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etc.), design of the wide bandgap modules and circuits to achieve high efficiency and power density. Candidates should hold or be about to obtain a PhD in electrical/electronic, mechanical or materials
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undertake technical work across the project. Candidates should have a PhD in a relevant subject or significant industrial experience directly related to mechanical engineering and/or the mathematical analysis
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is available for those wishing to pursue an academic career. Candidates should possess a good knowledge of mechanical and mechatronics design, static and dynamic analysis, and intelligent control
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of Mathematical Sciences, and be affiliated with Environmental Fluid Mechanics and Geoprocesses (EFMG) research group, and GeoEnergy Research Centre (GERC). The PDRA will develop numerical tools for modelling
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, the possibility of engaging in teaching activities is also available. Candidates should possess a good knowledge of mechanical and mechatronics design, static and dynamic analysis, and intelligent control related
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of engaging in teaching activities is also available. Candidates should possess a good knowledge of mechanical and mechatronics design, static and dynamic analysis, and intelligent control related to robotics
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for widely used titanium alloys to enable a link to weld quality to be developed. The successful applicant will work with an established team of solid mechanics researchers at the University of Nottingham
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very novel area of research. Candidates are expected to hold a PhD in Mechanical Engineering, Applied Mathematics or a related discipline, ideally in a field relating to computational PDE techniques
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to understand how root tips sense and respond to compacted soil environment. The high-level objective of the research is to discover key signals, sensing mechanisms and root cell biophysical responses
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affiliated with Environmental Fluid Mechanics and Geoprocesses (EFMG) research group, and GeoEnergy Research Centre (GERC). The PDRA will develop numerical tools for modelling the complex interplay