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engineer proteins, and to model protein structure, dynamics and interactions. This will include developing and testing interactive virtual reality methods and interfaces to computational protein design and
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level of computational expertise is essential. Familiarity with Bayesian methods and/or atmospheric science is desirable. Excellent communication and teamworking skills are essential. The intention is to
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of Ultra Efficient technologies to cut fuel burn and weight, independent of the fuel choice, for a new high build rate product using wing-span as a key enabler. Development of experimental test methods
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arrays. Additionally, a high-performance computer cluster is available at Bristol can be used to run large and parallel models. You will have full access to these facilities. You should have a relevant
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computational methods in biophysics, soft matter, and colloid science to directly access molecular structures and interactions at complex bio-interfaces. The PDRA in Bristol (funded till 30 June 2028) will focus
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volcanic environments. Development and flight testing will run in parallel with field campaigns at three key volcanic sites: Soufrière Hills Volcano (Montserrat), Fuego (Guatemala), and Lascar (Chile
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registration to graduation. The majority of these roles are based on our main Clifton campus which is within close proximity to Bristol city centre and numerous transport links including two train stations. We
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of the Global Health and Ageing Research programme Analyse data, and then write and publish articles in high quality peer reviewed journals and work in collaboration with colleagues as appropriate to do
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and their members with excellent administrative services and support, enabling our student group leaders to run an exciting and varied programme of community building events and activities
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or working towards one. Some or all of the following skills and experience would be an advantage: experience in theoretical/computational photochemistry, and use of electronic structure methods for studying