geology field trip

Key facts

Postgraduate students 2016–17
Taught Master's: 130
Research: 141

Staff : Student ratio 2016–17
1 : 12.7

Research Excellence Framework (REF) 2014
2nd in the UK based on proportion of world leading research

The Department of Earth Science and Engineering straddles the interface between pure science and engineering.

Our research is focused on understanding the fundamental processes that occur on the Earth’s surface down to the planet’s deep interior, and spans three themes:

  • earth and planetary science
  • petroleum science and engineering
  • computational geoscience and engineering

Our work contributes to an understanding of climate change at various temporal and spatial scales; we also aim to meet the challenge of reducing the environmental impact of society’s consumption of natural resources.

We’re also involved in a number of cross-disciplinary and cross-departmental research centres, such as the Grantham Institute and Energy Futures Lab.

The Department collaborates closely with the nearby Natural History Museum, and makes use of their excellent analytical facilities. In addition, we have strategic research relationships with Shell, Statoil, Sinopec, Rio Tinto and Anglo Platinum amongst others.

Our students usually find summer and permanent employment in the major oil and mining companies, as well as in software and consulting businesses; most undertake summer placements in industry to complete their research projects.

Study opportunities

The Department offers a number of study options to help you take your knowledge to the next level.

If you are interested in Doctoral study, it’s important to gain support for your application from your potential supervisor before making a formal application to the College.

Tabbed information block

Master's courses

MSc courses

Research programmes

Earth and Planets Section

The Earth and Planets research section has a broad interest in Earth system and planetary sciences, with particular strengths in meteorite impacts and astromaterials, surface processes on Earth and Mars, dynamics of the Earth’s deep interior, isotopes in the environment, the crust and the solar system, rock magnetism, and paleobiology.

Computational Geoscience and Engineering

The Computational Geoscience and Engineering Section (CGE) is concerned with the prediction and monitoring of a wide variety of industrial and environmental processes, with a particular emphasis on the development and application of advanced numerical methods and scientific computing techniques.

The Computational Geoscience and Engineering team develops engineering solutions to some of the most pressing global problems: the supply of renewable energy, the sustainable production of metals and earth resources, and mitigating environmental impacts and risks. Application areas of interest include environmental engineering, renewable energy systems, coastal engineering, mining and mineral processing, natural hazards, nuclear engineering and pollution dispersal.

Petroleum Geoscience and Engineering Section

The Petroleum Geoscience and Engineering section conducts research into reservoir characterisation, subsurface fluid flow, and geophysics with application to oil and gas production and geological carbon sequestration. Areas of focus include fluid flow in porous media, reservoir simulation, reservoir characterisation, hydrocarbon thermodynamics, rock mechanics, time-lapse seismic, seismic inversion and imaging, and waveform tomography.