Lotus Clubhouse, designed by MIA Design Studio, is conceived as a built landscape rather than a singular architectural object. Positioned along a lakeshore and embedded within existing vegetation, the 2,000-square-meter clubhouse is organized as a dispersed system of low volumes that follow the site’s natural slopes. The project advances a model of tropical architecture grounded in passive environmental control, biodiversity integration, and minimal visual impact.
Architecture as topography
Rather than forming a dominant mass, the clubhouse is fragmented into smaller pavilions arranged beneath the forest canopy. These volumes are connected by curved pathways and reflective water surfaces, allowing movement through the building to resemble a gradual landscape promenade.
The distributed layout reduces perceived bulk and preserves view corridors toward the lake. From a distance, the structure visually dissolves into its surroundings, maintaining the primacy of vegetation and water. The maximum height of 7.2 meters ensures compatibility with adjacent villas and prevents skyline disruption. Functional zoning follows environmental logic. Public areas such as the restaurant and children’s play spaces are oriented toward open lake views, benefiting from natural light and ventilation. Quieter functions like spa, lounge, meditation rooms, are positioned deeper within shaded areas, using tree cover and built mass for thermal buffering.
Multi-layered green roof system
The defining environmental feature of Lotus Clubhouse is its multi-tiered green roof. Three primary clusters of circular roof modules create a continuous planted canopy that extends the surrounding forest horizontally across the building.
These roofs are planted with native species selected for climate resilience and minimal irrigation demand. The vegetated layer reduces solar heat gain, improves insulation performance, and mitigates the urban heat island effect. By absorbing rainfall and filtering runoff, the system slows water discharge and improves water quality before it returns to the lake.
Each circular module subtly slopes inward, functioning as a rainwater collection funnel. The collected water is directed through concealed drainage channels back into the landscape, supporting a cyclical water management strategy aligned with the natural hydrology of the site.
Beyond thermal and hydrological benefits, the green roof provides habitat for birds and small wildlife, reinforcing biodiversity within the resort environment.
Passive climate strategies
The architectural form responds directly to tropical climatic conditions. Deep roof overhangs and layered vegetation reduce direct solar radiation. The staggered roof heights allow daylight to enter selectively, maintaining balanced interior illumination while preventing glare and overheating.
Open circulation paths between volumes promote cross-ventilation, allowing prevailing breezes from the lake to pass through communal areas. Reflective water surfaces further assist microclimate regulation by lowering ambient temperatures through evaporative cooling.
Material selection prioritises durability and regional appropriateness, reducing long-term maintenance and lifecycle impacts. The restrained palette allows the building to weather naturally and integrate further with its environment over time.
Water as spatial and environmental medium
The clubhouse maintains a direct physical and visual relationship with the lake. Terraces and open façades frame horizon views while maintaining shaded transitional spaces between interior and exterior.
Water is not treated as a decorative element but as environmental infrastructure. Reflective pools moderate temperature, enhance natural ventilation, and establish continuity between architecture and landscape. The building appears to rest lightly on the terrain, reinforcing the perception of flotation without significant land reshaping.
