DTU Skylab Research and Education Building by Rørbæk og Møller Arkitekter

The DTU Skylab Research and Education Building at the Danish Technological University (DTU) represents a groundbreaking approach to educational and scientific architecture. Designed by Rørbæk og Møller Arkitekter, this 3,000 m² facility fosters scientific creativity, interdisciplinary research, and entrepreneurship, providing a flexible environment where ideas, from mushroom cultivation to rocket science, can thrive.

DGNB diamond-certified, the building sets a global benchmark in sustainable architecture, combining environmental responsibility with functional, inspiring design. By achieving DGNB Diamond plus Gold, DTU Skylab demonstrates Denmark’s leadership in green construction, energy efficiency, and innovative campus design.

Architecture that Inspires Creativity

The building’s architectural concept features a playful yet elegant composition of stacked golden boxes, creating a dynamic visual identity while optimizing spatial functionality. Interiors are designed for adaptability, with open-plan areas, versatile workspaces, collaborative zones, and specialized labs. The design encourages cross-disciplinary collaboration, allowing students, researchers, and startups to interact seamlessly.

From the Developer Hall, where entrepreneurs and innovators test inventions like vegetable-harvesting robots and wind-to-energy kites, to the café spaces infused with energy and creativity, every corner of DTU Skylab is designed to stimulate ideas and engagement.

Sustainable Design and DGNB Diamond Certification

The DGNB certification evaluates a building’s performance across environmental, economic, and socio-cultural criteria, assessing the entire lifecycle of a project. The diamond-level certification is reserved for buildings with exceptional architectural quality, sustainability, and innovation.

DTU Skylab’s compact structure reduces heat loss while maximizing natural daylight, enhancing energy efficiency. Durable materials, including golden wall panels, provide robustness and long-term adaptability, enabling the building to serve future research needs with minimal renovations. Energy-efficient systems, low-maintenance surfaces, and optimized operational strategies ensure resources are focused on innovation, entrepreneurship, and academic growth, rather than ongoing building upkeep.

Flexible, Robust, and Inspiring Spaces

The building’s interior is designed to support a range of scientific activities and educational programs. Spacious labs, adaptable workstations, and collaborative meeting areas allow for experimentation and bold research projects. By integrating robust materials and an open layout, the building embodies sustainability and functionality while maintaining a sense of grandeur necessary for large-scale experiments like robotics and aerospace testing.

The architectural approach encourages bold thinking, promoting creativity and entrepreneurial growth in a vibrant, international community. DTU Skylab is more than a building: it’s an ecosystem for research innovation, startup incubation, and scientific discovery.

The DTU Skylab Research and Education Building is a landmark of sustainable educational architecture, blending innovative design, flexible workspaces, and green building practices. Its DGNB diamond certification highlights its commitment to long-term sustainability, energy efficiency, and interdisciplinary collaboration. By combining architectural elegance with practical adaptability, DTU Skylab empowers researchers, students, and entrepreneurs to push the boundaries of science and innovation in Denmark and beyond.

All photographs are works of Adam Mørk, Niels Nygaard