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Geographical Information Systems Gis PhD Projects, Programmes & Scholarships

We have 42 Geographical Information Systems Gis PhD Projects, Programmes & Scholarships

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We have 42 Geographical Information Systems Gis PhD Projects, Programmes & Scholarships

PhD in Geographical Information Systems

PhD students in Geographical Information Systems focus on the development and application of geographic information systems (GIS) technology. GIS systems capture and display data relating to positions on the Earth’s surface that can have a diverse range of applications from providing military intelligence to assisting with location-based marketing.

What’s it like to study a PhD in Geographical Information Systems?

You’ll be assigned a supervisory team that will guide you through the completion of an extended dissertation. Your final thesis should make a significant original contribution to the field, whether it be improving GIS technology or identifying new applications for it.

Day to day, you will spend most of your time conducting independent research – which may involve employing spatial analysis and image processing techniques and getting practical experience of GIS data collection in the lab or through field work.

You’ll likely have the opportunity to use cutting-edge technologies such as 3D laser scanners, GPS and UAV remote sensing.

Possible research topics include:

  • Administrative boundaries
  • Energy, environment and climate data
  • Agriculture and food security
  • Census and population demographics
  • Transport and infrastructure
  • Incidence of disease

Alongside your research, you may be required to attend additional training and help with undergraduate teaching. You may also have the chance to present at academic conferences and publish your work in journals.

There are a small number of advertised projects available in Geographical Information Systems, but most candidates will need to design their own project.

PhD in Geographical Information Systems Entry requirements

To apply for a PhD in Geographical Information Systems, you’ll usually need a good upper-second class Bachelors degree in a relevant subject area. A Masters degree may sometimes be required. It’s worth noting that applications are considered on a case-by-case basis and a postgraduate qualification will often be an advantage even if is not compulsory.

PhD in Geographical Information Systems funding options

Depending on your specific focus, PhD projects in Geographical Information Systems might be funded by the Economic and Social Research Council (ERSC), the Engineering and Physical Sciences Council (EPRSC) or the Natural Environment Research Council (NERC). Research Councils provide studentships that cover your tuition fees and living expenses.

Full studentships are very competitive, so many students will need to self-fund their PhD. There are numerous options for candidates taking this route, including the UK government’s doctoral loan, support from charities or trusts, and part-time employment.

PhD in Geographical Information Systems careers

Many students who complete a PhD in Geographical Information Systems will go on to pursue a career in research. However, there are plenty of options for those looking to take on a non-academic role – GIS is now a fundamental component of the global information infrastructure. It is used in countless sectors such as telecommunications, civil engineering, government, conversation and public health – to name just a few.

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Open PhD position in Geomatics/GIS at the University of Florida

Research area. Spatio-temporal analysis of crowd-sourced geoinformation. The Geomatics Program at the University of Florida is recruiting one PhD student to begin in either Summer or Fall 2023 semesters. Read more

Building flood resilience via effective communication

This research will consider a crucial element of disaster risk, our resilience, specifically our resilience to flood disasters. Flooding is a prominent and dangerous challenge to many communities, and one of the main challenges that the UK faces because of the changing climate (DEFRA, 2015). Read more

Developing a high-resolution spatial model to assess solar photovoltaic panel suitability for reduction of greenhouse gas emissions and energy costs

  Research Group: Geography and Environmental Studies
Low Carbon Technologies such as solar PV can reduce greenhouse gas (GHG) emissions and generate electricity for self-consumption, which cut down the import of energy from the grid which is susceptible to energy price shocks. Read more

The relationship between vegetation and morphology in saltmarsh restoration schemes

Managed realignment, where coastal flood defences are breached or lowered to introduce tidal inundation to the coastal hinterland, is becoming an increasingly popular approach to coastal management to restore saltmarsh environments and compensate for habitat and ecosystem service loss elsewhere. Read more

Computational modelling and risk assessment of heavy rainfall impacts on transport infrastructure

Description of the project. This highly exciting project help to address one of the most challenging engineering problems – adapting to climate change, and help the student to learning highly sought-after skills and knowledge for a wide range of career paths. Read more

Models of Sustainable Living Without Urban Concentration

Scotland is one of several nations in which rural life is arguably central to its culture and identity. At the same time, urban densification is being promoted as one way to transition to lower-impact lifestyles. Read more

Fishing and very large scale offshore wind deployment

All of the nations bounding the North Sea have ambitious plans for offshore wind deployment that have expanded during 2022 in response to the energy crisis. Read more

Linking secondary succession of carbon stocks and biodiversity to land use history in tropical forests (PERES_ENV23CDCC)

Secondary and degraded tropical forests (STFs) now cover a larger area than undisturbed old-growth forests.  The long-term conservation of both terrestrial carbon stocks and biodiversity depends on the capacity of regenerating tropical forests to retain forest biomass and plant/animal species to maintain key ecosystem functions, including carbon sequestration. Read more

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