BEng Mining Engineering

The BEng Mining Engineering at the University of Exeter offers students a highly practical learning experience through industry-focused projects, fieldwork, specialist facilities, and hands-on engineering activities. Students gain the opportunity to understand the complete mining lifecycle, from resource exploration and mine design to extraction, processing, and sustainable resource management. Through the Camborne School of Mines, students learn in a research-led environment supported by specialist facilities, industry connections, and practical training designed to prepare them for careers in the global mining sector.

Students build real-world skills through a combination of technical projects, field experience, specialist equipment, and industry engagement opportunities:

• Students take part in fieldwork and site-based learning, allowing them to apply mining engineering concepts to real environments and understand practical challenges in resource extraction.

• The programme includes group projects and industry-focused engineering challenges, helping students develop teamwork, communication, leadership, and problem-solving skills while working on realistic mining scenarios.

• Students have the opportunity to complete an industry work placement in a mining business or operational environment, gaining professional experience and a deeper understanding of workplace practices before graduation.

• Through the Camborne School of Mines, students access specialist facilities supporting mining, minerals, and engineering education, including laboratories for mineral processing, geochemistry, materials analysis, and geological research.

• Students use technical equipment and surveying tools relevant to mining applications, helping them develop skills in mine measurement, data collection, and engineering analysis.

• The programme incorporates digital technologies such as Geographical Information Systems (GIS) for mapping, spatial analysis, and supporting decision-making in mining and environmental projects.

• Students gain practical knowledge of mineral processing, recycling, and resource recovery techniques through specialist laboratory-based learning and research activities.

• Students benefit from industry engagement through guest lectures, employer events, and networking opportunities with professionals from the mining and resources sector.

• Research-led teaching connects students with current developments in areas such as sustainable mining, mineral resources, geotechnical engineering, and responsible resource management.

• Students have access to university learning resources, libraries, research facilities, and specialist engineering spaces that support independent study and practical learning.

The BEng Mining Engineering at the University of Exeter prepares graduates for exciting careers in the global mining and resources sector by developing technical expertise, practical engineering skills, and an understanding of sustainable resource management. The programme equips students for roles such as mining engineer, geological engineer, resource consultant, and environmental engineer, with opportunities across mining companies, engineering consultancies, resource organisations, and sustainability-focused industries.

The combination of specialist knowledge, industry experience, and professional recognition helps students build a strong foundation for long-term career success:

• The University of Exeter Careers Service supports students with career guidance, employability workshops, skills development sessions, application advice, and opportunities to connect with employers. Students also benefit from the Camborne School of Mines Association, which provides access to a valuable global network of professionals and alumni in the mining sector.

• Students gain industry exposure through employer events, guest lectures, and networking opportunities with professionals from mining companies, engineering organisations, and resource industries.

• The programme offers an industry work placement in a mining business or operational environment, allowing students to gain professional experience, develop workplace skills, and apply engineering knowledge to real-world challenges.

• Graduates develop highly valued skills including technical problem-solving, teamwork, project management, leadership, communication, and decision-making, which are useful across mining, engineering, environmental, and resource-related careers.

• The programme is accredited by the Institute of Materials, Minerals and Mining (IoM3), providing a recognised pathway towards professional engineering development and supporting future progression towards professional registration as an engineer.

• The degree benefits from the reputation of the Camborne School of Mines, a specialist centre with a long history of teaching and research in mining, minerals, and engineering.

• The programme prepares graduates for careers across sectors including Mining, Engineering and Manufacturing, Energy and Earth Resources, Built Environment, and Environmental industries.

• The global demand for responsible mining professionals continues to grow as industries focus on critical minerals, sustainable resource extraction, and the transition towards cleaner technologies, creating strong opportunities for graduates with specialist mining engineering knowledge.

Further Academic Progression:

After completing the BEng Mining Engineering, students can continue their education through postgraduate study to specialise in areas such as mining engineering, mineral resources, sustainability, geotechnical engineering, or related engineering fields. Further study through master’s programmes, including advanced mining and resource-focused degrees, can help graduates develop deeper technical expertise, strengthen research skills, and progress towards senior engineering, consultancy, or research positions.