MSc Mining Engineering

The MSc Mining Engineering at the University of Exeter offers a practical and industry-focused learning experience through the internationally recognised Camborne School of Mines. Students develop real-world mining skills by combining technical knowledge with research projects, field-based learning, specialist laboratory work, and industry-related activities. The programme allows students to apply concepts such as mine design, excavation, geomechanics, mineral processing, automation, and sustainable resource management to solve real challenges faced by the global mining industry.

Students gain practical experience through specialist facilities, digital tools, research activities, and industry-focused learning opportunities:

• Develop practical mining design skills through modules such as Mine Planning and Design, Surface Excavation Design, and Underground Excavation Design, applying engineering methods to plan and evaluate mining operations.

• Gain experience through industry-focused projects and the MSc Project and Dissertation, where students investigate specialist mining topics and apply technical knowledge to real engineering challenges.

• Use specialist digital tools, modelling techniques, and analytical methods to support mine planning, excavation design, geotechnical analysis, and resource evaluation.

• Access the specialist facilities of the Camborne School of Mines, including mineral processing laboratories, geological preparation facilities, mining engineering laboratories, and advanced analytical research spaces.

• Work with advanced mineral analysis equipment, including the Chemical, Imaging and Mineralogical Facility (CIMF), which supports research in mineral characterisation and processing.

• Develop knowledge of modern mining technologies through the Mine Automation module, exploring how digital systems and automation improve efficiency, productivity, and safety in mining operations.

• Participate in practical learning activities such as fieldwork opportunities and mining site visits, helping students understand how mining engineering principles are applied in professional environments.

• Gain exposure to current mining research through academics involved in internationally recognised work in mining, geoscience, minerals processing, and sustainable resource development.

• Benefit from the strong industry connections of the Camborne School of Mines, with links to leading mining companies including Rio Tinto, BHP Billiton, First Quantum, and Glencore.

• Develop professional skills through the CSM Professionalism module, which prepares students for workplace expectations and future careers in the mining and extractive industries.

The MSc Mining Engineering at the University of Exeter prepares graduates with advanced technical knowledge, practical engineering skills, and industry-focused experience needed to succeed in the global mining and extractive industries. Through the internationally recognised Camborne School of Mines, students develop expertise in areas such as mine planning, excavation design, geomechanics, automation, and sustainable resource management, creating opportunities for careers such as Mining Engineer, Geotechnical Engineer, Mine Design Engineer, and Engineering Consultant. The programme’s strong industry connections and professional recognition help graduates build successful careers in one of the world’s most important engineering sectors.

Students benefit from a range of career support services and professional opportunities:

• Access the University of Exeter’s Career Zone, which provides personalised career advice, employability workshops, CV and application support, interview preparation, employer connections, and resources to help students achieve their career goals.

• Benefit from the global reputation and extensive alumni network of the Camborne School of Mines, which has a long history of educating professionals who work across the international mining and minerals industry.

• Gain exposure to industry practices through Exeter’s links with mining organisations and companies, including opportunities to engage with industry-related projects, professional activities, and real-world mining challenges.

• Develop highly valued skills in mine planning, excavation design, geomechanics, mine automation, environmental management, problem-solving, teamwork, and technical communication, preparing graduates for a wide range of engineering roles.

• Gain professional value through accreditation by the Institute of Materials, Minerals and Mining (IOM3) under licence from the Engineering Council, supporting eligible graduates working towards Chartered Engineer (CEng) status.

• Benefit from the strong reputation of the University of Exeter in mining and mineral engineering, with the subject ranked among the leading global programmes for Mineral and Mining Engineering.

• Explore career opportunities across mining operations, engineering consultancy, geotechnical engineering, tunnelling, mineral processing, energy resources, environmental management, and sustainable mining.

• Complete an independent MSc Project and Dissertation, allowing students to develop research skills and demonstrate their ability to solve complex engineering problems relevant to industry.

Further Academic Progression:

After completing the MSc Mining Engineering, students can continue their studies through a PhD in Mining Engineering, Geotechnical Engineering, Minerals Processing, Sustainable Mining, Earth Resources, Geoscience, or other related research areas. The research experience gained through the dissertation project provides a strong foundation for doctoral studies, specialist research roles, and advanced technical careers in academia and industry.