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rework, waste, and delays. This project tackles that challenge by developing camera-based process monitoring system that observes the weld in real time, detects and predicts anomalies as they emerge, and
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, the student will apply drone imaging, AI analytics, and simulation tools to support more sustainable and circular agriculture. They will collaborate with farmers, engineers, and policy experts to create
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high powered imaging techniques including confocal, SEM and TEM. Important Information: Applications for more than one PhD studentship are welcome, however if you apply for more than one PhD project
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how the artificial joint is positioned. Small changes in placement can alter how the joint moves, the forces it experiences, and ultimately how long it lasts. However, current imaging and planning
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, climate control, and irrigation systems, poses critical challenges to its economic viability and environmental sustainability. This PhD project aims to design, develop, and optimise a climate-smart, net
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better ways to design neuromorphic or brain-inspired computing systems. These mechanisms must be energy-efficient, reconfigurable, and secure, especially for edge devices. This PhD project focuses
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, strong, and suitable for medical use. Once produced, the stents will be tested for their integrity. By combining medical imaging, advanced computer modelling, and modern manufacturing, this research will
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difficult to interpret and require vast amounts of data to perform well. This PhD will investigate how AI can become more adaptable, efficient, and understandable by integrating people directly into the
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Summary This PhD investigates how regenerative textile systems can be developed through design-led, field-to-field models that integrate fibre cultivation, land stewardship, and community making
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designed to augment human intelligence and well-being. This research aims to enable this paradigm shift by upgrading existing Industry 4.0 robotic systems to meet Industry 5.0 standards through