DTU Campuses

The DTU Ballerup Campus, located west of Copenhagen, is a specialized campus of the Technical University of Denmark focusing on specific engineering and technology programs. This campus provides a modern learning environment with access to advanced facilities tailored to practical and industry-oriented education. It supports a close-knit student community and emphasizes hands-on experience through workshops and collaborative projects.

• Production and Management Engineering: Focuses on optimizing industrial processes and operations.
• Architectural Engineering: Combines design with technical construction solutions.
• Technology and Innovation Management: Prepares students for leadership in tech-driven industries.
• Digital Media Engineering: Explores multimedia technologies and user experience design.
• General Engineering: Offers foundational skills across multiple engineering disciplines.

The Ballerup Campus is designed to bridge the gap between theoretical knowledge and real-world application, with many programs integrating internships and industry partnerships. Students are encouraged to work on innovative projects that address current technological challenges, often in collaboration with local and international companies. The campus also prioritizes sustainability, embedding green practices into its curriculum and operations. With smaller class sizes compared to the main campus, Ballerup offers a more personalized academic experience, fostering strong connections between students and faculty. The location in a suburban area provides a quieter setting for focused study while still being accessible to the vibrant city life of Copenhagen. Additionally, the campus supports extracurricular activities and student initiatives, contributing to a well-rounded university experience for all enrolled.

The DTU Lyngby Campus is the main campus of the Technical University of Denmark and serves as the central hub for education and research. Located just north of Copenhagen, this campus offers a wide range of programs in engineering, technology, and natural sciences. It is home to state-of-the-art facilities, laboratories, and innovation centers that support both students and researchers in pushing the boundaries of science and technology.

• Mechanical Engineering: Focuses on design, manufacturing, and energy systems.
• Electrical Engineering: Covers electronics, power systems, and telecommunications.
• Computer Science and Engineering: Includes software development, AI, and data science.
• Chemical and Biochemical Engineering: Emphasizes sustainable processes and materials.
• Civil Engineering: Concentrates on infrastructure, construction, and environmental solutions.
• Biotechnology: Explores biological systems for medical and industrial applications.
• Physics and Nanotechnology: Investigates quantum technologies and advanced materials.
• Mathematics: Provides foundational and applied mathematical training.
• Environmental Engineering: Addresses climate change, water resources, and sustainability.
• Design and Innovation: Combines engineering with creative problem-solving.

Students at Lyngby Campus benefit from a dynamic academic environment, with access to interdisciplinary projects, industry collaborations, and international exchange programs. The campus fosters innovation through initiatives like the DTU Skylab, a space for entrepreneurship and prototyping. With a strong emphasis on sustainability and green technology, many courses integrate solutions for global challenges, preparing graduates to lead in their fields. The campus also hosts numerous student organizations and events, creating a vibrant community for learning and personal growth.

The DTU Risø Campus, situated near Roskilde, is a specialized research and education facility of the Technical University of Denmark with a strong focus on energy and environmental technologies. Historically significant for its contributions to nuclear research, the campus today is a leading center for sustainable energy solutions, hosting cutting-edge laboratories and test facilities for wind energy and other renewable technologies.

• Wind Energy: Focuses on turbine design, aerodynamics, and grid integration.
• Sustainable Energy Systems: Covers renewable energy technologies and energy storage.
• Environmental Technology: Addresses pollution control and resource management.
• Materials Science: Investigates materials for energy applications and durability.
• Energy Conversion and Storage: Explores batteries, fuel cells, and hydrogen technologies.

While primarily a research campus, Risø also supports educational programs through specialized courses and PhD training, often in collaboration with the Lyngby Campus. Students and researchers at Risø work on projects that directly impact global energy challenges, with access to unique facilities like wind turbine test sites and advanced simulation tools. The campus emphasizes interdisciplinary approaches, combining engineering, physics, and environmental science to develop innovative solutions for a sustainable future. Its location in a quieter, rural area near Roskilde provides an ideal setting for focused research while maintaining proximity to Copenhagen. The campus also engages with industry partners and international research networks, offering students opportunities to contribute to real-world advancements in energy technology. Risø’s legacy and ongoing mission make it a cornerstone of DTU’s commitment to sustainability and innovation.