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researchers across chemistry, molecular biology, biochemical engineering, synthetic biology, materials science, analytics and computational methods. The role aims to advance the design and engineering of
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performance and risk. What will you get in return: Fantastic market leading Pension scheme Excellent employee health and wellbeing services including an Employee Assistance Programme Exceptional starting annual
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aspects of informatics and advanced data analysis. You will be responsible for Conceptualise and design experiments Undertake and drive a research project with view to publication Help supervise other lab
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processing, cell and bacterial culture, and imaging workflows underpinning studies of disease progression and treatment response. This work sits within a wider programme applying tissue-engineered, in vivo
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language processing, working with Professor Gibson, Dr Batista-Navarro and the wider PRISM team. About You We are looking for a collaborative researcher with advanced computational skills and relevant social science
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including an Employee Assistance Programme Exceptional starting annual leave entitlement, plus bank holidays Additional paid closure over the Christmas period Local and national discounts at a range of major
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engagement in scholarship and service activities that enhance the student experience and contribute to programme development. We particularly welcome applicants with a strong background in contemporary mental
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. £15,609, research training support grant, travel up to £1,250 for the whole programme, and health insurance while at Melbourne. Specified use Tuition fees, stipend, research training support grant, and
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Lead the future of enterprise technology at The University of Manchester. We're looking for a senior digital leader to shape and oversee the University's core business platforms, including Finance, HR, CRM and service management systems. You'll drive platform strategy, governance, supplier...
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. The successful candidate will work on an industry-funded programme, focusing on the development of decellularised tissue constructs and hybrid biomaterial systems for wound healing and musculoskeletal repair