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date should it receive sufficient applications to warrant earlier shortlisting. The University of London is committed to promoting a diverse and inclusive working environment where we can all be
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/Linux environment. Effective manuscript writing and verbal communication skills. Proven ability to publish your scientific results in the peer-review journals. You will be a highly motivated individual
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-funded project: “Antimicrobial Resistance Gene Transfer in MRSA: Novel Mechanisms, Barriers, and Environmental Controls.” This interdisciplinary project combines molecular microbiology, bacterial genetics
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in a dynamic and supportive environment that is known internationally for its outstanding research and teaching. There is a strong research environment, with the Department ranked 3rd in the UK in
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dynamic environment, home to 450 staff, 100 PhD students and 500 postgraduate taught students. It harnesses expertise across a wide range of population-based research and education activities and is an
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research directions, and support the wider goals of the project. The successful candidate will join a vibrant and supportive research environment within the Department of Computer Science at Royal Holloway
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Holloway, the University of Luxembourg, and École Polytechnique, and become part of a vibrant and supportive research environment. You will be expected to conduct independent as well as collaborative
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environment, and experience of contributing to high-quality publications. Practical experience of developing gamified tools and training stakeholders in their use would be particularly welcome. In return we
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. The successful candidate will have excellent communication and organisational skills, with the ability to work independently and collaboratively in a multi-agency, international environment. You will have
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in secure environments Background in medical image analysis (CT/MRI preferred) Knowledge of detection, segmentation, and model development methods Interest in multimodal or longitudinal clinical data