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(SI-ATRP) and used to organise chromophores in 3D. You will develop solution-processing routes for the production of quantum optical materials, and design sensors for use in early detection of cancer
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(SI-ATRP) and used to organise chromophores in 3D. You will develop solution-processing routes for the production of quantum optical materials, and design sensors for use in early detection of cancer
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Development of a Wearable Sensor System and AI-Driven Analysis for Objective Bruxism Assessment
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Design of a Fault Detection System for AI-Assisted Adversarial Attacks on Industrial Control Systems
learning. The research will explore how AI-enabled adversaries manipulate ICS environments (e.g. robotic arms, sensor networks) and develop robust detection and response frameworks. By combining real-world
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the cardiovascular system that are personalised to individual patients and updated whenever new data from wearable and implanted sensors are available. This post will focus on using these agile and personalised
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Overview This 6 month post is associated with an i4i FAST grant in partnership with an award-winning medical tech company, WalkWithPath. The grant is titled “Step-sensor: Can sensor-based insoles
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This post is funded by the ‘Integrating quantum sensors with bespoke quantum error correction’ project supported by the Engineering and Physical Sciences Research Council (EPSRC). The task
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distributions from process-induced microstructure variations using the surrogate models created. Work with the extended team to link the simulation of sensor data with new multi-scale processes for microstructure
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grant sponsored by the UK’s Engineering and Physical Sciences Research Council to develop a theory for novel bio-inspired micromachine sensors to measure acoustical quantities that have not been measured
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to involve the development of electronic circuitry and instrumentation related to the optical sensor at its core, along with the application of the developed instrumentation within various fields. However, the