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, 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 provides
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clinicians’ administrative burden by developing intelligent natural language processing (NLP) systems that can autonomously complete medical forms. The research will design “agentic” NLP models capable
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registration period Recommended reading Ahadi et al. Evaluation of coronary stents: A review of types, materials, processing techniques, design, and problems, Heliyon, 2023. Zhao et al. Patient-specific
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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
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, resilient, and energy-positive vertical farming prototype that contributes to net-zero community infrastructure. The key Objectives of this project are 1. System design 2. Innovative Technologies
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frameworks (Burgess, 2019), the research approaches regeneration as both an ecological process and a culturally embedded design practice. It asks how textile design can operate as a form of rural
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learning process. The research will develop a Human-in-the-Loop Adaptive Learning (HILL) framework that combines active learning, reinforcement learning with human feedback, and explainable AI techniques
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how these techniques can support energy-efficient learning mechanisms while also maintaining strong security. A key outcome will be an FPGA prototype demonstrating a small neural network with secure
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. Theoretically the uptake of an antibiotic bound to a pheromone into VRE would allow direct transport of the antibiotic to the intracellular region inducing cell death. This approach may be utilised to treat
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/backdrops), Post-production VFX (digital extension and repair). Typically spawned from the same initial digital footprint, these processes tend to drift apart. The original high-value digital assets