In October, architecture studio Chybik + Kristof completed an innovative Modular Research Centre in Vizovice, Czech Republic. Constructed with aluminum, the center aims to reframe ideas behind prefabricated construction.
Pushing the boundaries of standard modular architecture, the new research center aims to serve as a think-tank to present new concepts and possibilities of modular buildings. Situated at the edge of the Koma Modular (the modular construction specialist with which it developed the project), the multi-functional research center doubles as a prototype of an adaptable prefabricated building.
Perforated Aluminum
Conveniently, the aluminum used as the primary material for the project was manufactured onsite by Koma Modular. The company’s own perforated aluminum is used as cladding on all surfaces where there is no glass, covering the exterior and interior walls and ceilings. The metallic surfaces of the interior allow light to bounce and reflect throughout the space.
Workspaces and seating areas are placed around the edges of the building, while a path at the center directs visitors through the structure. Curtains and curtain tracks were fitted to the perforated aluminum ceiling to informally divide and zone workspaces, providing its users and employees with privacy.
The project was designed with sustainability in mind. The aluminum modules can be easily relocated, re-used, or recycled. Further, using locally produced materials was an effort to lower the project’s carbon footprint. “Due to its proximity to the Koma factory, the Modular Research Centre significantly mitigates the carbon footprint of the building, as no transportation is required,” said Chybik + Kristof.
Building Details
Comprising three main module elements: the floor, containers, and roof module, the composed space creates a new unique system — spatial modules containing facilities are leveled onto the planar flooring modules, which are anchored to the foundation, functioning as columns.
The fluid interior and movable furniture allow a reshaping of the space according to needs. The height differences create two types of spaces: horizontal — transitional and vertical with skylights. The angular forms of the building diametrically oppose the linear shapes that are typically associated with modular architecture.
“While modular structures are usually created by placing right-angled modules side by side, we realize new spatial possibilities through the creation of an advanced modular system,” said the architecture firm.