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performance limitations and to link these with metabolic functionality and control, in collaboration with other consortium partners working on systems without H2 addition. You must demonstrate a sound knowledge
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Physics/Chemistry/Materials Science/Engineering, and excellent experimental skills. Knowledge and hands-on experience in active-doped silica-based fibre fabrication, spectroscopic characterisation of doped
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have some knowledge of theories and frameworks relevant to implementation science (e.g. Normalisation Process Theory, CFIR). Your knowledge and experience will usually have been gained through a relevant
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relevant to the study, development and/or application of topological photonic materials; proven practical knowledge and expertise in the field of photonic crystals/metamaterials; strong problem-solving
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knowledge exchange, where you will contribute to sharing knowledge with our partners in the CRUK network and engaging in potential collaborations with industry. You will be expected to continuously engage in
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FAIR principles. This role also includes a focus on enterprise and knowledge exchange, where you will contribute to sharing knowledge with our partners in the CRUK network and engaging in potential
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, foster collaborations with industry and clinical partners, and strengthen Southampton’s position in antibody glycoscience and biotherapeutic enzyme innovation. About You Knowledge, Experience and
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involvement methods. Applicants will ideally have some knowledge of theories and frameworks relevant to implementation science (e.g. Normalisation Process Theory, CFIR). Your knowledge and experience will
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authoritative practical knowledge and experience in acoustics and/or vibration, supported by detailed understanding. Basic understanding and knowledge of numerical modelling using the Finite Element Method
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innovation. About You Knowledge, Experience and Qualifications You should hold a PhD in structural biology, glycobiology, biochemistry, or a related field. Experience with X-ray crystallography, protein