Sustainable Educational Campus Design: Goa Institute of Management by Somaya Sampat

Designing for Place, Pedagogy, and Planet in the Foothills of the Western Ghats

The Goa Institute of Management (GIM), designed by Somaya Sampat and completed in 2024, is a landmark in sustainable educational campus design. Located between the rolling hills of the Western Ghats, the campus is envisioned as an environmentally responsive, community-driven learning environment that aligns academic purpose with natural context. With a site previously untouched by development, the project exemplifies how architecture can thoughtfully integrate terrain, climate, and sustainability while enriching the educational experience.

A Master Plan Rooted in Climate and Community

The campus master plan is defined by two main axes, organizing the site into four distinct clusters: academic, administrative, residential, and recreational. At the intersection of these axes lies the academic block, the symbolic and functional heart of the institution. This central block is anchored by an expansive open plaza that hosts graduation processions, student gatherings, and other community events. Surrounded by classrooms, faculty offices, breakout areas, and the Director’s wing, this space exemplifies the integration of formal and informal academic life.

Building with the Landscape, Not Against It

Set on rugged terrain with limited groundwater and significant topographic variation, the design emphasizes minimal environmental disruption. Buildings are aligned with natural slopes, reducing the need for cut-and-fill operations and maintaining ecological integrity. Circulation paths follow the site’s contours, fostering organic connectivity and encouraging walkability. Rainwater harvesting plays a critical role in water management, supported by a filtration plant with 800-cubic-metre capacity, recharge pits, and swales to make the site more self-reliant in water usage.

Regional Materials and Passive Cooling Strategies

Material and construction choices reflect a strong regional character while prioritizing thermal performance. Locally quarried laterite stone is used extensively for walls, taking advantage of its high thermal mass and reducing the project's embodied energy. Passive design strategies include cavity walls, deep roof overhangs, and sloped roofs that optimize solar orientation while withstanding monsoon rainfall. These sloped surfaces also host GIM’s photovoltaic arrays, which generate 745 kWp and make the campus energy independent.

Energy conservation is further enhanced by solar water heating systems, LED lighting, occupancy sensors, and solar-powered streetlights. Inside, generous volumes, double-height spaces, and open staircases ensure natural ventilation and daylighting throughout the year. Flooring materials, including native stone, reinforce the project’s ecological ethos while adding textural warmth to the interiors.

A Seamless Blend of Built and Natural Environments

The campus layout fosters a fluid interaction between architecture and nature. The Library and Cafeteria, placed on the highest elevation, create a peaceful, panoramic plaza that serves as both a contemplative and social space. Student housing is positioned to the north, integrated with coworking lounges and multi-level plazas that promote community and informal learning. Walkways, shaded terraces, and stepped gardens provide numerous opportunities for interaction, reflection, and movement—ensuring the campus is alive with activity beyond academic hours.

Sustainability Beyond Buildings

Sustainability at GIM is not limited to energy or water. The campus promotes a comprehensive ecological ethic through biogas plants, four-bin waste segregation, vermicomposting, and kitchen waste recycling. These systems are supported by the work of the Centre for Excellence in Sustainable Development, which oversees biodiversity initiatives that have led to the documentation of over 130 bird species and 150 native plant species on site.

By integrating sustainability into both infrastructure and education, the campus becomes a living laboratory for environmental stewardship. Its architectural language and planning promote a deeper understanding of how human settlements can coexist with natural ecosystems, offering a model for future institutions.

A New Benchmark for Educational Architecture in India

The Goa Institute of Management is more than just a collection of buildings; it is a reflection of how architecture can support a broader vision of learning—one that nurtures ecological consciousness, community values, and academic excellence. With its strategic use of local materials, passive cooling systems, energy-positive infrastructure, and biodiversity-sensitive planning, it sets a new benchmark for sustainable educational campus design in India.

All Photographs are works of Fabien Charuau, Noshir Gobai