47 high-performance-quantum-computing-"https:"-"https:"-"https:"-"https:"-"https:" positions at University of Bath in United Kingdom
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high-quality data under controlled vibration loading Building experience in engineering dynamics Signal processing Applied research This is an exciting position that will allow the successful candidate
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industrial R&D experience to lead a high-impact project developing a new generation of sealing technology in next generation gas turbine engines. Why consider this role? If you're already established in
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Research Fellow to lead a programme of quantitative behavioural research to advance understanding of climate-relevant behaviour change and life choices. The role will involve co-designing research with
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ionospheric radio science Demonstrated potential to publish in high-quality, peer-reviewed journals Further information This position is offered on a full time (36.5 hours per week) 12 month fixed term basis
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. Travel in the UK to research meetings event will be required. The post will be located in the Centre for 21st Century Public Health on the University campus where hybrid working is in operation. You will
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experience of working with colleagues in a professional working environment. Eligibility The programme is open to most University of Bath undergraduate students in years one and two. If you’re studying a
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post can be directed to Co-Programme Director Prof Ailsa Russell (ajr39@bath.ac.uk). About you The successful candidate will: be committed to and have experience of delivering high quality teaching. show
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flexibility, rising uncertainties and complexity from rapid changing energy landscape. The successful candidate will have experience in: electrical and energy systems modelling, analyses, operation or planning
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Associate is expected to develop scalable solutions, address the most pressing imbalances from a combination of technical and commercial solutions, to drive agile network investment and operation. Your
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thriving (the joint experience of success and development). Specifically, the research will unpick how performance and wellbeing (as proxies of success and development) can co-exist within the elite sport