178 computer-science-programming-languages-"St"-"ST" positions at University of Bristol
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. For informal queries about the role please contact: Dr Adrian Flint, Director of Programme Planning, Adrian.Flint@bristol.ac.uk Contract type: Open Ended with Fixed Funding until 31/08/2027 Work pattern: Part
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technology enablers and policy consequences for wireless users, vendors, spectrum managers and spectrum regulators. The successful candidates will carry out research for the JOINER (https://joiner.org.uk
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are safe, compliant, cost-effective, and aligned with University standards and strategic goals. Identifying and resolving risks and issues that affect scope, programme or quality. Overseeing remedial works
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. The overarching aim of our group’s research programme is to develop a deeper understanding of the immunology of infection, and in particular population carriage/immunity to inform the use (and development
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on a successful Learn to Swim programme, delivering a range of lessons to children and adults. You will plan and deliver swimming lessons in line with the scheme of work and create lesson plans that will
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in AI and machine learning for ensuring stability in financial markets and investments. The role is based at University of Bristol, School of Engineering Mathematics and Technology, and will involve
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financial records. You will be managing a successful learn to swim programme, which delivers a range of lessons to children and adults. Operational Management: Oversee daily swim school activities including
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biodiversity management. You have a PhD (or near completion) in quantitative ecology, conservation biology, or a related field. You are skilled in statistical modelling, particularly Bayesian and spatio-temporal
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. Prior experience with experiments is not required, but all applicants should demonstrate their eagerness to pursue experimental research. Programming and scientific computing experience with Python
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, and a recently awarded NIHR programme grant to develop, evaluate and apply methods to evaluate respiratory vaccine effectiveness and cost-effectiveness. Both projects are led by Professor Jonathan