment
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for you to develop and continually grow while here with us. If this role sound of interest, we’d love to hear from you. Informal enquiries should be directed to Dominic Eade via email d.eade@lboro.ac.uk
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· Fantastic range of sports facilities and preferential membership packages available Why should you apply? With huge amount of variety in the role, there is an opportunity for you to develop and continually
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develop your personal and professional skills. Our benefits include: Good annual leave allowance - 36 days (inclusive of Bank Holidays & University closure days) Competitive pension schemes Fantastic range
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a supportive and friendly environment with lots of opportunity to learn and develop your personal and professional skills. Our benefits include: Good annual leave allowance - 36 days (inclusive
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opportunity to join our Library Leadership Team as our Open Research Lead. In this post you will lead the strategic development and management of the Library’s support for Open Research, working across
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curate networks spanning the 15 Partner Universities, alongside a dedicated team, to jointly realise the aims and ambitions of this important initiative. The post holder will develop and implement
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environments, easy access to a large variety of information resources, and support for the development of information literacy, academic and research skills. This role supports the user experience by providing
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with all food production, including special events and functions, assisting in the development of new dishes and menus, and the provision of general kitchen support. Successful candidates should
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kinetically constrained models of glassy behaviour, we will develop quantum analogues that feature irreducible constrained dynamics, spatial asymmetry, and novel forms of dynamical arrest. Key goals include