65 computer-science-intern "https:" "https:" "https:" "https:" "P" positions at DURHAM UNIVERSITY
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practice to enhance the quality of the educational environment in the Department and wider University in support of our continuing emphasis on international excellence as well as equality, diversity and
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well as monitoring the levels of compliance, conformity, resilience, and implementation, while keeping the University Executive Committee (UEC) and other senior leaders informed of any issues, providing internal
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, development, and evaluation of the technology throughout the project. Working in collaboration with clinicians, AI researchers, and vision scientists at Newcastle University, Sunderland Eye Hospital and
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found on the internal . Further information about the role and the responsibilities is at the bottom of this job description.
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responsible for applying advanced fire engineering principles in the design and assessment of buildings across a diverse estate. This includes the technical delivery of fire safety services, design and drawing
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forming the Durham University estate. The team manages a large capital programme from inception to completion, delivering projects on budget, on programme and to a high standard of quality. The improvement
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internal approvals). Working closely with the Research Development team on strategic funding opportunities. Lay reviewing applications for regulatory and funder compliance. Ensuring timely acceptance
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, development, and evaluation of the technology throughout the project. Working in collaboration with clinicians, AI researchers, and vision scientists at Newcastle University, Sunderland Eye Hospital and
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The Role and the Department The position of REF Project Manager is a strategically important role within the Research and Innovation Services (RIS) Directorate. The post-holder will report to Senior Manager Strategy and Performance and work closely with the Research Policy and Performance...
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tweezers arrays to trap and manipulate arrays of ultracold RbCs molecules. The use of molecules is motivated by their rich internal structure, combined with the existence of controllable long-range dipole