Architectural Cases

OMA's newly unveiled Mushroom Pavilion at Fundación Casa Wabi represents a pioneering fusion of architectural innovation, ecological stewardship, and community enrichment. Situated amidst the breathtaking landscape of Oaxaca, Mexico, this 200-square-meter structure is more than just a building; it is a living laboratory and a cultural hub. It exemplifies how thoughtful design can harmoniously blend functionality with artistic vision, creating a space that not only facilitates scientific exploration in mycology but also nurtures deeper connections between humans and their natural surroundings.

This project is OMA's inaugural built work in Mexico, signifying a notable milestone for the renowned architectural firm. The pavilion is meticulously designed to support the cultivation of various mushroom species, serving as an educational resource and a catalyst for local engagement. It aims to foster a sustainable ecosystem where art, food, and nature converge, offering a compelling model for future developments that prioritize environmental consciousness and cultural dialogue.

Architectural Innovation and Ecological Harmony

The Mushroom Pavilion by OMA stands as a testament to innovative architectural design that prioritizes ecological integration and sustainable functionality. Situated within the sprawling 65-acre natural landscape of Fundación Casa Wabi, between the mountains and the Oaxacan coast, this structure is a pioneering space for cultivating mushrooms. Its design not only facilitates optimal conditions for fungal growth but also enhances the overall aesthetic and environmental value of the site. The pavilion’s thoughtful integration into its natural surroundings reflects a deep understanding of biophilic design principles, aiming to create a symbiotic relationship between the built environment and the vibrant ecosystem it inhabits. This project underscores OMA's commitment to exploring new architectural typologies that serve both practical and inspirational purposes, marking a significant entry into the Mexican architectural landscape.

The pavilion’s primary function is mushroom cultivation, serving as a center for research, education, and sustainable food production. This focus on mycology provides a unique lens through which visitors and local communities can engage with natural processes and learn about the ecological importance of fungi. Beyond its practical utility, the structure itself is a work of art, designed to inspire and provoke thought about our relationship with nature. The integration of local materials and construction techniques further grounds the pavilion in its context, ensuring that it is not only a functional space but also a culturally resonant one. By fostering exchange between food, art, nature, and local communities, the Mushroom Pavilion transcends traditional architectural boundaries, establishing itself as a beacon of sustainable innovation and communal learning within Fundación Casa Wabi's artistic campus.

Community Engagement and Cultural Exchange

Beyond its innovative architectural design, OMA's Mushroom Pavilion at Fundación Casa Wabi serves as a vibrant nucleus for community engagement and cultural exchange. It is envisioned as a dynamic platform where local communities, artists, and visitors can converge to explore the intersections of food, art, and nature. By dedicating space to mushroom cultivation, the pavilion introduces sustainable agricultural practices and promotes an understanding of biodiversity, offering hands-on learning experiences that benefit all participants. This initiative aligns with Fundación Casa Wabi's broader mission of fostering artistic and social development, creating a meaningful space for dialogue and collaboration that enriches the cultural fabric of the region. The pavilion embodies a holistic approach to community building, where shared knowledge and creative expression flourish.

The pavilion is strategically located to maximize its impact on local communities, providing opportunities for educational workshops, artistic residencies, and collaborative projects. These programs are designed to facilitate a deeper appreciation for the natural environment and traditional practices, while also encouraging contemporary artistic exploration. The focus on mushrooms, a staple in many cultures and an essential component of ecosystems, offers a tangible connection to ecological cycles and sustainable living. Through its various activities, the Mushroom Pavilion aims to empower local residents, share indigenous knowledge, and inspire new forms of artistic expression that draw from the rich cultural and natural heritage of Oaxaca. This integrated approach ensures that the pavilion is not merely a structure but a dynamic catalyst for ongoing community development and cross-cultural understanding within the unique setting of Casa Wabi.

The World Trade Center Biotic, conceived by Architects Office, marks a significant mixed-use development within Brasília's Parque Tecnológico. This ambitious project, part of a larger urban expansion outlined in a 2020 master plan by Carlo Ratti Associati, brings together a diverse array of functions including residential units, office spaces, a hotel, retail outlets, and shared public amenities. Covering a vast area of approximately 70,000 square meters, the development is projected to encompass about 180,000 square meters of constructed space, with a substantial portion anticipated for completion by the year 2030.

A core principle underpinning the design is the concept of "reprogramming," which seeks to blur traditional boundaries between urban activities such as living, working, and commuting. This vision allows for the future adaptation of building uses, enhancing the complex's longevity and responsiveness to evolving needs. To facilitate this inherent adaptability, the architectural framework is organized around an 8-by-8-meter modular grid, enabling interior layouts to be easily reconfigured without compromising the structural integrity. This modular approach also streamlines construction processes and simplifies long-term maintenance, ensuring the complex can gracefully accommodate future programmatic shifts.

The spatial layout of the development is thoughtfully integrated with the natural topography and landscape of the site, favoring a horizontal orientation over vertical towers to maintain ground-level permeability. A continuous architectural surface seamlessly connects individual buildings, serving as both floor, wall, and roof, while organizing pedestrian flow and creating a unified urban experience. This surface also forms shaded pathways and transitional outdoor areas, enhancing the interaction between the built environment and public spaces. Furthermore, the design incorporates a blend of passive and active environmental strategies, including optimized solar orientation, natural ventilation, and shading elements, alongside reduced slab depths to maximize natural light penetration into interior spaces, underscoring a commitment to sustainable living.

The World Trade Center Biotic stands as a testament to forward-thinking urban development, emphasizing flexibility, environmental harmony, and dynamic public spaces. This integrated approach not only creates a vibrant community but also sets a new standard for sustainable and adaptable urban complexes worldwide, demonstrating how thoughtful design can foster enduring and thriving environments.