The projects listed on this page are representative of currently available PhD opportunities and are subject to change. As more projects become available these will be added below. Projects are grouped by SPADS CDT research themes. Some projects are listed under more than one theme. Due to the interdisciplinary nature of the programme, some projects will cover more than one research theme. Autonomous Sensing Platforms Developing Object-centric Vision and Language Foundation Models for Robust Autonomous Sensing PlatformsSensing system development for aviationSoft Everting Robots for Exploration, Mapping, and Manipulation in Extreme, Confined EnvironmentsTextile-integrated electrochemical wearables with edge AI for on-body heat-strain monitoring Learning Multimodal Virtual Sensors for Adaptive Robotic Manipulation Biodegradable gas sensors Orbital Space Situation Awareness using Neuromorphic Systems Long-Range Ambient Backscatter Communications and Sensing for Secure, Ultra Low-Power Systems Predictive Motion Control and Testing Framework for Mobile Satellite Terminals Using IMU-Based Trajectory Intelligence Multi-agent Systems and Data Intelligence Adaptive mission planning and enactment for autonomous vehicle controlExplainable Speech Deepfake Detection Novel Computing and Beyond CMOS Hardware There are currently no projects available under this theme. Sensor Signal Processing Distributed Information FusionFusion of multiple sources of evidence using Bayesian chain event graphsImage processing techniques for underwater single photon imagingNeuromorphic computing for 3D imaging with single-photon LidarsObject tracking using neuromorphic computing and Bayesian deep learningPhysics-informed neural networks for 3D reconstruction from sonar signalsAdaptable AI in the Wild for Defence and Security Textile-integrated electrochemical wearables with edge AI for on-body heat-strain monitoring Learning Multimodal Virtual Sensors for Adaptive Robotic Manipulation Biodegradable gas sensors Orbital Space Situation Awareness using Neuromorphic Systems Long-Range Ambient Backscatter Communications and Sensing for Secure, Ultra Low-Power Systems Predictive Motion Control and Testing Framework for Mobile Satellite Terminals Using IMU-Based Trajectory Intelligence Robust algorithms for image compression and decompression and their trade-offs This article was published on 2025-10-31
