CS Academy, Coimbatore

Completed (2023)

The design for CS Academy evolved from a clear intent — to create a learning environment that is open, humane, and closely connected to its natural surroundings. Located within the dense urban fabric of Coimbatore, the project was developed on a restricted site, where planning was approached with care and precision to ensure optimum use of space without compromise or wastage.

Despite the compact footprint, the campus accommodates generous and well-proportioned classrooms, making learning spaces feel open and comfortable rather than constrained. The academic blocks are arranged around a central open-to-sky courtyard, which becomes the spatial and visual anchor of the campus. This courtyard not only enhances movement and connectivity but also ensures naturally lit and well-ventilated interiors, significantly reducing dependency on artificial systems.

The planning logic follows a simple, legible grid that organizes classrooms, administrative spaces, and shared learning zones efficiently. Circulation corridors are widened and shaded to function beyond their purpose—becoming informal spaces where students gather, interact, and learn organically. At the upper level, a terrace steel-roof structure serves as a multifunctional shaded activity zone, adding flexibility to the campus and extending usable student spaces.

Material selection was guided by function, climate, and longevity. Exposed concrete, brick masonry, and locally sourced stone offer durability, ease of maintenance, and a warm tactile presence. Deep overhangs, shaded verandas, and perforated screens minimize heat gain and create comfortable transitional spaces.

The design also responds sensitively to the existing context, where a tree at the entrance was consciously retained and integrated into the spatial narrative, offering a sense of continuity and belonging as students enter the campus.

Construction was carried out with precision, keeping future expansion possibilities in mind. Structural modules were designed for flexibility, while the terrace steel roof and feature staircase required careful engineering and craftsmanship to maintain both functional efficiency and architectural clarity. Services were integrated discreetly to preserve the purity of forms and spatial experience.