TU Berlin Campuses

The Campus EUREF of Technische Universität Berlin is a unique location dedicated to sustainable development, energy, and mobility. Situated in the European Energy Forum (EUREF) area, this campus is a hub for innovation and collaboration between academia, industry, and startups. It focuses on forward-thinking programs that address global challenges in energy transition and urban sustainability.

• Energy Management: Training professionals in renewable energy systems and efficiency.
• Sustainable Mobility Management: Exploring innovative transport solutions for urban areas.
• Building Sustainability: Focusing on green architecture and energy-efficient construction.
• Urban Development: Integrating smart technologies into city planning and infrastructure.
• Climate Protection Management: Preparing students to lead initiatives in reducing carbon footprints.

The EUREF Campus stands out for its real-world application of academic knowledge, with many programs designed in partnership with leading companies and research institutes located on-site. Students benefit from a dynamic environment where they can test and develop solutions in a living lab setting. The campus is a model for sustainable urban development, featuring energy-efficient buildings and renewable energy systems. Its interdisciplinary approach encourages collaboration across fields, fostering innovation in energy and mobility sectors. Located in Berlin’s Schöneberg district, the campus offers proximity to key industry players and policymakers, providing students with unparalleled networking and career opportunities. The programs emphasize practical skills, preparing graduates to drive the transition to a sustainable future through technology and policy innovation.

The Campus Wedding of Technische Universität Berlin is a specialized location focusing on specific technical and engineering disciplines. Situated in a quieter part of Berlin, this campus offers a focused academic environment for students and researchers working on niche areas of study. It is equipped with modern facilities tailored to support advanced research and practical training in select fields.

• Civil Engineering: Specializing in structural engineering and infrastructure development.
• Geodesy and Geoinformation Science: Focused on spatial data analysis and surveying technologies.
• Environmental Engineering: Addressing sustainable solutions for water and waste management.
• Urban Planning: Exploring innovative approaches to city development and design.
• Transportation Studies: Researching efficient and sustainable transport systems.

This campus plays a critical role in the university’s mission to address real-world challenges through technical expertise. Students at Campus Wedding benefit from close-knit academic communities and direct access to specialized equipment and resources. The programs emphasize applied learning, with many opportunities for fieldwork and collaboration with local and international organizations. The campus’s location allows for partnerships with industry and government bodies in Berlin, providing students with practical exposure to urban and environmental challenges. With a strong emphasis on sustainability and innovation, the courses taught here prepare students to tackle pressing issues in infrastructure, environmental protection, and urban development, contributing to the creation of smarter, more resilient cities. The campus also supports interdisciplinary projects, encouraging students to integrate technology and engineering solutions into broader societal contexts.

The Main Campus Charlottenburg of Technische Universität Berlin is the heart of the university and hosts a wide range of academic programs. This campus is renowned for its comprehensive offerings in engineering, natural sciences, and technology, reflecting the university's strong emphasis on innovation and research. Students here have access to state-of-the-art facilities and laboratories that support cutting-edge projects and interdisciplinary collaboration.

• Mechanical Engineering: Focused on design, manufacturing, and systems integration.
• Electrical Engineering and Computer Science: Covering topics from software development to telecommunications.
• Architecture: Combining design principles with sustainable urban planning.
• Mathematics and Natural Sciences: Offering programs in physics, chemistry, and applied mathematics.
• Economics and Management: Bridging technical expertise with business acumen for future leaders.

The campus fosters a vibrant academic community with numerous student organizations, research groups, and international partnerships. Its central location in Berlin provides students with access to a dynamic cultural and professional environment, enhancing their educational experience with real-world applications and networking opportunities. The curriculum is designed to prepare students for global challenges, emphasizing sustainability, digital transformation, and technological advancement. With a strong focus on practical learning, students engage in hands-on projects and internships, often in collaboration with industry partners based in and around Berlin. This campus serves as a hub for innovation, attracting students and researchers from around the world who are eager to contribute to solving complex global issues through science and technology.