130 parallel-processing-bioinformatics positions at University of Manchester in United Kingdom
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transformation and growth, building and implementing the tools, frameworks and processes to facilitate the alignment of strategy, structure, skills, ways of working and culture to optimise the effectiveness
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chemistry, or a related discipline, with a strong focus on recycling processes and sustainable materials. The successful candidate will collaboratively support several work packages to improve
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balance. All appointments are made on merit. Process: In addition to the application form, please submit a CV and a 3-page research vision statement, deadline for the applications is 17 July 2025 at 23:59
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to translate process steps into people experiences and evolving business needs and is a key contributor to CI solutions. People Advocacy and Culture – Takes a people centred approach to the design of people
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range of activities and will involve working across several areas, as directed by the technical manager You will demonstrate workshop process such as turning, milling, drilling and using hand tools in
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funding bids and support the processing of clinical trial samples. As an equal opportunities employer we welcome applicants from all sections of the community regardless of age, sex, gender (or gender
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the advert in another format? We’re committed to making our recruitment process accessible to everyone. If you require the job description or application process in an alternative format - such as large print
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of their time on project specific research tasks but will also be asked to contribute to the general management of the lab. Familiarity with general health and safety processes and with legislation regarding
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of Manchester’s Manchester Institute of Biotechnology (MIB). Imperagen has developed a platform technology to accelerate enzyme development and support sustainable bio-based products and processes. To support
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exploring how neutron reflection and scattering can be utilized to unravel the interacting processes from different membrane models to be developed. A further focus is to design molecular disruptors