251 parallel-and-distributed-computing "Multiple" positions at University of Manchester
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and researchers. The Team The role will be joining the Campus Technology Services division within IT Services, comprising multiple teams who support, maintain and administer core technology functions
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organisational strategic priorities into tangible people goals and out-comes. Strong project management skills with the ability to oversee multiple initiatives within one single delivery roadmap and to deliver
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Environment (SDE). Data extractions from the SDEs involved in this study will occur at multiple time points during the project. The postholder will work closely with Dr Merriel and the lead statistician in
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to internal and external influencers. Analytical Thinking - Uses multiple sources of information and data. Translates insights into a people narrative that turns discussions into tangible recommendations
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Type of award Studentship Value Fully Funded Studentships Specified use Please refer to the criteria on the BUDI website . Tenable period Ongoing Continuation of award Continuation of the award is subject to satisfactory progress. Number available This year, there are 50 studentships...
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Applications are invited for the post of Language Tutor in Chinese (Mandarin) (LEAP) on a part time basis for a fixed term from 1 September 2025 to 30 August 2027. Workload is distributed across 10
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proteins to obtain new mechanistic insights. These findings will be clinically valuable in multiple collagen-diseases, including lung fibrosis and chronic skin wounds. You will interact closely with
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equivalent in power engineering as well as demonstrable experience in modelling of power electronics at a distribution or transmission system level and control of electrical systems. Experience working with
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CoRE) in Exposome Immunology, to be hosted jointly by the universities of Manchester and Oxford. The CoRE will leverage cutting edge computational approaches, novel experimental models, and experimental
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jointly by the universities of Manchester and Oxford. The CoRE will leverage cutting edge computational approaches, novel experimental models, and experimental medicine studies to uncover how pollutants and