128 engineering-computation-"https:"-"https:"-"https:"-"https:" positions at King's College London
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scientists with backgrounds in biology, cell therapies, extracellular vesicles, drug delivery, pre-clinical or clinical translations, engineering and imaging of advanced therapies. Experience and knowledge in
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an externally funded programme that enhances the Institute’s contribution to and academic alignment with School, Faculty and King’s research ambitions. The successful candidate will publish high‑quality peer
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clinician who will spend, on average, one day a week developing and leading a spiral of leadership education across the MBBS programme. The successful candidate will work with the MBBS programme team
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that operates and maintain dedicated and technology enhanced facilities spread across different locations at King’s. Clinical education and learning are pivotal in developing and maintaining competencies in
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technologies where legal teaching and research is concerned. Technology is now increasingly evident in shaping how law is practised; how legal services are provided, and how legal and regulatory functions
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INTERNAL CANDIDATES ONLY About Us This role is based across the Research Dept of Early Life Imaging, School of Biomedical Engineering & Imaging Science (St Thomas’ Hospital) and the Dept of Forensic and
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(including Excel, Word, PowerPoint) and experience utilising advanced digital technology in day-to-day work. Proven strong communication and interpersonal skills in order to receive, understand and relay
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. Excellent written and spoken English 2. Computer literate and able to use standard Events software 3. Excellent organization and planning skills 4. Ability to prioritise workloads as
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, purchasing, grants management, equipment maintenance and lab meeting. Desirable criteria Advanced computer skills, including word-processing, spreadsheets and the Prism software Record of publishing in high
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of patients and their families. Staff working in the department contribute to innovative programmes spanning immunological mechanisms, neuroimaging, computational approaches, cognitive and psychological