53 parallel-processing-bioinformatics "Multiple" Fellowship positions at University of Birmingham
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, the programme brings together regulatory science, policy analysis, and capacity strengthening across multiple workstreams. This Senior Research Fellow will lead the workstream focused on strengthening AI‑related
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, work with bacterial pathogens, and bioinformatics. Role Summary Work within specified research grants and projects and contribute to writing bids Operate within area of specialism Analyse and interpret
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. Undertake management/administration arising from research. Person Specification We welcome applicants whose work spans multiple disciplines or challenges traditional academic boundaries as the focus is on
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that are themselves nested within multiple interdependent layers of action. This has profound implications for how we understand and confront the challenge of contemporary authoritarianism. The ambition
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an exciting and interdisciplinary research programme involving multiple postdoctoral researchers and PhD students. The project will be flexible and shaped by the candidate’s interests and expertise, with scope
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Clinical Research Fellow (BRC Arthritis) - Department of Inflammation and Ageing - 100873 - Clinical
one clinical lecturers and multiple fellows, who have the opportunity to undertake postgraduate MD or PhD degrees. Clinical facilities are located within the research unit itself via the Inflammation
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Engineering, Earth and Environmental Sciences, Law, and Microbes, Infection and Microbiomes, as well as collaboration with multiple industrial partners. This post will be hosted in the group of Professor David
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bioinformatics to undertake a 2-year project ‘Speed breeding technologies for UK broadleaved trees’ as part of the Defra-funded Centre for Forest Protection (CFP). This project is a UK-wide collaboration with Dr
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We are seeking to appoint an autonomous and experienced mixed methods researcher. We require a post-doctoral Research Fellow to deliver the process evaluation of the COMbAT Fatigue feasibility study
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to translate these findings into an industrially relevant recycling process. The work will investigate the relationship between feedstock format, reaction conditions, and product yield through systematic