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electrochemical flow technologies, such as redox flow batteries, multivalent metal ion batteries and/or capacitive deionisation. Such technologies are emerging as promising more-sustainable solutions for the global
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form of energy–e.g. electrical, magnetic, acoustic, or chemical–into mechanical motion. These swimmers are expanding the frontiers of micro-engineering and can be used in tasks such as chemical analysis
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1. Project overview Electrochemical sensing plays a central role in next-generation health technologies, enabling real-time monitoring of physiological environments with high sensitivity and low
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training and strong technical support. This project also offers strong potential for future development towards smart wearable health technologies. 2. Candidate profile This project is ideal for candidates
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well as reliability in extracting target features. The project covers UK tuition fees and the standard UKRI PhD stipend and it is co-funded by the Quantum Hub in Sensing, Imaging and Timing (QuSIT) and BAE Systems
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consider the use of ultra-stable photonic and Quantum timing sources. The project covers UK tuition fees and the standard UKRI PhD stipend and it is co-funded by the Quantum Hub in Sensing, Imaging and
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positioned to benefit any applicant interested in a future career in healthcare technology. The University emphasises the clinical translation of innovative research to ensure real-world impact through
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avenues by enabling chronic, gut-based monitoring of neuroendocrine activity for applications such as closed loop therapeutics. The proposed PhD project sits at the interface of biomedical engineering
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mitigation (IEA, 2023). Technological retrofitting, like installing heat pumps and insulation, is key for reducing energy use and CO2 emissions. Its effectiveness depends on occupant behaviours, such as
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. This PhD project will explore a novel approach: leveraging polymeric microelectromechanical systems (MEMS) technology to create a miniaturised micropump-based ingestible capsule that can actively deliver