Architectural Cases

Nestled amidst the undulating topography of the Naggar valley in Himachal Pradesh, India, the 'Eila' art retreat, conceived by MOFA Studio, stands as a testament to architecture that is in harmony with its surroundings. Instead of a rigid structure, Eila presents itself as an organic extension of the terrain, showcasing a fluid architectural approach achieved through advanced computational design. The resort's master plan employs a tiered layout, meticulously preserving topsoil and rainwater channels, arranging the retreat in a series of descending terraces. This design philosophy culminates in pod-like structures, fashioned from lightweight steel and slender concrete shells, which seemingly emerge from the slope, demonstrating a high-performance solution to challenging topographical conditions.

Established in 2007 by architect Manish Gulati, MOFA Studio operates as a collective of forward-thinking non-conformists who prioritize potential over conventional frameworks. Their methodology is guided by a five-dimensional fluidity—Spatial, Ecological, Social, Temporal, and Systemic—ensuring that their architectural creations adapt to life's nuances rather than imposing upon it. By incorporating artificial intelligence as a collaborative tool alongside a dedicated research unit, the studio enhances environmental performance while upholding human ingenuity. This systematic approach empowers the diverse team to address intricate constraints with streamlined detailing. The 'Elia' initiative stands as a significant illustration of MOFA Studio's nearly two decades of groundbreaking work in unconventional, systems-driven architecture.

Eila's architectural essence is defined by its biomorphic shells, where individual cottage units gracefully spread across the sloped terrain, offering expansive 360-degree vistas of the Naggar valley. These structures, made from lightweight steel and concrete, serve as well-insulated enclosures that minimize energy consumption while ensuring a reduced carbon footprint. A key design element is the treatment of openings as 'visual instruments.' Windows and skylights are strategically positioned to draw the external landscape deeply into the interior spaces. Each aperture frames the valley as a dynamic artwork, fostering a continuous dialogue between the architecture and the majestic mountains.

Within Eila, art transcends mere decoration; it is woven into the very fabric of the retreat, manifest in façade screens, interior murals, and the overall orchestration of the site. Under the discerning artistic direction and interior styling of the client, Shri Rama Shankar Singh, a distinguished Indian educationist, and his daughter, Palak Singh, the interiors reflect a lived-in curatorial approach that integrates creative expression into daily routines. The journey commences at the Gate of Confluence, an intricately stone-carved pavilion, leading to the Kitaabkhana (library), where light filters through ornate jaali patterns and embroidery-frame lamps. This art-infused threshold seamlessly transitions into communal areas, including an open-air amphitheater and a heated infinity pool that aligns with the horizon. Even the master plan itself is presented as a work of art, reinforcing the fundamental principle that art, architecture, and life are interconnected and inseparable.

The construction materials predominantly comprise locally sourced elements, significantly reducing transportation emissions and embedding the retreat within indigenous building traditions. The use of a lightweight frame and thin shell system minimizes material usage, allowing the resort's profile to blend unobtrusively with the delicate Himalayan landscape. MOFA Studio designed the concrete shells with the foresight that they would, over time, support local plant growth, suggesting an architecture that continues to evolve and integrate with its ecological setting long after completion. This foundational narrative, stemming from a twenty-year collaboration between Manish Gulati and Shri Rama Shankar Singh, epitomizes a relentless pursuit of form, where every line and curve echoes the historical and spiritual essence of the landscape.

The Forestone Cabin stands as an exemplary model of sustainable architectural innovation, born from the creative efforts of the IAAC’s Master in Ecological Architecture and Advanced Construction cohort. This 20-square-meter experimental timber dwelling, nestled in the Pyrenees at MónNatura Sort, embodies a deep commitment to regenerative forestry and the responsible utilization of local wood resources from the Pyrenean forests. Its distinctive sculptural form, reminiscent of a natural stone block gently settled on the mountain slope, is a thoughtful response to the rugged environment, harmonizing with programmatic needs, climatic conditions, and solar orientation. The cabin's design features inclined walls and a sloping roof, ingeniously adjusting internal ceiling heights and spatial configurations to maximize functionality within its compact footprint, while strategically placed openings provide breathtaking views and facilitate natural ventilation. Notably, the exterior is clad in pine boards treated with the traditional Japanese Yakisugi technique, charring the wood to enhance its durability against insects, water, fire, and mold, and symbolically alluding to essential fire management practices in the Pyrenees.

Stepping inside, the cabin transforms into a cohesive wooden sanctuary, where bespoke Cross-Laminated Timber (CLT) elements seamlessly integrate architectural components with furniture, crafted by IAAC students at Valldaura Labs. This hands-on approach extends to the use of local materials beyond timber, as students collaborated with local farmers to gather sheep’s wool during an annual festival, transforming it into felt for the cabin’s interior furnishings. Further connecting the structure to its geographical and cultural roots, a unique hand-carved stone washbasin, fashioned from locally sourced rock, underscores the project’s dedication to local craftsmanship and material provenance. The Forestone project was deliberately conceived with replicability in mind, serving as a significant prototype that demonstrates how small-scale architecture can be realized through local timber, indigenous knowledge, and low-impact construction methodologies, allowing for forest habitation without disrupting delicate ecosystems. The use of modular CLT components, dry-assembly methods, and readily available local materials ensures the cabin's adaptability, ease of replication, or dismantlement, thus promoting a sustainable approach to living within forested landscapes that prioritizes long-term environmental stewardship.

This pioneering project beautifully illustrates the convergence of education, local industry, artisanal skills, and regenerative forestry principles. Through its meticulous design, multi-layered construction, and profound connection to its site, the Forestone Cabin offers a compelling alternative to conventional building practices in sensitive natural environments. It emphasizes a framework rooted in local resources, knowledge exchange, and ecological accountability, demonstrating that innovative architecture can indeed be a force for positive environmental impact. Beginning in January 2026, the cabin will welcome visitors at MónNatura Pirineu, inviting them to experience firsthand this remarkable prototype and its harmonious relationship with the surrounding landscape, materials, and climate, fostering a deeper appreciation for sustainable living.