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to develop novel rehabilitation techniques. This project will integrate state-of the-art technology and use a biopsychosocial lens to explore this opportunity. We will investigate how we can use detailed
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global assets projected to reach 62% by 2030. While this growth fosters financial inclusion, it also creates new and underexplored risks at the intersection of technology, human behaviour, and market
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multidisciplinary supervisory team spanning engineering, ecology, and environmental science, with access to state-of-the-art laboratories, field sensors, and data-analysis facilities. You will also join Manchester
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in collaboration with Cambridge Medical Technologies, ensuring strong translational impact and real-world relevance. The candidate will join Manchester Metropolitan University’s world-class
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, chemists and computational experts pioneering research using an advanced, optogenetically controlled human-based nerve-muscle model. Using functional, molecular and metabolomics technologies, integrated with