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The University of Manchester The University is a global institution known for innovation and world firsts, with 25 Nobel Prize winners. The computer revolution started here in 1948 when a machine
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of Manchester and Oxford. The CoRE will leverage cutting edge computational approaches, novel experimental models, and experimental medicine studies to uncover how pollutants and infections interact with our
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, and developed over more than seven decades. From sensitive medical trials and high-performance computing to AI tools, global research partnerships, and a user base of over 45,000 staff and students
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Couper and work closely alongside the labs of Prof. David Brough and Prof. Omar Pathmanaban based in FBMH. The successful candidate will have (or expect to hold shortly) a PhD with a strong background in
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optimisation, and business case analysis, tailored to real-world industrial partner sites. The project will be delivered in close collaboration with Loughborough University, Heriot-Watt University, and three
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. Familiarity with cloud (AWS, Azure, or GCP) and on-premises environments. Experience with infrastructure-as-code tools (e.g., Terraform, Ansible) and CI/CD pipelines (e.g., Jenkins, GitLab). Strong stakeholder
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on the online programme application and supporting documents. Application form Additional documentation Your full online application must include; A 1,500 word PhD research proposal. Times New Roman, Font
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postgraduate demonstrators. It is envisaged that the post holder will provide support for marking student work as and when required. The successful candidate will hold a relevant PhD in a Biomedical Sciences
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patient cohorts, geometric deep learning, computational anatomy, cardiovascular modelling, multimodal datasets. What you’ll need Applicants should have a PhD (or nearing completion) in computational imaging
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empower students with a tailored learning experience, combining flexibility and cutting-edge digital tools to meet their goals and aspirations. The Department of Computer Science is leading the way in