431 web-programmer-developer-"https:"-"https:"-"https:"-"UCL" positions at University of Sheffield
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evidence resides across unstructured notes, patient records, medical literature, and intricate clinical protocols. Recent advances in Artificial Intelligence (AI), leading to the development of Large
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delay discoveries by years. This project will solve that problem. You will not only develop intelligent software inspired by the latest artificial intelligence, but you will also travel to these world
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-course images of human embryos with pseudotemporal single-cell sequencing data to build a testable virtual human embryo to identify the control points that govern normal and divergent human development. We
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, disease models, drug discovery and bioinformatics. • Impact: This is not just basic research; it is a translational pipeline. Your work will directly contribute to the development of novel therapeutic
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, properties of aggregating DPRs outside cells, in the test tube, have not been sufficiently characterised. Currently, it remains unclear whether therapies aimed at reducing DPR aggregation should be developed
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insect populations and species are arguably one of the most concerning symptoms of the biodiversity crisis, given their importance in underpinning food webs and ecosystem processes. Work in the Nadeau lab
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Post-embryonic development and anatomy of the zebrafish inner ear
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of all polluting vehicles by 2035. With over 14 million electric cars on the road globally in 2020, the majority of the lubricants utilised for these vehicle transmissions were developed for non-electric
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Model Based Design and Flight Testing of a Vertical Take-Off Vertical Landing Rocket (C3.5-MAC-John)
Landscape Award at the University of Sheffield. This project will develop a Vertical Take-Off Vertical-Landing (VTVL) rocket, also known as a “propulsive lander” or “hopper”. The technologies developed and
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to participate in the world-leading research undertaken by the EPSRC Doctoral Landscape Award at the University of Sheffield. This project aims to develop and demonstrate novel bio-inspired micro-electromechanical