The Village Loci project is located in the Konkan region of Maharashtra, India, and provides essential healthcare services to several nearby villages. The design concept focuses on creating a communal medical facility that remains accessible, especially during natural disasters. By offering basic medical services such as vaccinations and health programs, it aims to directly serve the needs of rural populations who often face barriers in accessing care.

Design Concept

The facility serves as a hub for four to six villages, strategically located on elevated land. This allows for needed access during the heavy rains of the monsoon season, which can flood roads and disconnect communities. The layout is organized to include areas for medical care and community interactions, supporting both health and social engagement.

Spatial Organization

Inside, the building is split into public and private areas across two levels. The first floor includes spaces for sleeping, clinical services, and communal gatherings. This design encourages interaction among users while maintaining necessary privacy for medical consultations. The ground floor is dedicated to practical functions, featuring a kitchen, dining area, and examination rooms that ensure good flow for patients and staff.

Materials and Sustainability

Local materials play a crucial role in the building’s construction. The roof is made of vaulted terracotta tiles, which provide durability and help with cooling. Walls constructed from laterite stone are naturally insulating, contributing to energy efficiency. Bamboo is used for structural elements, reflecting the sustainable traditions of local building practices.

Passive Design Strategies

The design incorporates passive methods to combat the region's hot and humid climate. Large openings allow for cross ventilation, which helps maintain a comfortable indoor environment. The project also prioritizes shading, reducing direct heat inside the building. Solar panels on the roof demonstrate a commitment to renewable energy, enhancing the facility's sustainability.

In addition to functional benefits, the chamfered corners of the building reduce solar heat gain while adding an interesting visual quality. This thoughtful attention to detail enhances the overall character of the facility, making it a valuable resource for the community it serves.