PROJECT IDEA
ELEPHANTHROLOGY CENTER
The ELEPHANTHROLOGY CENTER is envisioned as a research, education, and observation facility dedicated to understanding the complex relationship between humans and elephants within Sri Lanka's dry zone landscapes. Located in Habarana, at the intersection of major elephant migration routes connecting Minneriya, Kaudulla, Hurulu, and Gal Oya National Parks, the project responds to the growing need for research, awareness, and coexistence in a region characterized by both intense wildlife tourism and frequent human–elephant interaction.
The concept is rooted in the idea of the unseen relationship that exists between human knowledge and elephant memory. Elephants navigate vast territories through inherited spatial intelligence and memory, while humans seek to understand these patterns through observation, research, and documentation. The project acts as a mediator between these two worlds, translating invisible ecological relationships into tangible spatial experiences. Rather than dominating the landscape, architecture seeks to exist as a subtle presence within it, encouraging observation, learning, and coexistence through minimal intervention.
The design takes its physical form from the concept of geometric processing meeting raw, organic memory. It visualizes human knowledge as structured, evolving spirals that intertwine with the fluid, unyielding paths of elephant migration and memory. By creating a physical nexus for research, public education, and environmental advocacy, the project transforms architecture into a shared ecosystem, ensuring that human progress and wildlife preservation flow together rather than in conflict.

PROJECT DESCRIPTION
Situated within the Gal Oya Eco Park. The Elephanthrology Center serves as a state-of-the-art facility for research and environmental conservation. The architectural massing responds directly to its context. The building features an elevated, organic layout consisting of interconnected circular and spiraling pavilions that gracefully float above the landscape to avoid interrupting natural terrain and wildlife pathways.
The spatial program is meticulously organized across levels to balance public awareness with sensitive field research.
The design consists of a series of interconnected pavilions elevated above the ground to minimize disturbance to the existing ecosystem. The fragmented arrangement allows the architecture to weave through existing trees while preserving natural movement patterns and maintaining visual connections to the surrounding forest and water body. Circular forms and flowing pathways draw inspiration from migratory routes, memory patterns, and the cyclical nature of ecological systems.
The facility accommodates research laboratories, surveillance and monitoring units, archival spaces, educational exhibits, discussion areas, drone deployment facilities, and public interaction spaces. Visitors are encouraged to engage with elephant ecology through immersive experiences, including interactive displays, anatomical study exhibits, footprint installations, and visual narratives documenting individual elephants and their movement patterns.
At night, the project adopts a sensitive lighting strategy that prioritizes darkness as an ecological resource. Warm, low-intensity lighting is carefully controlled to minimize disturbance to wildlife while ensuring human safety and comfort. The architecture therefore becomes not only a place of learning, but also a living demonstration of how built environments can coexist with natural systems.

TECHNICAL INFORMATION
A. Design Orientation and Construction
• Orientation: The primary pavilions are strictly organized along an East-West Orientation. This passive design strategy minimizes direct solar heat gain on the facades during peak hours while capturing optimal morning and evening natural light.
• Elevated Tectonics: To protect the high groundwater table of the Erige Oya vicinity and respect the existing wilderness, the entire center utilizes an Elevated Structure supported by columns. This approach ensures minimum site excavation, allowing natural vegetation to grow uninterrupted underneath and leaving elephant migratory ground paths completely untouched.
• Structural Hybridization & Details: The project features a highly resolved hybrid structure of timber and steel.
B. Use of Recycled and Locally Sourced Materials
The material palette is a direct exercise in circular economy, prioritizing locally sourced, reclaimed, and biodegradable materials to minimize carbon footprint and construction waste:
• Locally Sourced Timber: Local Teak columns and round beams provide the primary structural framework, chosen specifically for their high strength, decay resistance, and exceptional local durability. Reclaimed teak is used extensively in structural and furniture elements. In the Habarana region, teak is widely cultivated as a commercial timber species.
• Upcycled Rubber Roof Shingle System: The roofing system utilizes reclaimed rubber shingles manufactured from discarded tires collected from approximately 300–400 safari jeeps and other vehicles operating within the Habarana region. This approach diverts waste from local landfill streams while creating a roofing material that provides excellent durability, thermal insulation, and acoustic performance. The material significantly reduces noise generated during rainfall while minimizing heat transfer into the interior spaces.
• Walls: Woven coir rope panels and local cane are integrated into breathable wall linings, maintaining structural permeability.
C. Sustainable Approaches & Eco-Hydrology
The center operates as a highly responsive, off-grid sustainable organism through several integrated systems:
• Passive Climate Control: The design maximizes Cross Ventilation and Stack Ventilation. Roof heights are increased to vent warm air out through integrated steel grills before it can accumulate. A Pergola System and a suspended Vine Mesh create a living thermal barrier along the roof's edge, significantly reducing solar heat gain. To blend interior spaces seamlessly with the outdoors, Vertical Bi-fold Windows fold completely upwards, blurring the line between the researcher and the landscape. Permanent shading is handled by Jute Shading Awnings consisting of natural jute fiber tensioned over secondary timber frames to block solar glare.
• Renewable Energy & Light Pollution Control: The walkable deck over the water body features a centralized floating arrangement of Walkable Photovoltaic (PV) Decking made of high-strength tempered glass with anti-slip textures. This system generates completely off-grid power for the facility. To safeguard nocturnal wildlife, a strict light control policy utilizes only shielded downlights, motion sensors, and temporal lighting systems to minimize ecological disruptions.
• Advanced Eco-Hydrology & Runoff Management: Wastewater is treated safely on-site using the advanced "Kubota Johkasou System" before discharging into ground soaking wells. For heavy tropical rainfall, the roof geometry utilizes Concealed Central Box Gutters and side gutters held firmly by custom brackets to efficiently channel stormwater into collection sumps. An infrared sensor-activated roof sprinkler system is used to cool down the building on scorching days and non-lethally deter monkeys from damaging the structure.
• Bio-Perimeter Defense: To prevent invasive human-elephant conflicts without harsh concrete barriers, a Proposed Bio Fence made of multi-rowed Bougainvillea, Agave, or Citrus is deployed. This creates an impenetrable natural wall that requires no electrical grid power and provides habitats for local birds and insects.
D. Custom Furniture and Light Fitting Details
The interior architecture mirrors the project’s overarching storytelling through highly bespoke, localized design elements:
• Custom Light Fittings: The signature hanging light installations are custom-crafted using traditional Sri Lankan Batik fabric and intricate rattan weaving. The hand-dyed textiles display hand-painted imagery of elephants from the historical Kandy Esala Perahera, bridging modern architectural interior lighting with deep rooted local heritage and sacred symbolism.
• Interactive Registry Wall: Serving as an educational focal point, a tactile, physical Interactive Wall is integrated into the public space. Moving away from digital screens, it features large, rotatable wooden and rattan disks. One side displays an individual tracked elephant's physical profile, while a manual rotation reveals their life story, age, and unique markings, promoting interactive, sensory learning.
• Adaptive Furniture Modules: The indoor spaces feature lightweight modular furniture pieces composed of local wood and woven rattan. These adaptive units allow interior spaces to be instantly reconfigured based on changing exhibition, public awareness, or research needs.
• Reclaimed Railway Sleeper Benches: Positioned thoughtfully within outdoor viewing decks, transition zones, and courtyards, heavy timber benches made from reclaimed railway sleepers invite visitors to pause. These solid timber pieces are naturally seasoned to easily survive intense tropical sun, heavy monsoons, and climate activity without warping. And are sourced from the context of Habarana itself
• Narrative Integration: Integrated elephant skulls serve as central sculptural and structural elements within the public zones, acting as powerful, narrative-driven tools that reinforce the project’s conservation message.



Project Keywords
Human-Elephant Coexistence | Ecological Research | Biodiversity Conservation | Adaptive Reuse | Sustainable Architecture | Environmental Education | Passive Design | Wildlife-Sensitive Design | Habarana | Sri Lanka