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The use of geothermal energy as a renewable energy source is becoming increasingly important. Near-surface and deep geothermal energy can be used to heat, cool and generate electricity. In this way, a climate-neutral supply for private households, but also for industry, can be realized.

The aim of the Technische Universität Bergakademie Freiberg is to train students in the future-oriented field of geothermal energy. The Master's program consists of both theoretical content and numerous practical applications. Students take modules in engineering and geosciences, but also deal with drilling technology, hydrochemistry, modeling and law in addition to geothermal energy. The university's own teaching and research mine “Reiche Zeche” and various test fields offer practical and application-oriented training.

Course of Study

The Master's degree program is aimed at graduates with a Bachelor's degree in both engineering and geosciences.

Depending on the Bachelor's degree course completed and the modules taken, students must take adaptation modules. Students with a seven-semester Bachelor's degree in engineering do not have to take any additional adaptation modules if they have already completed the necessary engineering modules as part of their Bachelor's degree (see adaptation modules for engineering students).

With a six-semester Bachelor's degree, adaptation modules in engineering or geosciences must be completed, depending on the subject area (see Adaptation modules for geoscientists, engineering scientists). These extend the course and thus the standard period of study by one semester. The adaptation modules are taken during the course of study.

In addition to the compulsory modules, students can choose from a wide range of compulsory elective modules. Possible areas of specialization include geoengineering, mathematical and geostatistical methods, energy engineering, geosciences and biosciences, as well as business administration and law.

The Master's thesis is usually completed in the final semester.