Program overview The Master’s in Subsurface Engineering is a specialised two-year postgraduate programme taught entirely in English. It brings together civil engineering, geosciences and underground engineering within a research-driven environment that has a strong international reputation. Teaching is delivered by faculty with extensive international experience, and the curriculum connects students with global expertise in areas such as tunnel engineering, geosciences, geothermal energy and geotechnical engineering.
Structure and learning focus The degree runs over four semesters. After an initial semester of core, foundational coursework, students deepen their competence by selecting one of two focus areas: Geotechnics and Tunnelling, or Subsurface Characterisation and Utilisation. The programme is designed to combine theoretical foundations with exposure to cutting‑edge research, preparing graduates for technical roles in industry or further academic work.
Typical entry requirements (check the programme page for exact criteria)
Note: Always consult the official programme webpage for up-to-date application deadlines, specific document formats, and any additional admission conditions.
The full-time Master’s programme runs for four semesters (two years) and begins each winter semester. In the first semester all students build a common foundation through core courses in geology, hydrology and computational methods. Semesters two and three combine compulsory modules with a range of elective courses that allow you to specialise your studies. The fourth semester is reserved for the Master’s thesis, which can be carried out in a university research group or in cooperation with industry; in the latter case a programme lecturer provides academic supervision. The faculty’s close ties with companies help students find suitable industry partners when they choose an applied thesis. On successful completion graduates receive the Master of Science (MSc) degree from Ruhr-Universität Bochum.
The curriculum is designed to give both theoretical grounding and applied skills. The early emphasis on geology, hydrology and computational techniques ensures a shared technical base, while electives and the research thesis let you deepen expertise or gain practical, industry-oriented experience. This combination supports careers in research, consultancy and industry roles that require modelling, analysis and management of subsurface systems.
Quick facts and structure
Key modules and expected learning outcomes
This Master’s programme is open to candidates who already hold a Bachelor's-level education in the relevant technical fields. Eligible applicants must have completed a Bachelor’s degree or an equivalent qualification in civil engineering, geosciences, or an engineering discipline closely related to these areas.
For international applicants, degrees awarded outside Germany are considered, provided they are judged equivalent by the programme’s admissions authority. If your prior degree is in a related engineering field rather than strictly civil engineering or geosciences, your background will be reviewed to determine suitability for the Subsurface Engineering curriculum.
Winter Semester (International)
15 May 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for technical and research roles in the subsurface sector, including positions in tunnelling and underground construction, geotechnical and geological consultancy, geothermal project development, and infrastructure engineering. The combination of practical modules and research exposure also positions students well for further academic study (PhD programmes).
Because the programme emphasizes applied skills and industry collaboration, alumni often find opportunities in engineering firms, specialist contractors, environmental and energy companies, and public agencies responsible for underground infrastructure and resource management.
Technical University of Munich — München
Deggendorf Institute of Technology — Cham
SRH University — Heidelberg
RWTH Aachen University — Aachen