52 parallel-processing-bioinformatics uni jobs at UNIVERSITY OF SOUTHAMPTON in United Kingdom
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are encouraged to contact the Head of Mechanical Engineering, Professor Richard Wills (HoD-Mech@soton.ac.uk ), for further details. Application Procedure: To apply please select the “Apply Online” link
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, develop and maintain knowledge of our processes and practices to ensure we continue to run smoothly, organise meetings and events, including with our funders and partners, and manage the office environment
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commercial insights and guidance to business units, ensuring alignment with procurement processes and legal compliance. Manage supplier relationships with a focus on performance, value delivery, and continuous
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and efficient operation of the facility, working alongside the technical team, for the Educational, Research and Enterprise portfolio. Qualifications Qualification in engineering or engineering related
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opportunities. Gain knowledge and understanding to be able to provide effective and efficient technical support in the development, maintenance and efficient operation of the facility, working alongside
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), psychophysiology, pain research including quantitative sensory testing (QST), eye-tracking, virtual reality and multi-sensory processing: https://www.southampton.ac.uk/psychology/research/index.page We also benefit
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, biochemistry, sample processing and have a proactive approach to learning methods like Raman spectroscopey. You are highly organised and driven, you will demonstrate initiative and problem-solving skills. You
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for introducing centralised strategic planning processes to bring communications professionals from across the University together to enhance Southampton's reputation. You will establish best practice engagement
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the next decade. About the role Reporting to the Estates Director of PMO and Business Support, you will maintain, manage and help improve the document control processes for Estates and Facilities department
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the Academy of Medical Sciences will use immunofluorescence, mass spectrometry, cell-based assays, and biophysical approaches with recombinant proteins to explore how dysfunctional carbohydrate-processing