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fundamental question with global relevance: how does glycan structure control carbon sequestration in marine systems? By combining organic synthesis and chemical biology, the project aims to uncover
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equipment health, availability, and resilience under flexible operating conditions. Combine AI-based insights with LEAN and Six Sigma methodologies to support structured root cause analysis and continuous
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modelling, data-driven approaches, and experimental validation. The project combines computational materials science with practical membrane design for electrochemical energy applications. PhD Position 1
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SPEAR Centre: PhD in ‘Long-Range, High Bandwidth Distributed Acoustic Sensing for Fibre Optic Links’
hybrid combinations to boost outgoing pulse power and enhance backscatter detection while maintaining low noise, low distortion, and stable system operation. A key innovation is the exploration
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structured four-year PhD programme with a range of taught courses in the first year and further professional training offered in other years. The programme combines the rigour and professionalism
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engineering research skills to tackle the challenges of developing innovative photonic-inspired computing and communication technologies for next-generation networks, combined with the entrepreneurial
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care, by combining traditional "wet-lab" biological research with "dry lab" computational approaches. Scholarship Details 19 PhD scholarships will be available as co-funded positions, supported by