Set within a bamboo grove along the Dabeishui River, the Huizhou Vernacular Historic Bridges Micro-Museum engages a specific lineage of rural infrastructure through architectural translation. The project reframes local bridge typologies not as static heritage objects but as active generators of spatial form, material articulation, and public experience.
Huizhou Vernacular Historic Bridges Micro-Museum Technical Information
- ArchitectsLUO studio
- LocationShisanba Bridge, Mazha Town, Longmen County, Huizhou, China
- Gross Area73.55 m2 | 792 Sq. Ft.
- Project Completion Year2025
- Photographs© Zhu Yumeng, © Han Dawang
The project seeks to transform vernacular bridge knowledge into spatial experience, allowing visitors to understand structure through movement and inhabitation.
– Luo Yujie
Vernacular Knowledge as Design Catalyst
The project originates in a sustained investigation of Huizhou’s vernacular bridge systems. Field research identified two dominant types: the low baqiao, characterized by spindle-like piers and interlocking stone slabs, and the elevated gaoqiao, defined by its slender, splayed supports. These structures embody a refined understanding of hydrology, material limits, and construction logic, developed through incremental craft knowledge rather than formal engineering theory.
This research shifts the architectural approach away from autonomous form-making. Instead, the project operates as a process of close reading and reinterpretation. The bridges are not treated as stylistic references but as systems of relationships involving proportion, joinery, and site adaptation. Through documentation and comparison, the architects uncover a coherent tectonic language embedded within the region.
The micro-museum emerges from this context as both archive and intervention. It responds to the gradual obsolescence of these bridges, which have been displaced by contemporary infrastructure yet remain physically present. By situating the project adjacent to Shisanba Bridge, the design establishes a direct dialogue between historical artifact and contemporary spatial practice.
Translating Bridge Typologies into Architectural Form
The primary volume abstracts the Baqiao system into a compact architectural figure. Its spindle-shaped concrete form recalls the tapered geometry of bridge piers, while a timber-framed passage cuts through the mass, evoking the linear deck that connects them. This interplay between solid and void translates structural logic into spatial sequence, allowing visitors to inhabit what was previously understood only as infrastructure.
The elevated walkway extends this translation through the reinterpretation of the gaoqiao. Reinforced concrete supports are shaped into splayed, trapezoidal profiles that echo the bench-leg configuration of traditional stone posts. Horizontal beams intersect with these supports in a manner that recalls mortise-and-tenon joinery, making the assembly legible despite its contemporary material execution.
Rather than relying on representation, the project communicates through direct experience. The visitor encounters structural principles through movement, alignment, and bodily scale. Form becomes didactic, not by explanation but through the clarity of its construction and spatial relationships.
Spatial Sequencing and Programmatic Hybridization
Within a limited footprint, the project combines exhibition space with everyday amenities. The ground level accommodates restrooms, wash areas, and a portion of the gallery, allowing the building to function as both a cultural facility and a public infrastructure. This integration reflects the original role of bridges as utilitarian elements embedded in daily life.
The upper level consolidates the primary exhibition space with a small cafe, introducing a shift in atmosphere through increased light and timber enclosure. This level connects directly to the elevated walkway, which extends the interior sequence into the landscape. The transition from the enclosed gallery to the open-air promenade reinforces the conceptual link between the museum and the site.
The walkway operates as both a circulation and a viewing device. Its linear alignment frames views toward Shisanba Bridge, revealing the rhythm of its piers and the measured spacing of its stone slabs. Movement along this path mirrors crossing a bridge, transforming observation into a sequential, embodied experience.
Material Strategy and Site Integration
The project maintains a restrained physical presence within the bamboo grove. Existing vegetation is largely preserved, with the architecture inserted between trunks rather than clearing the site. This approach allows the grove to remain the dominant spatial condition, with filtered light and vertical density shaping the museum’s experience.
Material choices reinforce the dialogue between permanence and craft. Board-formed concrete establishes a durable, monolithic base, while timber cladding introduces tactile warmth and human scale. Steel connections remain visible, emphasizing assembly and junction rather than concealment. Together, these materials reflect both the weight of stone bridges and the precision of their joinery.
Construction processes extend into the landscape through careful reuse. Steel formwork is repurposed as drainage channels, and surplus concrete beams become seating elements along the নদ. These gestures align with the resource-conscious logic observed in vernacular construction, where efficiency and adaptation are integral rather than supplementary considerations.
About LUO studio
LUO studio is a China-based architectural practice founded in 2017 by Luo Yujie. The studio focuses on sustainable construction strategies, emphasizing the use of minimal materials to create adaptable and “universal” spaces. Their work explores the integration of natural materials, prefabricated timber and steel systems, and local craftsmanship traditions, while addressing social and environmental challenges through rural revitalization, adaptive reuse, and ecological design methodologies.
Credits and Additional Notes
- Client: Huizhou Huanliangshan Investment & Development Co., Ltd.
- Construction company: Shinewood Building Technology (Beijing) Co., Ltd.
- Collaborating Artist: Liu Qingyuan
- Project Organizer: Shanghai Fengyuzhu Culture Technology Co., Ltd.
