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from many sources. Develop approaches to model the performance of the aforementioned event-triggered systems, and to use these models to optimise SONNETS architectures. Collaborate with artificial
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of methods for tasks such as data harmonisation, phenotype representation, genomic analysis and patient or gene prioritisation. Working within research high-performance computing (HPC) environments
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AI and its integration with real-world systems Measurement and evaluation of agentic AI performance The implications of these technologies for government, industry and the wider public The post holder
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cells, develop and optimise functional assays, and perform medium- to high-throughput pharmacological screening. Positive candidates will be characterised using concentration–response experiments and
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. This activity will run in parallel with commercialisation activities by discussion with stakeholders for problem validation and obtaining performance requirement definitions. What We Can Offer You Committed
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Perform in‑depth molecular, phenotypic and metabolic characterisation of adipose models Investigate inflammatory and metabolic dysfunction relevant to MASLD Contribute to multi‑organ integration, i.e
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with advanced data analysis, the project provides a cell‑level view of a functioning heart. This capability will allow researchers to test therapies more accurately and could accelerate the development
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activity, and deliver high-quality materials for studies performed in laboratories throughout Europe. Working within a collaborative and multidisciplinary team, you will help guarantee that research
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adipose tissue organoids incorporating stromal, endothelial, and immune cell populations Perform in‑depth molecular, phenotypic and metabolic characterisation of adipose models Investigate inflammatory and
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closely with partners across the network to develop conjugation strategies, evaluate biological activity, and deliver high-quality materials for studies performed in laboratories throughout Europe. Working