180 algorithm-development-"Multiple"-"Simons-Foundation"-"Embry-Riddle-Aeronautical-University" positions at University of Manchester in United Kingdom
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of Manchester’s Manchester Institute of Biotechnology (MIB). Imperagen has developed a platform technology to accelerate enzyme development and support sustainable bio-based products and processes. To support
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Partner is a key role within the newly created Organisational Effectiveness and Culture centre of expertise. The goal of the team is to scope, develop and implement the strategies, approaches, frameworks
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informed and constructive discussions on the recognition and development of high performance. To support the delivery of People Directorate initiatives (e.g. talent framework and talent development
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support and solutions for our Evolve program, working with our network architect and network partner to assure the delivery and ongoing development of our network services including the Aruba SD-LAN and
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the groundwork for developing a digital twin (DT) for Greater Manchester’s Integrated Water Management Plan (GM-IWMP). The successful applicant will map and prioritise key water processes in GM, address data
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help to develop a distinguished and thriving list in new directions. The successful candidate will have experience in commissioning high-quality academic Social Sciences titles for use by both scholars
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Epidemiology to grow capacity in the development and delivery of teaching in Health Data Science and Health Informatics. This is a fantastic opportunity for the individual to join a growing education team that
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of Manchester. You will work alongside the Head of Counselling and Mental Health and the broader team to develop, embed and maintain effective working partnerships with colleagues, students, and other relevant
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Overall purpose of the job The Centre Communications and Engagement Officer will have responsibility for developing and delivering communication and engagement plans and campaigns to support the
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of in vivo oligonucleotide disposition and effect. The research will involve the development and exploration of in vitro methods to assess siRNA cellular kinetics using cellular and molecular techniques