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novel modelling framework that translates climate signals to support cost-optimal long-term investment decisions, while also considering operational feasibility. The successful candidate will also
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to assess climate risks and identify cost-effective, operationally feasible mitigation strategies. The successful candidate will mainly work at the intersection of climate science, energy systems analysis
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team to work on micro/nano manufacturing, bio-instruments development and advanced applications in molecular diagnostics and nanomedicine. Project Description: As part of the project MADECOLD - Multi
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that influence the health and well-being of older adults. Local Age-friendly programmes work to provide walkable streets, housing and transportation options, access to key services and opportunities for older
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population by paying increased attention to the environmental, economic and social factors that influence the health and well-being of older adults. Local Age-friendly programmes work to provide walkable
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bioconversion efficiency. This will be achieved by engineering cofactors to increase the rates of enzymatic biological processes and optimizing the method of gas delivery. This will eventually assist
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applications. Thus, the successful candidate will work mainly towards developing a cascade extraction and process scale-up, contributing to the development, optimisation, and scale-up of clean/green extraction