DTU Space marks a significant step for the Institute for Space Research and Space Technology. Encompassing laboratories, offices, and teaching spaces across five floors and a full basement, the building is designed to reflect the institute’s cutting-edge research and international collaboration. The Technical University of Denmark’s campus, originally designed by Eva og Nils Koppel, provides an architectural and cultural heritage that is thoughtfully referenced in the new building. The façade of DTU Space echoes the classic Koppel buildings through horizontal window bands, yellow brickwork, and distinctive concrete lintels, creating a visual link between tradition and innovation.
material choices that tell a story
The building’s design is driven by three themes: the machine, the universe, and life. These narratives are embedded in the choice of materials and spatial experiences. The machine is expressed through mechanical, industrial elements such as spiral staircases and steel doors. The universe is interpreted through lighting designs inspired by constellations and mineral-based terrazzo flooring. Life – the human, organic element – is brought in through textured, natural materials and acoustic enhancements that create soft, tactile spaces. The interplay between these worlds gives the building depth, identity, and a sense of purpose.
These choices support an inclusive and stimulating research environment and work culture driven by function, while providing warm, welcoming spaces for human interaction and knowledge sharing. As the building houses multiple departments, including Geodesy, Astrophysics, and Measurement & Instrumentation, it has been vital for the design to promote interdisciplinary collaboration between researchers, staff, students, and global experts. From clean laboratories for technological precision to spaces accommodating the study of earth materials, the architecture accommodates the wide spectrum of research activities with thoughtful transitions between environments.
launchpad for the future of space science
DTU Space is more than just a building; it is a forward-looking platform that shapes the future of space research in Denmark. Its architecture is designed to foster collaboration, precision, and innovation, echoing the achievements of the past while preparing for the challenges of the future. With this new facility, DTU Space strengthens its position as a global leader in space exploration and scientific advancement.
Sustainability is at the core of the project, not a secondary concern. The building features reused brick reduced concrete usage, and material-efficient construction methods to significantly lower its carbon footprint. DTU’s three key goals for the project—minimizing the climate impact of load-bearing structures, reducing operational energy use, and designing for future disassembly—are fully integrated into the design. Building components with high CO₂-equivalent impacts have been carefully assessed and mitigated, ensuring the facility not only supports cutting-edge science but also reflects long-term environmental responsibility.
