38 design "https:" "https:" "https:" "U.S" positions at LIVERPOOL JOHN MOORES UNIVERSITY
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role in all aspects of the programme of work, including: study design; logistical management, the day-to-day running and administration of the research project; quantitative and qualitative data
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commitment to digital innovation. Our IT Services team plays a critical role in enabling teaching, research, and professional services through secure, reliable, and modern technology. We are now seeking an
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expertise within the Faculty of Health, Innovation, Technology and Science. We are seeking to appoint a highly motivated and enthusiastic Lecturer in Cyber Security. We welcome applicants who have experience
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leading role in strengthening LJMU’s civic footprint and deepening the partnerships that will shape the city region’s economic, social, and cultural future. Our Place and Partnership Plan sets out ambitious
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growing Innovation, IP and Commercialisation team. The post will work under the supervision and guidance of the Innovation and IP Manager. The role will provide support to ensure the successful
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with the people of Liverpool to improve lives and support communities is at the heart of why we were founded and why we exist today. The Faculty of Health, Innovation, Technology and Science are seeking
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planning, design and development of further research and take responsibility for the daily management of the work associated to the project. You will work collaboratively with organisations including the NHS
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, design, delivery and ongoing operation of Liverpool John Moores University’s enterprise data network across on-premises data centres and cloud environments. The role leads a team of specialist engineers
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in regulating phage integration and excision. You will be responsible for the planning, design, and execution of the research programme, including preparing project reports and writing draft academic
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of durability of construction, to integrate Nature based Solutions into grey infrastructure to strengthen resilience in Mediterranean climate hot spots. LJMU supports the design of structures by quantifying