PhD Opportunities
PhD Title |
Research Institute | Research Theme | Principal Supervisor |
|---|---|---|---|
| Variable Stiffness Actuation for Bioinspired Underwater Vehicle Design | Integrated Micro and Nano Systems | Institute for Micro and Nano Systems Themes |
Dr Francesco Giorgio-Serchi |
| Ultrathin Nanostructured Membranes for Efficient Gas Separation | Materials and Processes | Carbon Capture and Separation Processes | |
| Ultra-Fast 3D Vision Using Single-Photon Sensors | Integrated Micro and Nano Systems | Institute for Micro and Nano Systems Themes |
Dr Istvan Gyongy |
| Transition Engineering Towards Carbon Capture In Natural Gas Combined Cycles With Exhaust Gas Recycling (TECC-GAS) | Energy Systems | Carbon Capture and Separation Processes | |
| Tracking granular flows using instrumented grains | Infrastructure and Environment | Granular Mechanics and Industrial Infrastructure | |
| Sustainable Lithium Mining and Recycling using Membrane Technology | Materials and Processes | Institute for Materials and Processes Themes | |
| Solar thermal energy for sorption heating and cooling | Materials and Processes | Materials Design, Processing and Characterisation | |
| Remanufacture of Marine Composite Components based on Improved Service Data and Field Diagnostics | Materials and Processes | Institute for Materials and Processes Themes | |
| Railway Track Bed Research | Infrastructure and Environment | Infrastructure Sensing and Systems, Structural Engineering | |
| Pushing the boundaries of fire modelling | Infrastructure and Environment | Fire Safety Engineering | |
| Processing of Polymers of Intrinsic Microporosity (PIMs) for CWA capture and destruction | Materials and Processes | Carbon Capture and Separation Processes | |
| Probabilistic Graphical Models in Multi-Target Tracking | Digital Communications | Institute for Digital Communications Themes |
Dr James Hopgood |
| Power Electronics Research Position with Siemens Gamesa Renewable Energy and University of Edinburgh. | Energy Systems | Electrical Power Conversion | |
| Optimum Transceiver Design For Visible Light Communication/LiFi | Digital Communications | Institute for Digital Communications Themes | |
| Offshore Renewable Energy (Industrial Doctorate Centre) | Energy Systems | Electrical Power Conversion, Energy and Climate Change, Energy Policy, Economics and Innovation, Energy Storage and Carbon Capture, Naval Architecture, Offshore Renewable Energy, Power Systems | |
| New numerical integration approaches for finite element simulations | Infrastructure and Environment | Structural Engineering | |
| Multi-agent AI for coordinating a hardware gig economy | Digital Communications | Institute for Digital Communications Themes |
Prof Timothy Drysdale |
| Mechanical properties of ancient earth and turf materials | Infrastructure and Environment | Structural Engineering, Materials and Structures | |
| Materials, processes and structures to reduce thermal loses and aid energy storage and recovery at Ultra-High Temperature | Energy Systems | Energy Storage and Carbon Capture | |
| Machine learning aided bioimpedance spectral imaging for tissue engineering | Digital Communications | Institute for Digital Communications Themes |
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