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of human activity. Combined with state-of-the-art numerical modelling, this will allow us to quantify the absolute future anthropogenic effect in 4 dimensions. In this role You will conduct original research within
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fields: i. Gas turbine combustion ii. The application of alternative fuels, particularly hydrogen iii. Gas turbine cycles iv. Numerical simulation of thermofluids
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strong numerical and literacy skills, experience of surveys, an interest in higher education (what courses to offer, what makes a course attractive) and a passion to work with data and market insight
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to respond to customer needs in a polite and courteous manner adapting to their requirements accordingly. Evidence of numeric skills including basic arithmetic. Proven ability to follow instructions and
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engagement programme, in particular ensuring that these are supplemented by strong prospect and stakeholder management systems. Ensure that both practice and systems are developed and monitored to optimize
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properties of photon upconverting systems. These combined results will deliver ground-breaking new mechanistic insights into upconversion optimization through structure reactivity relationships, leading
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.) for the team, and liaising with schools, colleges, and event organisers. In addition, providing support for two agents who represent the university in London and the West Midlands, supporting numerous student
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professional development to ensure consistency and alignment of practice, and to maximise performance at the individual and team levels, so that each can realise their optimal potential. Proactively seek
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understand the local and organisational business environment and deliver procurement solutions that provide optimal value and outcomes for the University whilst meeting our regulatory obligations. The post is