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laboratory at Swansea University. This demonstrator will closely replicate the industrial structure to ensure the relevance of the research undertaken in this PhD study. A major aspect of the work is the
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. These components see applications in the transport, catalysis and bioengineering industries. The research will focus on wet chemical processes and the study of chemical reactions on the component's surface. We will
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energy systems. Energy management and decarbonisation of regional energy systems via electrification and sectoral coupling (particularly in hard-to-abate sectors, i.e. heating and industry). System
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handle to control biomolecular chemistry as their behaviour (e.g. binding interactions) can be programmed with electrochemical signals. Establishing electrochemical control over the interactions between
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manufacture advanced biomaterials and hydrogels using different chemistries, including bioorthogonal click chemistries, to create nanosystems and multifunctional smart carriers from natural-derived polymers
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of Liverpool Management School’s 4-year Graduate Teaching Fellowships (GTF). Receiving one of our GTFs gives you the funds to launch your academic career, while you gain valuable teaching training and
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, and Engagement in the Games Industry Designing and Personalisation of Social Robots Embodied AI for Wellbeing: Exploring the Opportunities for Social Robots Robots Dancing to Salsa Augmented Audio
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in a clinical population, for example older adults in a care home setting, or those with inflammatory arthritic diseases. The research will consider acceptability of exposure mode, temperature and
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-resolved plasma measurements. Responsibilities will include writing refereed publications, managing an industrial research project, and delivering reports to industrial partners. You will join a currently
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publications, managing an industrial research project, and delivering reports to industrial partners. You will join a currently running industry-funded project. The project focuses on the development