Invisible Architecture: How Biome Environmental Solutions Concealed Gamaya Farms within the Indian Landscape

Main Facts

In the rolling terrain of Vikarabad, just outside the bustling metropolitan hub of Hyderabad, India, architecture studio Biome Environmental Solutions has completed Gamaya Farms. Spanning a total built area of 854 square meters, this pioneering eco-resort redefines the relationship between hospitality architecture and the natural environment. Rather than imposing a monolithic structure on the landscape, the design team opted for a philosophy of absolute camouflage and tectonic erasure.

Gamaya Farms is composed of a decentralized master plan. At its heart lies a communal, hill-like vaulted pavilion flanked by a series of distinct guesthouses and agricultural plots. The resort incorporates low-impact, hyper-local materials—most notably walls built from compressed earth bricks (CEB) and roofs finished with unworked local stone rubble. By deploying diverse architectural typologies—ranging from subterranean earth-sheltered cottages to elevated forest pavilions on stilts—the resort creates a multifaceted sensory journey that seamlessly blends into the surrounding topography and native woodland.

Chronology of the Project

The realization of Gamaya Farms represents years of careful site analysis, ecological planning, and innovative construction sequencing:

• Site Discovery and Master Planning: Biome Environmental Solutions initially approached the Vikarabad plot not as a blank slate for construction, but as a sensitive ecological zone. The master plan was conceived to deconstruct the traditional resort footprint, scattering programs into decentralized pockets to preserve existing natural drainage lines, flora, and fauna.
• Core Pavilion Construction: Development began at the center of the site with the excavation and framing of the single-storey communal pavilion. Builders erected structural walls using compressed earth bricks, punctuated by large, circular windows designed to maximize natural light and cross-ventilation.
• Vaulted Roof Engineering: The distinctive hill-like roof of the central pavilion was constructed utilizing a shotcrete (sprayed concrete) technique applied over an armature of chicken wire and weld mesh. This efficient structural shell was subsequently blanketed with a thick layer of local rubble stone, effectively mimicking the natural contours of the Vikarabad hills.
• Subterranean and Stilted Guesthouse Integration: Following the completion of the central hub, construction moved outward. Four guesthouses were strategically excavated and partially sunken into a natural slope, followed by the installation of the two cylindrical "Forest Pavilions" at the wooded periphery of the site, mounted on concrete stilts with spiral steel staircases.
• Final Landscaping and Interior Finishes: The project concluded with the fine-tuning of interior microclimates, earth-plaster finishing, and the integration of the built structures back into the regenerating farm plots and surrounding forest canopy.

Supporting Data and Technical Specifications

• Total Built Area: 854 square meters.
• Location: Vikarabad town, near Hyderabad, India.
• Architectural Firm: Biome Environmental Solutions.
• Project Director: Anurag Tamhankar.
• Photographer: Vivek Muthuramalingam.
• Primary Structural Materials:
  • Compressed Earth Bricks (CEB) for load-bearing and partition walls.
  • Shotcrete (sprayed concrete) over chicken and weld mesh reinforcement for the central pavilion vault.
  • Unworked local stone rubble for roof cladding and exterior camouflage.
  • Steel and concrete for structural stilts and staircases in elevated forest units.
• Typological Breakdown:
  • Central Pavilion: Comprising the main western entrance, reception area, multi-purpose hall, dining room, utility spaces, and bathrooms, fronted by a northern paved terrace.
  • Subterranean Cottages: Four partially buried units featuring narrow entry stairs and north-facing bedroom windows.
  • Forest Pavilions: Two cylindrical, stilted treehouse-style structures featuring curved plaster bathrooms on the lower level and glass-wrapped circular bedrooms above, complete with yellow-painted steel balconies and spiral staircases.

Official Responses and Design Philosophy

The underlying ethos of Gamaya Farms is articulated through the deliberate rejection of conventional architectural monuments. In an interview with Dezeen, Biome Environmental Solutions Director Anurag Tamhankar elaborated on the studio’s conceptual framework:

"Gamaya Farms redefines architectural iconism not through bold geometry, but through absolute camouflage and tectonic erasure. Rather than treating the program as a monolithic footprint, the master plan deconstructs the traditional resort layout into distinct, site-specific architectural typologies."

Tamhankar emphasized that the project was guided by the morphology of the Vikarabad hills and the adjacent forest, ensuring that every built element appears to "transition out of the ground."

Describing the experiential variety offered to guests, Tamhankar added:

"The subterranean cottages, sunk into the ground, preserve the expansive view from the pavilion, while getting their own private views. The isolated forest cottages are tucked into the woodland perimeter, with a 360-degree view of the forest canopy."

Broader Implications for Sustainable Tourism and Indian Architecture

Gamaya Farms arrives at a critical juncture in contemporary Indian architecture, where rapid urbanization often clashes with fragile rural ecosystems. By demonstrating how commercial hospitality projects can achieve low visual and ecological impact, Biome Environmental Solutions sets a new benchmark for eco-tourism developments across South Asia.

1. Re-evaluating the "Luxury" Paradigm

Historically, luxury resorts in India and globally have relied on expansive, air-conditioned footprints, imported materials, and visually dominant, high-gloss interventions that separate the visitor from nature. Gamaya Farms flips this paradigm on its head. Luxury is redefined as spatial intimacy, acoustic tranquility, climatic comfort achieved through passive design, and an immersive connection to the natural elements. By utilizing compressed earth blocks and local stone, the project drastically lowers its embodied carbon while celebrating indigenous material palettes.

2. Micro-Climatic Performance and Passive Design

The engineering of the central pavilion—with its earth-block thermal mass and thick rubble-covered shotcrete vault—creates natural thermal insulation. Earth walls breathe, regulating indoor humidity and temperature fluctuations common to the Telangana region. Similarly, the subterranean guesthouses leverage the earth’s natural thermal mass to maintain stable, comfortable interior climates, reducing reliance on mechanical cooling systems.

3. Decentralized Master Planning as an Ecological Shield

By breaking down the resort program into isolated pods—subterranean rooms near the center and elevated treehouse-like pavilions at the forest edge—the architects minimized the clearing of native vegetation. This decentralized approach allows stormwater runoff to follow its natural drainage paths, mitigates soil erosion, and maintains wildlife corridors across the farm plot.

4. Part of a Growing Movement in Regional Indian Design

Gamaya Farms joins a vanguard of recent Indian hospitality and retreat projects featured on international design platforms that champion indigenous craft and material honesty. Projects like AKSH Architects’ The Earthen Retreat—which repurposes abandoned structures with mud and lime plaster—and Ma+rs’ Serenity retreat with its vernacular thatched roofs, signal a broader cultural shift. Architects across India are increasingly turning away from Western modernist templates in favor of contextual, earth-conscious, and site-generative architectures.

Ultimately, Gamaya Farms proves that the future of resort architecture does not lie in standing out, but in blending in—disappearing quietly into the landscape to let nature take center stage.