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opportunity to build a strong network with contacts at other universities (Oxford and Bristol) and at Rolls-Royce The opportunity to develop codes that should be deployed and used in practice by Rolls-Royce
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the world’s fastest supercomputers. Two of our project partners, the University of Tennessee and Valencia Polytechnic University, will support you in integrating these codes into three widely used HPC libraries
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into impactful applications in global health. We welcome applicants with training in statistics, applied mathematics, computer science, or epidemiology, especially those with strong quantitative and coding skills
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-in-cell computer codes hosted on local and national high-performance computing clusters; establishing all-optical diagnostics to map temperature evolution in plasma accelerators; exploring novel inter
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proof-of-principle repetition-rate and staging experimentation. The successful candidate will perform duties that include developing/using particle-in-cell computer codes hosted on local and national high
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, developing upscaling techniques to build continuum models for biofilm mechanics, running code to simulate biofilms using continuum methods, and interfacing with other team members and experimental
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throughout your work. Experience with data analysis, coding, or malaria immunology is desirable, but training will be provided where needed. This role suits someone who is motivated, curious, and ready to
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excellent communication with families. Carrying out data entry, coding, and annotation with precision and attention to detail. Assisting with the supervision and support of placement students. Depending
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and high-performance computing, with a strong culture of code quality, open and reproducible practices and mentoring. You’ll have access to modern development workflows and HPC resources, with
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collected including coding/geocoding, linguistic/corpus analysis, qualitative, and quantitative analysis as required. They will also have substantial volunteer liaison and management experience of working