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international translational research network and provides access to state-of-the-art imaging, genomics, metabolomics, and computational platforms. The fellowship offers exceptional training at the interface
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medical school in Carlisle. Our unique four-year graduate entry programme, launched in August 2025, aims to fully support and prepare students for the demands of learning, assessment and their ongoing
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for participant engagement in long-term implanted brain computer interface trials and participate fully in the lab’s activities across campus. This position requires a doctoral-level degree in a relevant field
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annual leave, plus 9 buildings closed days (and Christmas Eve when it falls on a weekday) for all full time staff. Use our total rewards calculator: https://www.hw.ac.uk/about/work/total-rewards
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, and translational approaches to brain function and dysfunction. · Maintain an active and externally funded research program. · Recruit, mentor, and develop faculty within Neurobiology and
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to position by keeping up with appropriate literature and research publications. Use computers, computer-interfaced equipment,?robotics,?or high-technology applications to perform work duties. May be
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of the distinguished Association of American Universities. Connections working at New York University More Jobs from This Employer https://main.hercjobs.org/jobs/22002367/senior-systems-librarian-x2f-head-of-information
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4-year Group Leader (Assistant Professor) Position in Colloidal Chemistry Related to new ESS Ligh...
across chemistry, biophysics, and food science, and is part of the collaborative framework of the ESS Lighthouse: Colloids and Interfaces in Food and Pharma (CaIFF). The Department of Chemistry at Aarhus
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interfaces/ontologies) that make decision variables, causal pathways, assumptions, and uncertainty explicit, enabling consistent coupling of engineering and techno-economic models Data-driven and physics
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computational efforts that connect tissue-level biology to therapeutic translation. About the Lab The Couturier Lab integrates single-cell, spatial, and imaging-based omics to deconstruct brain tumour behaviours