Technische Universität Berlin is a leading public research university in Germany, offering a wide range of programs with no tuition fees for most international students. It provides a dynamic academic and research environment in the heart of Berlin, a major European capital.
Technische Universität Berlin (TU Berlin) is a renowned public research university located in Berlin, Germany. Established in its current form in 1946, its roots trace back to earlier institutions from 1770, making it one of Germany's oldest and most prestigious technical universities. While strong in engineering, natural sciences, and technology, TU Berlin also offers a diverse range of programs in humanities, social sciences, and economics. With a significant international student body, TU Berlin is a vibrant hub for global learning and research. It plays a key role in numerous national and international research initiatives and partnerships, contributing to advancements in various fields. The university is spread across multiple campuses in Berlin, with its main campus centrally located in the Charlottenburg district, offering students excellent access to the city's public transport and cultural life. TU Berlin is committed to providing a high-quality education and fostering a dynamic research environment, making it a competitive choice for students seeking a rigorous academic experience in a major European capital.
Student life at TU Berlin is vibrant and international, with many students joining from over 60 countries. The university organizes a 'Woche der Studienorientierung' (Study Orientation Week) offering insights into degree programs and campus life. There are various events and opportunities to get involved, from academic discussions to cultural activities like the 'Lange Nacht der Wissenschaften' (Long Night of Sciences). The International Office provides extensive support for international students, including orientation programs like campus tours and networking events. Emergency funds and social counseling are also available through studierendenWERK BERLIN. The university's central location in Berlin offers easy access to the city's rich cultural scene, numerous museums, parks, and vibrant districts, providing a dynamic backdrop for both study and leisure. TU Berlin also promotes language learning through initiatives like the ENHANCE Language Tandems.
Some continuing-education master's programmes (Weiterbildungsstudiengänge) carry fees of EUR 1,500–3,000 per year. Always verify the specific programme's fee sheet on tu.berlin.
Technische Universität Berlin is a public university recognized by the German state. It is one of the four major research universities in Berlin, constituting a key part of the 'Berlin University Alliance'.
Non-EU/EEA students must obtain a national student visa (Type D) before arrival and then convert it to a student residence permit at the local Foreigners’ Authority (Ausländerbehörde). To prove financial self-sufficiency, most applicants open a blocked account (Sperrkonto) holding €11,904 — €992 per month for twelve months — an amount in effect since 2024 and unchanged for 2026. The blocked account caps monthly withdrawals at €992 so the funds last the year.
Non-EU international students may work up to 140 full days or 280 half-days per calendar year without approval from the Federal Employment Agency — an allowance raised from the previous 120/240-day limit under the 2024 skilled-immigration reform. A shift of more than four hours counts as a full day. Student-assistant roles at the university (Hiwi positions) generally fall outside this cap, and hours during semester breaks count toward the same annual allowance.
After completing a degree at a German university, non-EU graduates are entitled to an 18-month residence permit to seek work under the Residence Act, during which any employment is allowed. Separately, the Opportunity Card (Chancenkarte), introduced in June 2024, lets qualifying non-EU nationals enter to look for work for up to a year using a points system, with limited part-time work permitted. Recent German graduates qualify for the 18-month post-study permit directly, without the points test.
Approximate all-in student budget; major cities run higher.
If brewing is your passion and you want to actively shape the process, this Bachelor of Engineering program is for you. It goes beyond just beer, allowing you to apply your process optimization skills in a dynamic environment and respond to current consumer trends through product development and practical solutions. Graduates are well-prepared for the brewing industry and related sectors like plant and supplier industries, as well as other beverage industries. While the primary language of instruction is German, many specialized lectures are held in English, and national and international guest lecturers are involved. The program equips you with the natural and engineering science fundamentals for sustainable and efficient production, covering quality assurance, analytics, sensory evaluation, plant engineering, packaging, and digitalization to address industry challenges like resource conservation and energy reduction.
The Bachelor of Science in Chemistry program at Technische Universität Berlin provides a comprehensive foundation in the core principles of chemistry, mathematics, and physics. The curriculum is designed to give students a strong understanding of both experimental and theoretical aspects of the field, alongside practical skills across various chemical disciplines. The program emphasizes the interconnectedness of different sub-disciplines within chemistry, with introductory courses taught collaboratively by instructors from various specializations to highlight these links. Students have the flexibility to shape their academic profile through compulsory elective and elective modules, allowing them to explore areas of personal interest. Upon successful completion of the six-semester program, students are awarded a Bachelor of Science (B.Sc.) degree. This program equips graduates with the fundamental knowledge and specialized expertise required for advanced study in Master's programs or for entry into relevant industries. The curriculum is structured around modules, each assessed by an exam or coursework, and credits are awarded based on the European Credit Transfer System (ECTS), reflecting the total workload for each module.
The Master of Science in Biomedical Engineering program at Technische Universität Berlin focuses on the design, development, and application of medical engineering equipment for prevention, diagnosis, therapy, and rehabilitation. You will gain a deep understanding of the physical principles behind hardware and its applications, with a strong emphasis on the safety aspects and responsible use of technology in interaction with the human body. The program integrates practical, experimental, and analytical group sessions, often in collaboration with hospitals and industrial partners. You will also explore medical, diagnostic, and therapeutic challenges, learning to develop and implement effective technical solutions. The curriculum offers four specializations: Applied Medical Engineering, Rehabilitation Engineering, Hospital Engineering and Management, and Imaging Systems for Medicine, allowing you to tailor your expertise.
The Bachelor of Science in Brewing and Beverage Technology is a comprehensive program that blends engineering, natural sciences, and practical application. You will gain a deep understanding of the complex processes involved in producing beer and other beverages, from raw material analysis to final product quality control. The curriculum covers essential engineering principles like thermodynamics and mechanical engineering, alongside natural sciences such as microbiology, genetics, and chemistry. This interdisciplinary approach prepares you for a diverse range of roles in a dynamic industry.
The Building Sustainability MBA is an interdisciplinary Master's program designed for professionals seeking to advance their careers in real estate project planning and management, with a specialized focus on sustainability and urban context sensitivity. It equips students with essential skills, methods, and conceptual tools to integrate various approaches to sustainable development, emphasizing the alignment of economic, ecological, social, and cultural considerations in the built environment. This program offers an international learning environment through interaction with experts and peers, providing academic depth and practical inspiration in the dynamic setting of Berlin.
The Bachelor of Science in Business Informatics at Technische Universität Berlin is a technology-oriented program that integrates in-depth computer science knowledge with fundamental principles of business and management. The curriculum is designed to prepare students for a career in an increasingly AI-driven and digitally transforming professional world. The program focuses on the conception and technical implementation of distributed, web-based enterprise applications, data processing and management using classic methods and modern AI systems, and the economic organization and design of companies within societal contexts. Students will develop analytical and creative problem-solving skills, precision in communication, and proficiency in presentation techniques through project work and seminars. The program structure includes a foundational phase (Semesters 1-4) covering mathematics, computer science, and business administration, followed by a specialization phase (Semesters 5-6) offering a wide range of modules for individual profile development. The curriculum is updated to align with digital transformation trends, incorporating topics on social responsibility and sustainability. The program culminates in a Bachelor's thesis, leading to an internationally recognized, professionally qualifying degree.
full fundingOpen to applicants who hold or expect a Master's degree in Computer Science or a related field, with strong coding skills, an interest in large-scale software projects and the ability to write and present in English (no German required). Candidates should be passionate about high-quality academic research, willing to mentor undergraduate students, and have a long-term vision and persistence for deep research. Positions are filled on a rolling basis as suitable candidates are identified.
full fundingOpen to international students of all nationalities with a strong academic background in computer science, data science, or a related field, or a degree in a domain science (such as life sciences, medicine, health, earth observation, or robotics) or interdisciplinary fields (such as geoinformatics or bioinformatics) with a strong data science emphasis. Applicants need a passion for applying state-of-the-art data science techniques to real-world scientific challenges. Selection is based on academic record, research potential, and motivation.
full fundingOpen to applicants who hold a Master's degree in Materials Science, Mechanical Engineering or a related field, with strong knowledge of metallurgy, slip/twinning mechanisms and the mechanical behaviour of metals. Experience with magnesium (Mg) alloys, micro-compression or SEM techniques is an advantage. Candidates need strong problem-solving skills and the ability to work both independently and collaboratively in an interdisciplinary, international environment. The post is a salaried PhD position open to international applicants.
Open to applicants of all nationalities who hold a Master's degree in soil science, geosciences, environmental sciences or a closely related field, are proficient in written and spoken English, and are physically fit for extended fieldwork in tropical regions (Ghana and India). Experience with soil analysis, spectral tools and drone operations is an advantage but not mandatory.
full fundingOpen to international applicants who hold a master's degree in Chemical, Mechanical or Electrical Engineering or a related field with strong academic performance, with experience in electrochemical modelling and simulation, knowledge of PEM and AEM electrolyser technology, skills in automation and data analysis (Python, LabVIEW), and proficiency in German and English.
full fundingFor researchers from abroad — postdoctoral (normally within 4 years of a PhD) or experienced (within 12 years of a PhD) — to carry out a long-term research stay in Germany with a host of their choice. Selection is on academic record and research potential; applications can be submitted at any time.
TU Berlin does not charge tuition fees for most degree programs. International students are only required to pay a semester contribution of approximately EUR 307 per semester, which covers a public transport pass and student services.
Students should plan for approximately EUR 800 to EUR 1,100 per month to cover accommodation, food, health insurance, and personal expenses in Berlin.
Admission requirements vary by program. For English-taught Master's programs, proof of English language proficiency (e.g., TOEFL® iBT ≥ 87 or IELTS Academic ≥ 6.5) is generally required. Specific application and enrollment deadlines must be strictly observed.
Yes, TU Berlin offers various scholarships and financial aid options for international students, including the DAAD-Prize for outstanding academic and social commitment, and the Deutschlandstipendium for high-performing students.
TU Berlin is centrally located in Berlin, a major European capital known as a 'Brain City' with a vibrant research and academic environment. The university's location offers excellent access to public transport and the city's cultural life.