123 high-performance-computing-postdoc positions at Manchester Metropolitan University
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The Department of Social Care and Social Work is a successful academic community of students and staff committed to achieving high quality teaching, student experience and research. We deliver
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the smooth operational delivery and development of an efficient, flexible Physiotherapy service. You will provide high-quality assessment, treatment, rehabilitation and review, monitoring your patients and
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vibrant and rapidly expanding technology sector. About our Department: The Department of Computing and Mathematics is a successful academic community of students and staff committed to achieving high
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programme in line with the University Research Strategy. The Climate Ambassadors project is externally funded by the Department for Education and has a remaining duration of approximately 10 months, running
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mental health difficulties. The Service also provides consultation and training for University staff on student mental health concerns. Our aim is to provide access to timely and high quality psychological
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the essential criteria as listed in the attached Job Description for that vacancy. This vacancy is expected to attract a high volume of applications. Therefore, under the Disability Confident Scheme
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Ability to diagnose IT & AV problems from conversations with users with a wide variety of technical understanding Ability to deliver a consistently high standard of customer-focussed service reviewing and
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home to our translational and computational neuroscience research group, who are using advanced neuroimaging and electrophysiological techniques combined with computational modelling to develop new
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postgraduate programmes in Biomedical Science, Clinical Sciences and Human Physiology. The Department also delivers a Level 8 DClinSci programme which will be a key area in which the successful candidate will
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home to our translational and computational neuroscience research group, who are using advanced neuroimaging and electrophysiological techniques combined with computational modelling to develop new