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research experience, you will play a vital role in the co-design, co-development and co-delivery of the I-REACCH work package focused on empathic leadership, as well as conduct research into the cultural
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-Philippine team to design and test novel solvents, such as organic acids, that are optimised to leach target metals and contaminants from Cu-Au tailings and Ni-laterite ores in the Philippines. This work will
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scientific innovation. It covers an area of 563,000 square metres, has 325 faculty members and 5769 enrolled students. It has four schools: Leicester International Institute, Chemical Engineering & Ocean and
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standby and lighting systems for the University on major and minor projects through the key stages of delivery. The role will use a CAFM system to plan, prepare and carry out maintenance activities. You
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findings at international conferences. This post is part of a multidisciplinary project which aims to design, develop, and study synthetic cofactors inspired by CO2 reducing metalloenzymes. The project
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lifestyle, cardiovascular, respiratory and infection, cancer, the environment, and data innovation for ethnic health and multiple long-term conditions. Sitting within the BRC Lifestyle Theme and Leicester
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are uniquely placed to shape our research activity and developments. About you Joining us with a PhD or equivalent research experience, you will play a vital role in the co-design, co-development and co-delivery
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culture challenges who are uniquely placed to shape our research activity and developments. About you Joining us with a degree or equivalent experience, you will play a vital role in the co-design, co
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play a vital role in the co-design, co-development and co-delivery of the I-REACCH programme. Your coordination skills will ensure that the provision meets (and where possible exceeds) expectations
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designed to build research capacity across the pharmacy profession. Whilst it is located within and primarily focused on England it will also support the development of pharmacy research across Scotland