Vertical Alignment and Structural Integration
The ARAA pavilion features a vertical design that is profoundly inspired by the natural rhythms of tree formations found in the Madu Ganga wetlands. Vertical bamboo or timber columns are positioned at regular intervals, mimicking the spacing and proportions of mangrove roots and trunks. These columns support lightweight, modular roof and floor frameworks, facilitating elevated platforms and layered spatial experiences. The verticality of the structure symbolizes growth and regeneration while also serving a functional purpose: it enhances natural airflow, promotes upward heat release through stack ventilation, and creates a sense of visual lightness. This design approach reduces the structural footprint and minimizes the impact on the soft, ecologically sensitive wetland soil.
Interior Spatial Zoning and Utilization
The interior is organized not by rigid walls, but through subtle zoning along both vertical and horizontal axes. Ground-level areas support communal activities such as group learning, workshops, and cultural gatherings. Intermediate platforms are designated for focused work, such as eco-crafting or display areas, while raised decks provide quiet zones for meditation, observation, or solitary research. These spatial zones are defined by variations in material texture, quality of daylight, and partial enclosures created from bamboo screens or woven partitions. This zoning system promotes fluid movement and adaptable space usage, reflecting the characteristics of traditional village spaces, which are open, layered, and socially inclusive.
Material Strategy for Interior Components
All interior elements are constructed from entirely recycled or locally sourced materials, emphasizing material honesty and ecological harmony. The flooring consists of woven coir mats or compressed bamboo slats, while the partitions and ceilings are made from palm leaf panels, dried reeds, and woven palm strips. Binding and joint systems utilize natural jute or coir rope, replacing industrial glues and nails with traditional joinery and lashing techniques. Surfaces are intentionally left raw and breathable to promote natural ventilation and enhance tactile richness. The modularity of the components facilitates easy repair or replacement by the community, fostering a sustainable, maintainable, and culturally embedded interior language.
Passive Environmental Control in Interior Spaces
The interior design incorporates passive climate control strategies directly into its vertical structure. The vertical form enhances stack ventilation, enabling warm air to rise and escape, while openings at the lower and mid-levels promote cross-ventilation. Deep overhangs and shaded voids minimize solar gain while permitting indirect natural light to enter. Bamboo screens and layered ceiling panels filter daylight and reduce glare, creating a cool, shaded interior environment. Elevated floor structures improve airflow beneath seating and resting areas. These strategies ensure that the interior remains thermally comfortable year-round without relying on mechanical systems, making the building energy-efficient and naturally adaptive.
Interior Furniture and Cultural Interaction
The furniture within ARAA is designed not as standalone objects but as extensions of the architecture itself. The seating is low and flexible, featuring timber bases topped with woven mats or cushions. Many furniture pieces serve dual purposes; platforms for sitting also become storage areas or display surfaces, while mobile trays crafted from coconut wood function as workspaces for writing, crafting, or eating. The seating arrangements encourage traditional floor-based postures such as cross-legged sitting, squatting, or reclining, mirroring the everyday customs of local communities. These furniture elements are produced using community-based craft skills, empowering local artisans and reinforcing the role of interior spaces as platforms for cultural continuity and personal growth.