21 algorithm-development-"Multiple"-"Simons-Foundation"-"Prof"-"UNIS" research jobs at University of Sheffield
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Post-embryonic development and anatomy of the zebrafish inner ear School of Biosciences PhD Research Project Self Funded Prof T T Whitfield, Dr E Noel Application Deadline: Applications accepted
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About the role: We are looking for a passionate Research Assistant to lead the development of tools and methods for water and sediment sampling to investigate the role of Changing Population Density
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for children and young people with profound and multiple learning disabilities: INTERACT trial www.interacttrial.com The research study is evaluating an interaction and communication approach called Intensive
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validated protocols developed in Dr. Ortega’s laboratory (Clin Exp Dent Res. 2024 Jun;10(3):e880). You will join a vibrant and collaborative research group, gaining valuable experience in: ● Sustainable
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expertise in conservation practices with design-research. It will do so by developing communications and public engagement strategies to engage publics in their activities. We also seek to contribute
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, and integrate multimodal datasets from multiple sources (e.g. images, clinical records, spreadsheets, digital systems) Essential Application/Interview Understanding of data privacy, ethical handling
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experimental work, undertake data analysis, prepare results for publication and communicate findings in workshops and conferences. This appointment will be subject to advanced pre-employment screening (via
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safe adaptations to overheating in children’s hospitals". This 8-month Development Award project (NIHR504238) is Phase 1 of a proposed two-phase research programme. It is funded by the NIHR Policy
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of Clinical Medicine. Specifically, the candidate will develop AI-driven analysis and image reconstruction pipelines for paediatric pulmonary / cardiac MRI applications. Software packages for image segmentation
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development. This international and interdisciplinary project brings together expertise in genetics, developmental biology and microscopy with physics and biomechanical modelling to understand how intricately