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in at any time. Background To create and contribute to the creation of knowledge by undertaking a specified range of activities within an established research programme and/or specific research
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characteristics to radar performance Experience and achievement reflected in a growing reputation Extensive experience and demonstrated success in planning, undertaking and project managing research to deliver high
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Trust Career Development award funded research programme “Unlocking the RNA Helicase Code: From Structural Insights to Therapeutic Strategies” led by Dr. Jagtap. The overall project builds upon our novel
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a specified range of activities within an established research programme and/or specific research project. This Research Fellow position is established within the Department of Mechanical
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to work. The University has delivered a state-of-the-art research building (opened in 2024), and new multi-million-pound high-performance computing facilities, which will ensure UK-leading compute
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experience in modelling and developing quantum inertial sensors Ability to programme in Matlab is desirable Experience working with sensor fusion algorithms is desirable High level analytical capability
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Strategic Infrastructure “Ultra-Low-Temperature Nuclear Magnetic Resonance (ULT-NMR)” project. The ULT-NMR facility will provide UK researchers with the capability to perform static NMR at temperatures down
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, including patient identification and consent and performance of trial-related procedures where relevant. To assist with trial set-up and obtaining necessary local and national approvals (ethics, MHRA) and
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the field of microbiology. Significant experience with microbiology and microbial genomics and/or microbial bioinformatics is required. Able to perform molecular biology laboratory work applying new
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interested in stimuli-responsive actuating materials that are compact, robust and high-functioning. These qualities are necessary for the applications; however, they are extremely challenging because high/fast