Kumak Masurian Center for Biodiversity and Nature Education by Kwadratura

Located in Urwitałt near the pristine shores of Łuknajno Lake in northeastern Poland, the Kumak Masurian Center for Biodiversity and Nature Education is a contemporary research and educational complex designed by Kwadratura. Completed in 2023, the 2,562-square-meter project serves as a new home for the University of Warsaw’s Field Station, which has operated on this ecologically sensitive site since 1973. Conceived as a dual-purpose facility combining scientific research with public education, the project exemplifies how sustainable architecture can actively support biodiversity conservation while opening scientific knowledge to a wider audience.

Architecture as a Tool for Biodiversity Protection and Environmental Education

The primary objective of the Kumak Center is the protection of biodiversity, achieved largely through education and scientific research. While the site was previously reserved for students and researchers, the introduction of a dedicated Expo building transforms the complex into a public-facing institution. Visitors are introduced to the biology of small water reservoirs typical of the Masuria region through an interactive exhibition that seamlessly extends into the surrounding landscape. Outdoor educational zones and a nature-based playground further reinforce the connection between architecture, learning, and the natural environment.

Two Buildings, One Integrated Ecological Vision

The complex consists of two complementary buildings: a Seminar and Research Building and an Expo and Education Building. Both structures are two stories high and partially embedded into the terrain, allowing them to visually dissolve into the forested landscape. Earth-covered roofs and subdued façade colors echo the tones of soil, bark, and vegetation, ensuring minimal visual impact on the surrounding Regional Park.

The seminar building follows a circular plan, housing laboratories, seminar rooms, communal spaces with catering facilities, accommodation for staff, and technical areas on the lower level. The upper floor accommodates student rooms arranged around a planted terrace, creating a shared outdoor space that promotes informal interaction and immersion in nature. The Expo building, composed of two interconnected circular volumes, organizes its functions vertically. The entrance and seminar spaces occupy the upper level, while the lower floor contains exhibition zones, workshop rooms, and laboratories designed for both scientists and educational activities.

Circular Geometry and Layered Façade Design

Circular geometry plays a central role in the architectural identity of the Kumak Center. The absence of a defined beginning or end in the buildings’ forms symbolically reflects natural cycles and ecological continuity. This concept is most clearly expressed in the Expo building’s façade, where an intricate 3D openwork installation composed of stainless steel and corten steel “leaves” wraps the structure. Approximately 1,500 corten elements form a porous outer layer that will gradually be colonized by climbing plants, adding a living, evolving dimension to the architecture.

Behind this sculptural screen, prefabricated façade panels made of mass-colored concrete and corten steel feature irregular vertical engravings that introduce rhythm and texture. As seasons change, the surrounding mature trees become an inseparable part of the architectural composition, reinforcing the dialogue between built form and landscape.

Sustainable Construction and Low-Impact Building Technologies

Environmental responsibility guided every stage of the design and construction process. The buildings utilize advanced sustainable building systems, including ground-source heat pumps, capillary tube heating and cooling mats, photovoltaic panels, and greywater recycling systems. Prefabricated reinforced concrete elements were manufactured off-site, significantly reducing construction time and limiting environmental disturbance within the protected area. Notably, the project achieved its realization without cutting down a single tree.

Interior finishes further reflect the project’s ecological ethos. Reclaimed wood is used on selected walls, while natural linoleum flooring enhances durability and indoor environmental quality. These material choices reinforce the building’s long-term sustainability and educational mission by demonstrating responsible design practices in everyday use.

A Landmark of Contemporary Sustainable Architecture in Poland

Recognized by the National Institute for Architecture and Urban Planning as one of the most important and groundbreaking architectural realizations in Poland since 1989, the Kumak Masurian Center stands as a model for research architecture, educational buildings, and nature-integrated design. By combining scientific rigor, public engagement, and ecological sensitivity, the project demonstrates how architecture can function as an active participant in environmental protection rather than a passive observer.

All photographs are works of  Przemysław Andruk, Kwadratura, Jerz Łaźniewski, Leszek Hus Delta