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3D printed rocket engine and injector design - part of the R2T2 rocketry training hub Department of Automatic Control and Systems Engineering PhD Research Project Competition Funded UK Students Dr
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3D printed rocket engine and injector design - part of the R2T2 rocketry training hub
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GIF CDT: A Novel Gas/Liquid contactor for Direct Air Capture and industrial CO2 capture technologies
challenging programme specifically designed for top performing junior researchers, in addition to the main area of research, including: Residential taught training courses at each of the partner universities
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responses which provide long term protection against the target pathogen. The malaria parasite has proven to be particularly difficult to design an effective vaccine for, and whilst significant progress has
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terms of controllability and reachability. • Characterisation of cooperation amongst elements of a network in terms of robustness and optimality. • Synthesis and design of nonlinear distributed
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aptitude for research design and statistics and will have a background in psychology or a related discipline. They will be supervised by Dr Sam Farley, Dr Nicola Thomas, and Professor Jeremy Dawson from
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machineries equipped with highly specialised mechanical seals to prevent leakage. Mechanical seals have a rotating face that is pressed against a stationary face, and are designed to use a tiny amount of leaked
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quantitative research design, ideally with a background in Service Marketing, Business-to-Business Marketing, Transformative Service Research, or a related field. International collaborator(s) This international
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institutional voids and informing policy making in both contexts. The successful candidate will have a strong aptitude for qualitative research design including ethnographic case study, focus group, interviews
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caregivers from ethnically diverse and minoritised communities. The project will be a mixed methods design involving literature review, qualitative or quantitative data collection from ethnically diverse