Technical University of Munich (TUM)
Technische Universität München - Engineering Excellence Since 1868
Abitur Grade
1.3-2.8
Engineering programs
International GPA
3.0-4.0/4.0
Country specific
World Ranking
#37
QS World Universities
Total Students
45,000+
Including 11,000+ international
Comprehensive Navigation Guide
About Technical University of Munich (TUM)
Technical University of Munich (Technische Universität München - TUM) stands as Germany's premier technical university and one of Europe's leading institutions for engineering, technology, and natural sciences, established in 1868 with over 155 years of groundbreaking innovation, technological advancement, and engineering excellence that has fundamentally shaped modern industrial development and continues to drive global technological progress across all engineering disciplines. Located across six dynamic campuses throughout Bavaria including Munich's historic center, the cutting-edge Garching research campus, and innovative satellite locations, TUM has evolved into one of the world's top technical universities, consistently ranking among the top 50 globally while serving as Germany's most innovative university with 45,000+ students from over 120 countries. The university's exceptional facilities feature world-class laboratories, state-of-the-art research centers, industry partnerships, and innovation hubs that provide an inspiring environment where students, faculty, researchers, and industry partners collaborate to advance engineering knowledge, develop breakthrough technologies, and address complex global challenges while experiencing the unique advantages of studying at Germany's most entrepreneurial and industry-connected technical university.
Distinguished for its exceptional engineering programs that consistently rank among the world's best, pioneering research institutes that drive technological innovation, comprehensive STEM offerings spanning all major engineering disciplines, and strategic industry partnerships with global technology leaders including BMW, Siemens, SAP, and countless startups, TUM maintains its position as Germany's flagship technical university while serving as Europe's leading center for engineering education, technological research, and innovation transfer. The university's unique entrepreneurial culture provides students with extraordinary opportunities for hands-on research, industry collaboration, startup development, and international networking while its deeply rooted engineering traditions ensure that students receive a comprehensive technical education grounded in rigorous scientific principles, practical application, and ethical engineering practice. TUM's holistic approach emphasizes interdisciplinary collaboration, innovation leadership, and global impact, creating graduates who are exceptionally well-prepared for leadership roles in engineering, technology, research, and entrepreneurship while contributing meaningfully to technological advancement, industrial development, and societal progress through innovative solutions, sustainable design, and commitment to improving human life through engineering excellence and technological innovation that addresses the world's most pressing challenges.
TUM Excellence Indicators
Engineering & Technology Excellence
- Mechanical Engineering: World-class programs in automotive, aerospace, and manufacturing
- Electrical Engineering: Leading research in electronics, robotics, and automation
- Computer Science: Cutting-edge programs in AI, machine learning, and cybersecurity
- Civil Engineering: Innovative approaches to sustainable infrastructure and construction
- Chemical Engineering: Advanced research in materials, biotechnology, and energy
- Aerospace Engineering: Prestigious programs with industry partnerships
Innovation & Industry Advantages
- Entrepreneurial Culture: Germany's most startup-friendly university environment
- Industry Partnerships: Close collaboration with BMW, Siemens, SAP, and tech leaders
- Research Excellence: €1.2B annual research volume and cutting-edge facilities
- Global Network: Partnerships with top technical universities worldwide
- Career Prospects: Exceptional employment rates and industry connections
- Innovation Transfer: Leading technology transfer and commercialization programs
TUM's Distinguished Alumni Network
TUM's alumni network represents one of the world's most accomplished groups of engineers, technologists, entrepreneurs, and innovators, including 17 Nobel Prize laureates, numerous Fortune 500 CEOs, technology pioneers, automotive industry leaders, aerospace innovators, and startup founders who continue to shape global technological development through their groundbreaking innovations, engineering expertise, entrepreneurial leadership, and commitment to advancing human civilization through technology and engineering excellence.
Nobel Prize Winners & Scientists
- 17 Nobel Prize laureates in physics and chemistry
- Leading researchers in quantum physics and materials
- Pioneers in nuclear engineering and energy technology
- Innovators in biotechnology and medical engineering
Industry Leaders & CEOs
- BMW, Mercedes-Benz, and automotive industry executives
- Siemens, SAP, and technology company leaders
- Aerospace and aviation industry pioneers
- Manufacturing and industrial engineering leaders
Technology Entrepreneurs
- Founders of successful technology startups
- Pioneers in artificial intelligence and robotics
- Leaders in renewable energy and sustainability
- Innovators in fintech and digital technologies
Research & Academic Leaders
- Directors of Max Planck Institutes
- Leading professors at top universities worldwide
- Heads of major research institutions
- Technology transfer and innovation experts
Abitur & German Requirements 2025
Detailed Abitur Requirements by Engineering Program
| Study Program | Abitur Grade (NC) | Waiting Semesters | Additional Requirements |
|---|---|---|---|
| Aerospace Engineering | 1.3-1.8 | 6-10 semesters | Physics, Math LKs |
| Mechanical Engineering | 1.4-2.0 | 4-8 semesters | Math, Physics LKs |
| Computer Science | 1.5-2.2 | 4-8 semesters | Mathematics LK |
| Electrical Engineering | 1.6-2.3 | 2-6 semesters | Math, Physics LKs |
| Automotive Engineering | 1.7-2.4 | 2-6 semesters | Physics, Math LKs |
| Chemical Engineering | 1.8-2.5 | 0-4 semesters | Chemistry, Math LKs |
| Civil Engineering | 2.0-2.6 | 0-4 semesters | Math, Physics LKs |
| Materials Science | 2.1-2.7 | 0-2 semesters | Chemistry, Physics LKs |
| Environmental Engineering | 2.2-2.8 | 0-2 semesters | Math, Chemistry LKs |
| Mathematics & Physics | Free Admission | No waiting | Mathematics LK |
TUM Engineering Excellence Standard: Technical University of Munich maintains competitive engineering admission standards reflecting high demand for Germany's premier technical education. Grades from 1.0 (excellent) to 4.0 (sufficient). Strong mathematics and physics preparation essential. LK = Leistungskurs (Advanced Course). Always verify current requirements on TUM's official website.
Highly Competitive Programs
- Aerospace Engineering: Most competitive with 1.3-1.8 and strong physics/math
- Mechanical Engineering: Highly competitive with 1.4-2.0 and technical aptitude
- Computer Science: Very competitive with 1.5-2.2 and mathematics excellence
- Electrical Engineering: Competitive with 1.6-2.3 and physics/math foundation
Moderately Competitive Programs
- Automotive Engineering: Growing field with 1.7-2.4 requirements
- Chemical Engineering: Strong chemistry and mathematics preparation
- Bioengineering: Interdisciplinary programs combining biology and engineering
- Industrial Engineering: Business and technical skills combination
Accessible Programs
- Civil Engineering: Infrastructure and construction focus
- Materials Science: Advanced materials and nanotechnology
- Environmental Engineering: Sustainability and green technology
- Mathematics & Physics: Foundation sciences with free admission
TUM Engineering Excellence & Innovation Culture
Technical Excellence Standards
- Mathematical Rigor: Strong foundation in advanced mathematics and physics
- Practical Application: Extensive laboratory work and hands-on projects
- Industry Integration: Real-world problem solving with industry partners
- Research Opportunities: Early involvement in cutting-edge research projects
- Innovation Focus: Emphasis on creative problem-solving and entrepreneurship
- Global Perspective: International collaborations and exchange programs
TUM Innovation Ecosystem
- Startup Incubation: UnternehmerTUM accelerator and venture support
- Industry Partnerships: Collaborations with BMW, Siemens, SAP, and tech leaders
- Research Centers: State-of-the-art facilities and equipment access
- Technology Transfer: Direct pathway from research to commercialization
- Career Services: Exceptional placement rates in top engineering positions
- Alumni Network: Connections to leading engineers and entrepreneurs globally
International Student Admission Requirements
International Qualification Conversion Standards
| Country/Qualification | Direct Engineering Access | Competitive Programs | German Requirement |
|---|---|---|---|
| US High School + SAT | SAT 1450+ (Math 750+) | SAT 1500+ + Top GPA | DSH-2/TestDaF 4x4 |
| UK A-Levels | A*AB (Math A*, Physics A) | A*A*A | DSH-2/TestDaF 4x4 |
| International Baccalaureate | 36 points (Math HL 6+) | 42+ points | German B HL 5+ or DSH-2 |
| French Baccalauréat | 16/20 (Math 16+) | 18+/20 overall | DSH-2/TestDaF 4x4 |
| Indian CBSE/ISC | 90%+ (Math/Physics 95+) | 95%+ all subjects | DSH-2/TestDaF 4x4 |
| Chinese Gaokao | 80%+ (Math/Physics high) | 90%+ top tier | DSH-2/TestDaF 4x4 |
| Canadian High School | 90%+ (Math/Physics 95+) | 95%+ all subjects | DSH-2/TestDaF 4x4 |
| Australian ATAR | 90+ ATAR | 99+ ATAR | DSH-2/TestDaF 4x4 |
German Language & Technical Requirements
DSH-2 (Deutsche Sprachprüfung)
- Engineering Standard: DSH-2 level (67-81% score) required
- Technical Focus: Emphasis on technical and scientific German
- Preparation: 10-15 months intensive study recommended
- Test Dates: Multiple opportunities per year at TUM
TestDaF (Test Deutsch als Fremdsprache)
- Required Level: TDN 4 (level 4) in all four skills
- Engineering Context: Technical reading and listening components
- Global Access: Available in 95 countries worldwide
- Preparation: Technical German vocabulary essential
Mathematics Prerequisites
- Advanced Mathematics: Calculus, linear algebra, statistics
- Physics Foundation: Mechanics, electricity, thermodynamics
- Chemistry (if applicable): General and organic chemistry
- Problem Solving: Strong analytical and mathematical reasoning
Application Requirements & Process
- uni-assist Application: Submit through uni-assist.de for engineering programs
- Academic Transcripts: Official transcripts emphasizing STEM subjects
- Language Certificates: DSH-2 or TestDaF 4x4 certification
- Mathematics Proof: Evidence of advanced mathematics preparation
- Motivation Letter: Technical interests and career goals
- Portfolio (if applicable): Technical projects or research experience
- Application Fees: €75 for uni-assist processing
- Studienkolleg: T-Kurs (technical) preparatory year if required
International Engineering Student Support at TUM
Technical Integration & German Engineering Culture
- Comprehensive orientation to German engineering excellence and precision culture
- Housing assistance across TUM's six campuses and Munich metropolitan area
- Residence permit and registration support with German bureaucracy
- Technical German language courses and engineering vocabulary development
- Academic mentorship connecting international students with German engineering peers
- Integration into TUM's innovation ecosystem and entrepreneurial culture
Engineering Excellence & Research Support
- Research opportunities with world-class engineering faculty and Nobel laureates
- Technical writing workshops for German engineering standards and documentation
- Laboratory safety training and equipment access for hands-on engineering experience
- Industry collaboration opportunities with BMW, Siemens, SAP, and technology leaders
- International exchange programs with MIT, Stanford, and top technical universities
- Career services connecting to Germany's leading engineering companies and startups
Ongoing Innovation Community Support
- 24/7 international student support and technical assistance services
- Visa and residence permit renewal guidance throughout engineering programs
- Cultural events celebrating international diversity and German engineering heritage
- Mental health and wellness support with multilingual engineering-focused counseling
- Alumni networking connecting to TUM's prestigious global engineering network
- Family services supporting international engineering students with dependents
Application Process & Engineering Deadlines
Essential Engineering Application Deadlines 2025
Winter Semester 2025/26 (October Start)
- German/EU Students: July 15, 2025 (direct TUM application)
- International Students: May 31, 2025 (uni-assist deadline)
- Competitive Programs: Earlier deadline for aerospace and computer science
- Technical Prerequisites: Mathematics and physics certificates required
Summer Semester 2026 (April Start)
- Limited Engineering Programs: Selected programs accept summer admission
- Application Deadline: January 15, 2026 (uni-assist)
- T-Kurs Studienkolleg: Technical preparatory courses available
- Direct Entry: Possible for well-prepared international students
Decision & Engineering Enrollment Timeline
- Technical Evaluation: 6-10 weeks for engineering credential review
- TUM Decision: 8-12 weeks after complete application submission
- Enrollment Period: September orientation for engineering programs
- Late Applications: Possible for less competitive engineering disciplines
Comprehensive Engineering Application Process
Technical Foundation & Mathematics Excellence
Master advanced mathematics, physics, and technical problem-solving
Technical German & Engineering Vocabulary
Develop technical German language skills for engineering studies
Engineering Application Submission
Submit complete technical application through uni-assist
Technical Credential Evaluation
uni-assist evaluates engineering qualifications and forwards to TUM
Technical Assessments & T-Kurs
Complete technical Studienkolleg or additional assessments if required
Engineering Admission & Visa Process
Receive TUM admission decision and apply for German student visa
Engineering Enrollment & TUM Integration
Begin engineering studies at Germany's premier technical university
TUM Engineering Application Success Strategy
Technical Excellence & Engineering Foundation
- Mathematics Mastery: Advanced calculus, linear algebra, and differential equations
- Physics Excellence: Mechanics, electromagnetics, thermodynamics proficiency
- Problem-Solving Skills: Strong analytical and logical reasoning abilities
- Technical Projects: Hands-on engineering experience and project portfolios
- Programming Skills: Basic coding ability in relevant programming languages
- Research Interest: Demonstrated curiosity for engineering innovation and research
German Engineering Culture & Professional Vision
- Engineering Precision: Appreciation for German engineering excellence and standards
- Innovation Mindset: Commitment to technological advancement and sustainability
- Industry Awareness: Understanding of Germany's leading role in automotive and manufacturing
- Entrepreneurial Spirit: Interest in technology transfer and startup development
- Global Impact: Vision for using engineering to address global challenges
- Collaboration Skills: Ability to work in interdisciplinary and international teams
Your Gateway to German Engineering Excellence
Technical University of Munich (TUM) represents the pinnacle of German engineering education and one of the world's most prestigious technical institutions, where students gain access to unparalleled research opportunities, Nobel Prize-winning faculty, cutting-edge facilities, and over 155 years of engineering innovation while experiencing the extraordinary advantages of studying at Germany's most entrepreneurial and industry-connected technical university. As Europe's leading technical university with exceptional programs in aerospace, mechanical, electrical, computer science, and all major engineering disciplines, TUM empowers students from around the world to pursue their technical passions while contributing meaningfully to technological advancement, industrial innovation, and sustainable development through rigorous engineering education, hands-on research experience, and commitment to excellence in all technical endeavors.
Whether your aspirations lie in advancing aerospace technology, revolutionizing automotive engineering, pioneering artificial intelligence and robotics, developing sustainable energy solutions, creating breakthrough materials and nanotechnology, or pursuing innovative research across any engineering discipline, TUM's comprehensive programs and unmatched technical resources provide the perfect foundation for transforming your engineering potential into meaningful contributions to technological progress and human civilization. With its extraordinary combination of engineering excellence, research leadership, industry partnerships, and entrepreneurial culture combined with Munich's exceptional quality of life, vibrant innovation ecosystem, and proximity to leading technology companies, studying at Technische Universität München offers an incomparable engineering education that prepares students for leadership roles in technology, research, entrepreneurship, and engineering while maintaining the highest standards of technical precision, innovative thinking, and commitment to advancing human society through engineering excellence and technological innovation that addresses the world's most pressing challenges.
Ready to Join TUM's Elite Engineering Community?
Take the first step toward an extraordinary engineering journey at Germany's premier technical university, where 155 years of engineering tradition meets cutting-edge research and innovation leadership.
#37 world ranking and 17 Nobel Prize winners
€1.2B research volume and industry partnerships
155 years of engineering excellence and innovation
TUM Engineering Success Formula: The university seeks students who combine exceptional mathematical and scientific ability with genuine passion for engineering innovation, commitment to technical excellence, and appreciation for German engineering precision and quality. Your journey to TUM begins with outstanding performance in mathematics and physics, mastery of German language with technical vocabulary, meaningful engineering experience or projects, and clear understanding of how TUM's extraordinary technical resources, world-class faculty, industry connections, and innovation ecosystem will enhance your engineering education and prepare you for significant contributions to technological advancement through rigorous technical education, innovative research, ethical engineering practice, and lifelong commitment to advancing human civilization through engineering excellence and technological innovation in service of society and the global community.