This MSc programme prepares students for scientific and technical careers across the mining sector. Taught in English, the curriculum builds a solid scientific foundation so graduates can assume responsible, leadership-oriented roles in industry, research or regulatory organisations. The course combines theoretical depth with applied skills to meet the demands of modern mining operations.
Students work in interdisciplinary teams and undertake research projects and technical reporting aimed at ensuring safe, sustainable and environmentally responsible exploration and extraction of mineral resources. The programme also addresses current trends such as digitalisation and the Internet of Things, joining traditional mining engineering topics with modern technological applications.
Key subjects covered include:
Note: Check the official programme page for detailed module descriptions, exact course structure and admission requirements.
This MSc curriculum is organised across four semesters and combines classroom lectures, tutorials, seminars, projects and an independent master’s thesis. Credit points (LP) are equivalent to ECTS points, with one LP = one ECTS = 30 hours of student workload per semester. Some modules run across more than one term and are listed in each semester in which they take place.
The first year (semesters 1–2) builds core technical foundations: underground mining equipment, geomatics, mineral resources and mineral processing, plus international mining perspectives. In the second semester students progress to specialist topics such as shaft sinking and advanced ventilation, responsible mining, IoT and digitalisation for circular-economy applications, advanced rock mechanics and a dedicated seminar. Advanced Surface Mining is taught as a two-part module across the second and third semesters.
The third semester emphasises applied engineering and research: continuation of Advanced Surface Mining, mining and environment, applied rock mechanics and a supervised student research project. There are also two elective lectures to tailor technical depth. The final semester focuses on two more electives and a substantial Master’s thesis (24 LP). Graduates will emerge with integrated skills in underground and surface mining techniques, rock mechanics, environmental and responsible mining practices, digitalisation/IoT for circular systems, and practical research experience required for professional practice or further academic work.
Requirements and key facts
This program requires a solid undergraduate background in mining engineering. The Master's curriculum builds directly on the technical knowledge and methods taught at the bachelor's level, so successful applicants must already possess that foundation.
If your prior studies focused on a different discipline, this programme may not be appropriate without additional qualifying coursework. If you have questions about whether your particular undergraduate training matches the programme's expectations, contact the admissions office for guidance before applying.
Admission requirements (summary)
Winter Semester (International)
15 July 2026
Summer Semester (International)
15 January 2027
Winter Semester (EU/EEA)
15 July 2026
Summer Semester (EU/EEA)
15 January 2027
Graduates are prepared for technical and leadership roles within the mining industry, including positions in mine planning and operations, equipment and systems suppliers, environmental and safety management, and resource evaluation. The programme's research and project components also provide a solid foundation for further academic work (PhD) or consultancy roles addressing sustainable and digital mining solutions.
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Deggendorf Institute of Technology — Cham
SRH University — Heidelberg
RWTH Aachen University — Aachen