BSc Petroleum Geosciences and Engineering

The BSc Petroleum Geosciences and Engineering at the University of Mines and Technology (UMaT) is a degree in the School of Petroleum Studies. It sits at the meeting point of geology and engineering, preparing you for the oil and gas industry. This page explains what the programme involves, who is eligible, and where the degree can take you.

What petroleum geosciences and engineering is about

This field focuses on the exploration and production of oil and natural gas. Programmes of this kind usually combine classroom study with practical work in areas like structural geology, geophysics, reservoir characterisation, drilling methods, and production technology. You learn to read seismic data, model underground rock formations, and make decisions about where and how to drill. It is an applied subject that demands comfort with mathematics, physics, and team-based projects. You will develop skills in data interpretation, computer modelling, and field analysis. Because petroleum projects are large and expensive, teamwork and clear communication are also central to the field.

Getting in: subjects and competition

The published requirement is credits in any three of Physics, Chemistry, Mathematics, or Geography, with entry open to students from General Arts, General Science, and Technical Studies backgrounds. Place cannot be predicted from a score, but this programme is described as less competitive than many other engineering degrees. That means if your grades in those core subjects are solid, you have a realistic chance, though you should still check whether your exact results meet the requirement.

Where the degree can take you

Typical employers are oil and gas exploration and production companies, energy service contractors, and government petroleum agencies. Graduates often start as field geologists, mud loggers, or drilling engineers, and later move into reservoir management, exploration planning, or production optimisation. The underlying skills in earth sciences and subsurface analysis are also valued in mining, water resource management, and geotechnical engineering.