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(France) will be an important part of the project. What you will deliver: Develop and Implement Multicellular Models: Build and integrate high fidelity interface models in the Chaste framework linking
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the Department of Cancer and Genomic Sciences. Their main role will be to apply and develop new methods of precise genome manipulation and subsequent in vivo phenotyping (e.g. high resolution 4D imaging) and
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of the following areas: Development of novel RF accelerating structures to produce x-rays at the 1-10 MeV scale. This includes both high- or low-power approaches. Development of high-power RF sources with a focus on
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part of the research team to establish and understand the structuration of algae/soybean/mung bean proteins for high quality alternative protein foods including through high moisture extrusion. Key
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Github • Using a range of computer systems to run fluid flow simulations and optimisation algorithms, including High Performance Computing architectures • Assist and mentor students and research group
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benchmarking of inference speed, compute efficiency, and scalability with concurrent agents. Maintain high software engineering standards through rigorous testing, version control, clear documentation, and
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(field and laboratory), bioinformatics (e.g. metagenomics and high-performance computing), and handling plants and soil, particularly roots (i.e. rhizosphere collection and root traits). You will have a
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instrumentation, data post-processing, analysis and management for experimental projects conducted in the Icing Wind Tunnel. The role will also include the dissemination of research through publication in high
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High Performance Computing (HPC). Candidates must have a Masters in any subject and a PhD awarded/in progress, or similar professional or industry qualifications in Digital Humanities/Classics
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centres for aeroacoustics research. The successful candidate will join a dynamic and collaborative research environment supported by state‑of‑the‑art laboratories, high‑performance computing facilities and