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The Bamboo Huts
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China
Location:
2019
Year:
A pixelated bamboo pavilion blending organic form with modular construction for a contemporary take on traditional materials
The design integrates the natural forms of tree trunks and branches, using the varied heights of the tree canopy to create distinct usage scenarios, echoing the concept of "boards as leaves." Hidden structural nodes provide continuity between the upper and lower bamboo elements, evoking the impression of organic growth and enhancing the overall artistic vision of a bamboo forest.
This project involved the design and construction of a bamboo pavilion using a modular joint system that simplifies the assembly process. The form is a pixelated abstraction of organic shapes, creating a dynamic interplay between nature-inspired geometry and precise structural logic. The bamboo elements are arranged in layers, building a flowing, undulating structure that interacts with its natural surroundings. The design emphasizes the use of sustainable materials and traditional techniques, while the pixelated form evokes a contemporary interpretation of organic growth and pattern.
Logics
Internal and External Interface: Scene Alienation
To emphasize the spatial distinction between villagers and tourists, Zhuli Pavilion creates two contrasting spaces, differing in scale and openness to form clear boundaries between the private (villagers) and public (tourists) areas.
Interaction Between Scenes: Streamline
The flow paths of villagers and tourists are independently designed, ensuring separate experiences while allowing intersecting points, fostering interaction in specific areas.
Diversification
The relationship between villagers and tourists evolves across various activity scenarios. The spatial interface and pathways adapt to meet changing needs, allowing the space to transform accordingly. Viewing the "tree" as a dual-sided element links the waiting area and garden backyard, two distinct groups, but the tree serves as a bridge, fostering interaction.
Team
This project is in Collaboration with South China University of Technology, IaaC - Valldaura Labs
Yimeng Wei
Pablo Corroto
Elisabet Fabregas
Michael Salka
Firas Safieddine
Jorge Morales
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