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to fundamentally reshape how infrastructure, aerospace, automotive, and electronic products are designed and manufactured. By simultaneously delivering lightweighting and efficient energy storage, these materials
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includes PL: Neil Tunstall (Department of Geography) the co-leads: Beth Upex (Department of Archaeology), Andrew Moss (Research and Innovation Services), Johanna Thren (Department of Anthropology), Lorraine
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multiple ship classes and shore power applications. The project seeks to deliver industry-relevant modelling toolkits that enable optimal design and operation of greener vessels, backed by real-world
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electronic and optical characterisation, and nobody arrives with all of it. You will enjoy learning, and take satisfaction in taking a polymer from synthetic design through to working material. You will be
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preparation of research grant applications, and contribute to the design and delivery of research projects. Duties include questionnaire design, data collection and analysis, conducting research interviews
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). The project will investigate the design, fabrication and evaluation of an advanced contact lens platform capable of supporting the delivery of regenerative cells and promoting corneal repair You will work
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at the intersection of digital technology, art and design, drawing upon its 200 years history of pioneering arts research, innovation and real-world impact. Operating within the Liverpool John Moores University’s
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these critical cellular processes. You will lead independent research, design and perform innovative experiments using biochemical and structural biology approaches, analyse complex datasets, and contribute
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have created a comprehensive range of opportunities and initiatives designed to provide an exceptional launchpad for their future careers.
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. Successful applicants will become part of the founding research team responsible for designing, developing and implementing this new research infrastructure. This post is offered for 18 months. The successful