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working in the following areas: Construction of solutions to nonlinear elliptic equations that arise as stationary or traveling-wave solutions in problems related to geometry and physics. Analysis
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psychological impacts of building motion. Through in-depth physiological assessments, we aim to produce actionable insights that will inform design guidelines, enabling the construction industry to develop
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develop processing methods and models for producing porous ferroelectric materials via freeze casting to produce a range of porous structures, including templated structures and composites. Applications
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on the process of rediploidization. Your role within this project will be as a principal researcher responsible for the phylogenetic analyses, the construction of bioinformatic pipelines and the development
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technical staff. Facilities managed include Hydraulics, Structures, Soils & Innovative Building Materials, Woodworking & Metalworking workshops and Concrete and Instrumentation facilities. Liaising with and
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partners Bath with several industrial and academic collaborators which are invested in composite manufacturing processes. MABOND is a research and innovation initiative to develop and accelerate structural
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delivery and evaluation of the Policy Fellowship Programme. Experience of effective scheduling, reporting, and operational excellence. Deep understanding of policy landscapes, government structures, and
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the office on campus. Due to the structure and timetable of the programme you would be expected to work on campus on a Thursday (as a minimum). What we can offer you a very generous employer contributory