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Application Candidates may have a background in either biological or physical/materials science, with a minimum of a 2.1 undergraduate degree, or a 2.2 with a related Master’s degree. A willingness to work as
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Application Process To be considered for this PhD, please complete the strategic Joint Studentship application form available online here . Please upload an anonymised CV and cover letter as part of the online
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in a relevant area (e.g. computer science, engineering, biology, chemistry, physics, psychology, radiography, nursing or medicine) or a 2:2 and a relevant MSc. For more information and the online
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expect to obtain, a first-class or 2:1 degree in Engineering, Physics, Chemistry or a science related discipline. This position is only available for Home (UK) applicants. How to apply Please send your
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learning techniques, to enable solutions to multi-physics problems. Using our own experimental facilities we generate in-house validation for our numerical modelling approaches. By devising new
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or masters in psychology, neuroscience or biological sciences or related academic profile (we will accept applications from those looking to transition from other fields, particularly maths/physics
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of small and polymeric molecules, and the development towards a large-scale manufacturing process. As this PhD is a collaboration between Nottingham, York and Croda there will be the possibility of reach
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of laser cutting include it being a contactless process with no associated tool wear and flexibility of cutting path. Lasers are well suited to cutting dry carbon fibres. However, when cutting consolidated
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. We work across traditional disciplinary boundaries including chemistry, physics and materials science. As a group, we work together to create an inclusive and supportive research environment for all
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with Carbon Capture and Storage (BECCS) technologies. Ideal Candidate: We seek a candidate with a keen interest in industrial decarbonisation, process developments, reaction engineering, advanced