Mining Engineering

Mining Engineering is one of the oldest branches of engineering and remains essential to modern life. Almost every material object begins with the extraction of resources from the earth, and the engineers who design, manage, and improve that process are responsible for supplying the raw materials on which manufacturing, energy, and technology depend. The discipline spans geology, geomechanics, mine design, ventilation, environmental management, and health and safety, requiring both rigorous technical knowledge and the ability to manage complex operations in challenging conditions.

At the University of Exeter, this full-time programme runs over three years and includes a foundation year, giving students who need additional preparation a structured route into the degree. You will study the principles of rock mechanics, drilling, excavation, and mine planning alongside the systems used to manage water, air, and dust underground. The programme also addresses surface mining techniques, resource estimation, and the environmental responsibilities that come with operating in sensitive landscapes.

Exeter's location in the South West places it close to a region with deep historical connections to mining, and the academic environment benefits from strong links to the global minerals and resources sector. At the typical entry tariff for this course, you will be working alongside students with a range of backgrounds, and the foundation year ensures a shared grounding in the mathematics and physical sciences that underpin the discipline.

Mining Engineering graduates are in demand globally, particularly as the transition to renewable energy increases the requirement for lithium, cobalt, copper, and other critical minerals. Careers span mine planning and design, geotechnical engineering, project management, environmental and social impact roles, and consultancy. Many graduates work internationally with major mining companies or specialist engineering firms.

Others move into postgraduate research or chartered engineering routes, building on the professional engineering competence developed during their studies.