The priority PhD projects below represent the most scientifically pressing and topical areas of our research and although not currently funded are the most likely to attract funding. The other PhD projects listed are relevant to our current research interests and may present students with alternative research opportunities. If you have your own specific project in mind that clearly aligns with our research interests you may wish you contact relevant members of staff directly to discuss possible supervisory support.
CI-367 Real Time GNSS satellite orbits and clocks
|
CI-454 Landscape characterisation using very high resolution LiDAR data
|
CI-457 Quantifying relative sea level along vulnerable coastlines using geodetic techniques: going beyond tide gauges
|
CI-462 Multi criteria analysis of complex landscapes for contaminant risk vectors
|
CI-487 Assessing the potential of high resolution geospatial data for enhancing hydraulic flow models
|
CI-512 GNSS, glacio-isostatic adjustment and present-day elastic loading of the Earth: improved plate tectonic models and insights on the global water cycle
|
CI-514 Enhanced characterisation of urban green space using waveform lidar and hyperspectral data
|
CI-518 Ice mass loss in the Antarctic Peninsula from tide gauges and satellite altimetry
|
CI-519 Investigation of variability and trends in Arctic Russia river flows and catchment hydrology
|
CI-521 Development of a low-cost, real-time monitoring system for landslide hazard analysis
|
CI-522 Segmentation and classification of urban features from waveform laser scanning
|
CI-523 A data platform for integrated air quality monitoring and traffic management
|
CI-525 Use of GPS, GLONASS and Galileo satellite systems for geophysical monitoring
|
CI-569 NEED (National Energy Efficiency Data) framework for planning micro distributed energy infrastructure at local level
|
CI-570 Photogrammetric observation and finite element modelling of a braced steel tower holding the IGS HERS GNSS antenna
|