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TUM Technical University of Munich: List of all study programs (2026/27)

The Technical University of Munich (TUM, Technische Universität München), founded in 1868, is one of Germany’s top public research universities and a “University of Excellence,” with more than 50,000 students and a reputation as one of Europe’s most prestigious technical institutions. Located in Munich, a global hub of culture, business, and innovation, TUM is internationally recognized for its excellence in engineering, natural sciences, technology, and life sciences, while also offering strong programs in business, social sciences, and medicine. Popular and competitive study fields include aerospace engineering, computer science, biotechnology, and sustainable energy systems. Consistently ranked among the best universities in Germany and Europe in the QS World University Rankings, Times Higher Education (THE), and the Shanghai Ranking, TUM attracts world-class faculty, including Nobel laureates and leading scientists, and fosters a unique entrepreneurial spirit through its innovation centers and start-up incubators.

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Quick Facts
Type
Technical University (public)
of international students
42%
No. of students (2026)
52,292
Term model
Semester

Study Programs at TU Munich: Overview

Intake

66%
Winter Semester
1%
Summer Semester
33%
Both Semesters
Application Deadlines

Language of Instruction

33%
English only
7%
English only & German language course
13%
English & German
42%
German only
6%
German (and some English)

Tuition fees

GermanyEU Germans & EU Students
World Non-EU Students
26%
tuition-free
74%
with tuition

TUM Technical University of Munich: All Study Programs

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Intake
Numerus Clausus
Tuition Fees
Study mode
Teaching Degree
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175 courses
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Responsibility in Science, Engineering and Technology (Elite Master’s Рrοgram)
Responsibility in Science, Engineering and Technology (Elite Master’s Рrοgram)
Responsibility in Science, Engineering and Technology (Elite Master’s Рrοgram)
Responsibility in Science, Engineering and Technology (Elite Master’s Рrοgram)
Responsibility in Science, Engineering and Technology (Elite Master’s Рrοgram)
Responsibility in Science, Engineering and Technology (Elite Master’s Рrοgram)
Responsibility in Science, Engineering and Technology (Elite Master’s Рrοgram)
Responsibility in Science, Engineering and Technology (Elite Master’s Рrοgram)
Responsibility in Science, Engineering and Technology (Elite Master’s Рrοgram)
Responsibility in Science, Engineering and Technology (Elite Master’s Рrοgram)
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AgriFood Economics, Policy and Rеgulatiοn
AgriFood Economics, Policy and Rеgulatiοn
AgriFood Economics, Policy and Rеgulatiοn
AgriFood Economics, Policy and Rеgulatiοn
AgriFood Economics, Policy and Rеgulatiοn
AgriFood Economics, Policy and Rеgulatiοn
AgriFood Economics, Policy and Rеgulatiοn
AgriFood Economics, Policy and Rеgulatiοn
AgriFood Economics, Policy and Rеgulatiοn
AgriFood Economics, Policy and Rеgulatiοn
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Bioeconοmу
Bioeconοmу
Bioeconοmу
Bioeconοmу
Bioeconοmу
Bioeconοmу
Bioeconοmу
Bioeconοmу
Bioeconοmу
Bioeconοmу
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Sustainable Engineering for Materials and Procеssеs
Sustainable Engineering for Materials and Procеssеs
Sustainable Engineering for Materials and Procеssеs
Sustainable Engineering for Materials and Procеssеs
Sustainable Engineering for Materials and Procеssеs
Sustainable Engineering for Materials and Procеssеs
Sustainable Engineering for Materials and Procеssеs
Sustainable Engineering for Materials and Procеssеs
Sustainable Engineering for Materials and Procеssеs
Sustainable Engineering for Materials and Procеssеs
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