Christensen & Co Architects designed the DTU B357 as a state-of-the-art facility for the DTU Electro Institute, focusing on research in electromagnetic systems. This facility serves as a hub for students, researchers, and businesses, promoting interdisciplinary collaboration and knowledge sharing. The building houses advanced research facilities, including radio-silent laboratories, meeting rooms, and classrooms, all integrated into the existing campus environment.
DTU B357 Research Building Technical Information
- Architects1-3: Christensen & Co Architects
- Location: Lyngby, Denmark
- Building Function: Educational and Research Facility
- Gross Built Area: 1498 m² | 16124 ft²
- Completion Year: 2022
- Photographs: © Niels Nygaard
The DTU B357 test center’s architecture is designed to facilitate an interdisciplinary research environment among researchers, businesses, and students. It features flexible test areas with clear visual connections to the study areas, a sealed environment to prevent external vibrations, and precise temperature and humidity controls to ensure optimal research conditions.
– Christensen & Co Architects
DTU B357 Research Building Photographs
Collaborative Research Hub
The design prioritizes flexibility and visual connectivity between test areas and study spaces. This enhances interaction and collaboration among students, researchers, and external partners such as NASA, the European Space Agency, and Boeing. The facility’s advanced research capabilities support high-accuracy testing of microwave technology, expanding opportunities for in-house research and educational projects.
Sustainability and Certification
B357 is a testament to Christensen & Co’s commitment to sustainability, achieving Gold Class certification within the DGNB system. The design integrates the 17 UN Sustainable Development Goals, ensuring the building meets stringent performance criteria. Key sustainable features include a modified façade, precise temperature regulation in laboratories, and a vibration-free foundation, all contributing to optimal research conditions.
Multi-Purpose Interior
The interior design caters to students’ diverse needs, offering both collaborative and individual workspaces. Custom furniture, including lounge and café-style seating, encourages students to stay on campus for work and social activities. Integrated charging points in lounge furniture accommodate the digital needs of modern students. Proximity to a canteen enhances the overall student experience on campus.
Cutting-Edge Research Facility
B357 is an expansion of the existing DTU ETC, featuring a large test hall with four specialized chambers for various types of antenna and component testing. The stringent environmental controls within these chambers—maintaining precise temperature and humidity levels—ensure the highest standards of testing accuracy. The building’s design minimizes external vibrations, creating an ideal environment for sensitive research activities.
The DTU B357 project by Christensen & Co Architects exemplifies innovative design, sustainability, and functionality, providing a premier research and educational environment. This cutting-edge facility not only strengthens DTU’s position in electromagnetic research but also fosters a vibrant, collaborative community for students, researchers, and industry partners.
DTU B357 Research Building Plans
DTU B357 Research Building Image Gallery
About Christensen & Co Architects
Christensen & Co Architects is an architectural firm based in Denmark, known for its commitment to sustainable design and innovative architectural solutions. Christensen & Co. Architects emphasize the integration of natural light, flexible spaces, and user-centered design principles to enhance the functionality and comfort of their buildings.
Notes & Additional Credits
- Lead Architects: Mikkel Hermann Sørensen
- Engineers: Artelia
- Contractor: Elindco
