At CCO, we bring extensive experience in planning and designing a wide range of laboratory types and research environments. Our work spans from highly specialized high-security cleanrooms and vibration-free facilities to flexible “dance-floor” labs and teaching spaces. We are passionate about research environments and integrate architectural concepts that connect science, technology, design, and social value.

We work from the finest details to large, complex solutions, always starting with the users. Our user and commissioning processes engage diverse stakeholder groups to ensure that every design meets functional requirements, classifications, and equipment needs. Designing advanced laboratories requires not only deep construction expertise but also an understanding of how to shape spaces around sensitive, high-precision equipment central to research activities.

Drawing on years of experience with complex facilities, we collaborate closely with engineers and builders to secure the best possible framework for laboratory performance.

Laboratory Experience

Laboratories vary widely depending on purpose, from highly advanced research facilities to common routine labs. They play a crucial role in scientific research, innovation, and the healthcare sector. They are not just workspaces but also places where groundbreaking discoveries and advancements can occur, making their design and construction of utmost importance.

We have experience with:

• Analysis Laboratories
• Support Laboratories
• Robot Laboratories
• Isoclass Laboratories
• Bioclass Laboratories
• Flexible Laboratories
• Modular Laboratories
• GMP Laboratories

One of our strongest specialties is cleanroom design, spanning several sectors:

Pharma
Within pharmaceutical cleanrooms, we are known for our expertise in design and maintenance. This is of paramount importance in the medical world, where the development of medicines and vaccines requires unparalleled precision.

Physics
Within physics cleanrooms, we work diligently to eliminate even the smallest dust particles using advanced air exchange technology. This approach is particularly valuable in the field of physics, where experiments require perfect control over the environment.

Laboratory Projects

For over 16 years, we have collaborated with some of the most prestigious research institutions and successfully delivered award-winning designs for research.

Examples of projects include:

• NOL – Read more here.
• Niels Bohr Building – Read more here.
• Large Structure Production (LSP) SDU – Read more here.

At the Technical University of Denmark, we have contributed to the creation of more than 10 laboratory facilities, including:

• DTU B313 Climate Challenge Laboratory – Read more here.
• DTU Energy – Read more here.
• DTU B112 R3 platform (Resource Research Recovery Platform) – Read more here.
• DTU B357 Electromagnetic Test Center – Read more here.
• DTU Life Science and Bioengineering – Read more here.
• DTU Risø – Read more here.
• DTU B130 Materials Research Lab – Read more here.
• DTU B128 + B129 – Read more here.
• DTU B324 Compute – Read more here.

The fields within the various laboratories at DTU span a wide range, including arctic and geotechnology, mathematics and computer science, climate change, electromagnetism, and sustainable energy.

Work Environment and Safety

With extensive experience, we translate briefs and technical requirements into functional, vibrant laboratory designs. We balance organizational needs, programming, and daylight access with critical considerations such as vibration, light, and noise control.

Our work includes flexible “dance-floor” labs, high-security labs, cleanrooms, yellow rooms, and specialized service facilities such as stables and aquaculture areas. To ensure long-term value, we design with resilience in mind—essential in research environments where technology and workflows evolve continuously.

Laboratory Planning & Design

Our planning approach places users at the center, from early concept to final implementation. Laboratories must not only be impressive but also intuitive and supportive of daily practice. We engage users from the start and assess their needs throughout the project to ensure optimal functionality.

Beyond user involvement, we excel at identifying existing conditions, optimization opportunities, and the development of new concepts. Our expertise covers all phases, from early program development and sketching to preliminary design, project design, and tender documentation.