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Engineering Geology and Hydrogeology logo
Technical University of Munich logo

Engineering Geology and Hydrogeology

Technical University of Munich
Information last verified July 2026
Rank #22
Tuition Semester contribution ~€150 + possible non-EU surcharge
Degree Master of Science
Duration 4 semesters
Delivery On-campus
Location Munich, Germany
Language German / English

Program Overview

Geology rocks! Should your everyday working life only take place at a desk and PC? Or are you ready for more? The Master's program in Engineering and Hydrogeology offers not only traditional lecture hall events but also laboratory internships and field exercises. Our professors and staff from the four chairs of Engineering Geology, Hydrogeology, Slope Movements and Geothermal Technologies will train you in the best possible way for your future professional life with a varied range of practice-oriented events. You have got it in your own hands to set the main areas of interest in the elective area and the focus for your master's degree. In addition to classic lecture hall events, you can expect laboratory practicals and numerous field exercises. TUM is the only university in Germany that offers a master's degree program which offers such a wide range of courses for students in the field of applied geosciences and additionally fulfils the curricular requirements for the "Expert for Geotechnics" with the specialisation "Engineering Geology". The challenges of our time include the topics of "sustainable mobility and infrastructure", "clean water" and "clean energy", as well as "natural hazards and risk assessment" in line with the UN's 17 Sustainable Development Goals. With a master’s degree in Engineering and Hydrogeology you can make a significant contribution here. Engineering geology provides solutions to infrastructure problems (e.g. through tunnel construction), hydrogeology contributes to clean drinking water, geothermal energy can be used to prospect climate-neutral energy resources, and engineering geomorphology makes its contribution to the assessment of alpine natural hazards (for example, by researching the retreat of permafrost in the Alps).

Career Opportunities

Graduates of the degree program are experts in the geologically and hydrogeologically sound design of a wide variety of infrastructures and assessing hazards of geosphere-human interaction. They know how to plan and implement measures in traffic route construction, special civil engineering, tunnel and cavern construction, geothermal plants, and alpine natural hazards in a sustainable and low-risk manner. This qualifies them for responsible jobs in engineering offices, construction companies, or public administration, as well as for continuing their scientific work within the framework of a doctorate.

Program Curriculum

The first three semesters cover discipline-specific fundamentals in the areas of engineering geology and hydrogeology. These are accompanied by laboratory and project work. Additionally, in the second and third semesters, elective modules provide the opportunity to specialize on an individual basis. The fourth semester is devoted to the Master’s thesis, in which students’ acquired knowledge and methodological competencies converge. The first three semesters cover discipline-specific fundamentals in the areas of engineering geology and hydrogeology. These are accompanied by laboratory and project work. Additionally, in the second and third semesters, elective modules provide the opportunity to specialize on an individual basis. The fourth semester is devoted to the master’s thesis, in which students’ acquired knowledge and methodological competencies converge. Depending on your choice of modules and specialisations, you will have further specialist knowledge in addition to strong core skills in engineering geology and hydrogeology. For example, you can focus on engineering geology, engineering geomorphology, quaternary geology, geostatistics, slope movement mapping and geoinformation systems, numerical modelling, mineral resources, technical rock science, geothermal energy or geoenergy plus regional geology and chemical analysis. • Curriculum

Admission Requirements

Admission requires specialist knowledge from a first degree in geosciences, environmental engineering, civil engineering, or comparable courses of study in the fields of geosciences, environmental sciences, or construction. The application documents include a transcript of records (at least 120 credit points for a six-semester bachelor's degree program, 150 for a seven-semester program, and 180 for an eight-semester program), a resume, and a letter of motivation. The aptitude assessment process evaluates academic qualifications, grades, and the letter of motivation, and may also include a personal interview. Proof of English and German language proficiency at level C1 is mandatory. The Aptitude Assesement is defined in the Academic and Examination Regulation

Tuition & Financial Information

Tuition Fee

Semester contribution ~€150 + possible non-EU surcharge

Non-EU students pay additional tuition (~€2,000–3,000/semester). Semester fee covers Deutschlandticket for public transport in Bavaria.

Financial Aid & Scholarships

TUM offers semester contributions (~€150) plus public transport in Bavaria (Deutschlandticket). Non-EU students may pay additional tuition fees (~€2,000–3,000/semester). Funding: DAAD, Deutschlandstipendium, BayBAföG (Bavarian student grants), TUM scholarships.

About Technical University of Munich

Technical University of Munich logo

Technical University of Munich

Munich, Germany

TheTechnical University of Munich(TUMorTU Munich;German:Technische Universität München) is apublicresearch universityinMunich,Bavaria,Germany. It specializes inengineering,technology,medicine,...

University Profile
  • Start Date Winter Semester (October)
  • Language German / English
  • Duration 4 semesters
  • Credits 120 ECTS