PhD Opportunities
PhD Title |
Research Institute | Research Theme | Principal Supervisor |
|---|---|---|---|
| A simulator of the dynamics of America’s Cup foiling catamarans | Energy Systems | Naval Architecture | |
| Advanced Signal Processing Techniques For Band-limited Optical Communications | Digital Communications | Institute for Digital Communications Themes | |
| Aerodynamics of high-performance yacht sails | Energy Systems | Naval Architecture | |
| Aerodynamics of the Scottish thistle, the national flower of Scotland | Energy Systems | Energy and Climate Change | |
| Aerodynamics of the gliding seeds of the Javan cucumber vine | Energy Systems | Energy and Climate Change | |
| Ammonia-based ionic liquids for chemical conversion of CO2 | Materials and Processes | Institute for Materials and Processes Themes | |
| Big Data Analysis from Bridges | Infrastructure and Environment | Infrastructure Sensing and Systems, Structural Engineering | |
| Bio-inspired high-efficient arrays of tidal energy converters | Energy Systems | Bioengineering, Offshore Renewable Energy | |
| Bio-inspired micro-decelerators | Energy Systems | Energy and Climate Change, Materials and Structures, Sensors | |
| Bio-inspired morphing blades for wind and tidal turbines | Energy Systems | Energy and Climate Change, Offshore Renewable Energy | |
| Boundary integral methods for Stokes-flow parachutes | Energy Systems | Energy and Climate Change | |
| Contact models for DEM simulations of non-spherical particles | Infrastructure and Environment | Granular Mechanics and Industrial Infrastructure | |
| Data Driven Information Recovery in Sensor Systems | Digital Communications | Institute for Digital Communications Themes |
Prof John Thompson |
| Data sketching in engineering sensor networks | Digital Communications | Institute for Digital Communications Themes | |
| Deep Multi-Object Characterization of Convolutive Signals | Digital Communications | Institute for Digital Communications Themes |
Dr Mehrdad Yaghoobi |
| Development of CMOS based time-of-flight sensor for optical imaging | Integrated Micro and Nano Systems | Bioengineering, Optical Systems and Materials, Sensors | |
| Development of integrated multi-modal sensors for monitoring brain activity | Integrated Micro and Nano Systems | Bioengineering, Sensors | |
| Digital infrared detectors | Integrated Micro and Nano Systems | Institute for Micro and Nano Systems Themes |
Professor Robert Henderson |
| Electrochemical preparation of electrocatalysts for the electrochemical conversion of CO2 | Materials and Processes | Institute for Materials and Processes Themes | |
| Elucidating the molecular-level interactions between nanocarbons and biological membranes | Infrastructure and Environment, Materials and Processes | Institute for Infrastructure and Environment Themes, Institute for Materials and Processes Themes |
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