The Bioengineering Building at the Technical University of Denmark is a state-of-the-art teaching and research facility. It is part of the university’s extensive campus expansion plan and houses laboratories, research institutes, and educational spaces. This building connects existing buildings 224 and 223, acting as a vital link between them. Building 224 has been modernized and energy-upgraded to complement the new construction.
Mikkelsen Architects played a central role in this project, providing architectural services, facilitating user engagement processes, preparing conceptual outlines and project proposals, and overseeing major project phases. Their responsibilities also included managing bidding procedures, project monitoring, and conducting technical inspections.
The design of Building 225 embodies the owner’s vision of maintaining transparency between the researchers’ working environment and the outside world. The architecture fosters ideal conditions for scientific research, innovation, and knowledge exchange. It also allows collaborators to observe and engage with the dynamic activities occurring inside and outside the building from a holistic perspective.
The building’s spatial organization and functionality create a natural flow connecting laboratories, classrooms, conference rooms, study areas, activity spaces, and social zones. These areas serve researchers, students, and staff alike. Each room type has specific technical requirements such as cleanliness and security. By categorizing spaces according to these needs, the design enhances openness and flexibility, allowing for future adaptations.
The close collaboration between architects and engineers ensured that complex technical demands and operational considerations were fully addressed. This partnership also enriched the social environment by integrating spaces for informal gatherings and activities. Building 224 has been renovated and refurbished, now featuring advanced GMO laboratory equipment for research and educational purposes.
The laboratory operates as a clean room with high cleanliness standards (ISO 6) and GMO safety classification (BSL2), meeting strict sealing and biosafety requirements. Prior to renovation, environmental remediation and demolition were conducted. The energy upgrade of Building 224 sets a benchmark for future renovations within the Technical University of Denmark campus. The project involved installing heavy equipment and specialized research and experimental facilities.
Project Drawings
△ Axonometric Diagram
△ Sunlight Analysis Chart
△ Ventilation Analysis Diagram
△ Functional Zoning
△ First Floor Plan
△ Second Floor Plan
△ Third Floor Plan
△ Elevation Drawing
△ Elevation Drawing
△ Detail Drawing
Project Information
Architectural Design: Mikkelsen Architects
Area: 6,432 m²
Project Year: 2019
Photographer: Hampus Berndtson
Collaborative Architectural Firm: Link Architects
Location: Lyngby, Denmark
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