a multi-user research building

Bioma Building, Wageningen University & Research

The key challenge of this project: designing a building that provides tailored spaces for each research group while enabling every researcher to thrive. This adaptable research complex on the Wageningen University & Research (WUR) campus combines optimal research facilities with a focus on researcher well-being. Connected to the adjacent Axis building, this future-proof facility creates an inspiring environment that promotes a healthy lifestyle. The design actively encourages daily movement, scientific interaction, and balanced work patterns.

Function:
laboratories & offices

Client:
Wageningen University & Research (WUR)

Location:
Wageningen

Year:
2026

Status:
design phase

Adaptability lies at the heart of the building's design, ensuring it can meet evolving research demands. Bioma accommodates both current users and future research groups through a layout that promotes collaborative working and efficient facility sharing. The modular design, based on a carefully calculated grid system, allows for flexible space allocation. While the initial ratio between offices and laboratories is set at 50/50, it can be easily adjusted to 30/70 as needs change.

"We've set ambitious sustainability targets with BREEAM-Excellent certification. Going even further, we're implementing a complete timber construction - unprecedented at this scale in the Netherlands. Creating a demountable, modular structure while meeting strict vibration and sound requirements presented a significant challenge. Modern laboratories demand adaptable, accessible infrastructure that can evolve with changing needs."
Thomas Bögl, LIAG architects + engineers

Creating an engaging research environment
The design balances functionality with creating an engaging user experience. While the layout maintains necessary standardization, a distinctive circulation route adds character. A sculptural staircase, highlighted by bold colors, serves as the central feature. Located in the atrium, it facilitates intuitive wayfinding while offering alternating views of campus life and indoor research activities.

"Our primary challenge was creating an adaptable environment where every researcher feels at home, regardless of their specific needs. Beyond functionality, we focused on creating an inviting and inspiring atmosphere."
Carina Nørregaard, LIAG architects + engineers

Natural light plays a fundamental role throughout. Floor-to-ceiling windows and a generous atrium skylight ensure abundant daylight in every office and research space. This transparency creates a sense of spaciousness and clarity. Combined with optimized climate control, natural materials, and integrated greenery, the design actively contributes to occupant well-being.

While the office and research areas follow a structured layout, the central atrium offers a more fluid space. It strategically connects amenities including kitchen areas, meeting rooms, and informal seating zones, alongside a ground-floor work café. These social spaces feature distinctive colors and living plants, fostering a sense of community. Researchers can observe laboratory activities from the atrium, reinforcing their connection to the broader academic community.

"Interdisciplinary exchange between research groups is a core design principle. We facilitate meaningful interactions through strategically placed shared facilities and by thoughtfully relocating certain amenities, such as lockers, away from work areas. This approach maintains quiet in the offices while encouraging movement and creating opportunities for spontaneous collaboration."
Carina Nørregaard, LIAG architects + engineers

Environmental integration
Bioma's exterior reflects WUR's identity through an innovative ecological shading system. These bio-responsive facade elements combine sun protection with support for local flora and fauna. Plant selection varies by facade orientation, creating a dynamic appearance throughout the seasons. The system integrates nesting boxes for birds and bats, while the blue-green roof features native plants and insect habitats. By connecting to existing ecological corridors, the design enhances campus biodiversity and climate resilience.

Partners:
Zonneveld, Halmos & Cauberg Huygen

Interior design:
LIAG

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