As part of the Myco-fabrication summer workshop organised by Boisbuchet in collaboration with the designer duo Aléa, proudly presented a pioneering pavilion aimed at exploring blends sustainable materials and forward-thinking design.
Project Name: Dirty Lab Pavilion
Studio Name: Park Associati
Drawings: Park Associati
Credits Image: Andres Tapia CIRECA
Set in the landscape of Boisbuchet, the Dirty Lab Pavilion was conceived as a hands-on, self-construction experience for young architecture students and enthusiasts eager to explore a new approach to sustainable architecture.
Collaboration, learning and responsibility
Inspired by the workshop’s theme IMAGO – The World We See, the pavilion serves as a temporary living laboratory for exploring the architectural possibilities of mycelium, a bio-based material with huge potential in sustainable design. The installation embraces the material’s life cycle through the use of a series of singular, modular units crafted from wood and pre-cultivated mycelium panels, designed to be easily assembled and disassembled.
The architecture of the pavilion draws from vernacular traditions, defining a rounded, inclusive space that invites participants to gather, discuss, and experiment with mycelium design. The circular layout not only fosters a sense of community and collaboration but also pays homage to the organic growth patterns found in nature. This design choice highlights the pavilion’s role as a focal point for conversation and innovation around mycelium’s potential applications in architecture.
Emphasizing a self-construction approach, the pavilion offered to the participants a unique educational opportunity to engage directly with sustainable building practices. Under the guidance of the Park Associati team, people were involved in every step of the construction process, from the initial assembly of wooden frameworks to the careful placement of mycelium panels. Their involvement is not only educational but also empowering, fostering a deeper understanding of material properties, construction techniques, and the principles of sustainable design.
Mycelium, pioneers in architecture
The use of mycelium, a natural, renewable material derived from fungi, underscores our commitment to environmentally responsible design. Its unique properties, including its ability to grow and mold into various shapes, make it an ideal candidate for innovative architectural applications. This pavilion showcases mycelium’s potential not only as a sustainable building material but also as a medium for artistic and architectural expression.