MEng Mining Engineering

The MEng Mining Engineering at the University of Exeter provides students with a strong practical learning experience by combining engineering knowledge with fieldwork, industry projects, laboratory activities, and research-based learning. Through the renowned Camborne School of Mines, students gain hands-on experience in areas such as mining operations, geological investigations, mineral processing, resource management, and sustainable extraction methods. The programme allows students to apply classroom knowledge to real engineering challenges through industry engagement, practical training, and specialist facilities.

Students develop practical skills through a combination of specialist facilities, industry experience, and applied learning opportunities:

• Gain professional experience through an industry work placement between Years 2 and 3, where students can work with mining companies or organisations involved in mining operations and resource management.

• Participate in fieldwork and mine site visits to explore real mining environments, including surface and underground operations, while developing skills in surveying, geological mapping, geotechnical assessment, and mine ventilation.

• Access specialist facilities through the Camborne School of Mines, including geochemical and mineralogical laboratories, mineral processing facilities, surveying equipment, GIS resources, and engineering research spaces.

• Use professional surveying equipment such as Leica GPS1200 and Trimble R10 Smart Rover to develop practical skills in mine surveying and geological data collection.

• Work with specialist minerals engineering laboratories that support teaching, research, and practical investigations into mineral processing, recycling, and resource recovery.

• Develop technical and digital skills using tools such as GIS software, scientific computing applications, and engineering analysis tools relevant to mine design, resource evaluation, and environmental assessment.

• Take part in group projects and multidisciplinary engineering challenges that strengthen teamwork, communication, leadership, and problem-solving abilities.

• Complete an MEng Individual Project, allowing students to undertake independent research, investigate engineering problems, and work closely with academic experts on specialist topics.

• Engage with industry-related projects and professional networks connected to the mining and resources sector, gaining insight into current engineering challenges and industry practices.

• Benefit from access to specialist teaching and research environments at the Camborne School of Mines, supporting learning in mining, minerals, and geoscience disciplines.

The MEng Mining Engineering at the University of Exeter prepares graduates for careers in the global mining and resources sector by developing strong technical knowledge, problem-solving abilities, project management skills, and leadership qualities. The programme opens opportunities in roles such as Mining Engineer, Geotechnical Engineer, Resource Engineer, Mine Design Engineer, and Environmental Consultant, with graduates able to work across mining companies, engineering consultancies, energy industries, and environmental organisations.

The programme supports students’ career development through industry experience, professional networks, and employability support:

• The University of Exeter Careers Service provides career guidance, employability workshops, skills development sessions, employer events, and resources to help students prepare for graduate employment. Students also benefit from the global alumni network and industry connections associated with the Camborne School of Mines.

• Students gain valuable industry exposure through an industry work placement between Years 2 and 3, where they can work in a mining environment, such as a mine site or mining company operations division, gaining practical experience before graduation.

• The programme maintains strong links with the mining and resources sector through industry-focused teaching, collaborative research, and projects connected to real engineering challenges.

• Students develop highly valued professional skills including technical problem-solving, teamwork, communication, project management, decision-making, planning, organisation, and leadership, preparing them for a wide range of engineering careers.

• The University of Exeter’s Camborne School of Mines has an internationally recognised reputation for mining, minerals, and earth resources education, with strong connections to industry and a worldwide alumni community.

• The programme’s focus on sustainable mining, responsible resource management, mine design, geotechnical engineering, and environmental considerations provides graduates with knowledge relevant to the future needs of the global resources sector.

• Graduates are prepared for careers across sectors including mining, engineering, manufacturing, energy, environmental consultancy, construction, and resource management.

• The MEng qualification provides a strong academic foundation for progressing towards professional engineering recognition and future leadership roles within the engineering industry.

Further Academic Progression:

After completing the MEng Mining Engineering, students can continue their studies through postgraduate programmes in areas such as Mining Engineering, Mineral Processing, Geotechnical Engineering, Environmental Engineering, Sustainable Resource Management, or related research fields. Further study allows graduates to specialise in advanced technical areas, develop expertise for research and innovation, or progress towards senior engineering and management positions within the global mining and resources industry.