87 algorithm-development-"Multiple"-"Simons-Foundation" positions at University of Bath
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of inspiring and developing teams, we are setting the stage for success. This is a department where you will be encouraged and empowered to make a significant mark and build your own career impact. For
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of professional practice to develop skills and knowledge. communicate effectively with the teaching & learning team and show good team working. As a Graduate Teaching Assistant, you will: demonstrate appropriate
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2027 to cover a member of staff supported through a secondment. The successful candidate will be expected to prepare and deliver teaching material, as well as assess and mark coursework, act as an
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About the role This is an exciting opportunity to join the newly developed Bath Mental Health Research Group (MHRG) at the University of Bath. The MHRG is funded for an initial 5 years by the NIHR
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, the post holder will be encouraged and well supported in pursuing career development opportunities. They will join a thriving community of Early Career Researchers and there will be ample opportunities
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, both at the undergraduate and postgraduate levels. In addition to being research-led and incorporating latest developments in the discipline; our programmes put great emphasis on the employability of our
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Google Analytics to refine communications strategies Develop and manage engaging digital content, including maintaining webpages and writing regular newsletters Plan and execute creative communication
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development pro rata per year What we can offer you: We consider ourselves to be a university where difference is celebrated, respected and encouraged. We have an excellent international reputation with staff
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Community Interactions' (https://www.jpiamr.eu/projects/fugaci/ ). This project has a broad remit to investigate the epidemiology and evolution of pathogenic Candida species from both clinical and non
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challenges: removing persistent pollutants from water using advanced photocatalytic materials. Innovative Materials Development: Design and optimise carbon nitride-based photocatalysts through doping and