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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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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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This role is an exciting opportunity for researchers who are keen to use mathematical and computational methods to solve real-world problems in materials science and engineering. The focus
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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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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 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
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emerging designs utilizing distributed electric propulsion systems. With many novel configurations emerging, there is a growing need for new analysis methods to ensure these systems operate with maximum
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and full familiarity with on-premises open-source cloud solutions like OpenStack. You will provision of specialist solutions within hybrid cloud computing including both public cloud providers and on
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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