Studio Acis Rebuilds a 1941 Kerala School Around Courtyards, Brick Screens, and Passive CoolingStudio Acis Rebuilds a 1941 Kerala School Around Courtyards, Brick Screens, and Passive Cooling

Studio Acis Rebuilds a 1941 Kerala School Around Courtyards, Brick Screens, and Passive Cooling

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C.A.H.S. School Ayakkad has existed since 1941, but until recently its 2.53-acre campus in rural Palakkad was a collection of structures built at different times, in different orientations, with no unifying logic. Studio Acis, led by architect Rakesh Kakkoth, was brought in not to demolish and start over but to impose coherence on an accretion of decades. The result is a 29,379-square-foot campus for grades 5 through 12 that treats preservation, renovation, and new construction as equal tools in a six-phase master plan.

What makes the project genuinely interesting is the refusal to choose between old and new. Block H, the new administration building, is a raw concrete and brick volume that anchors the site with a clear linear axis. Block A, the renovated higher secondary building, gets an entirely new outer layer of columns and a terracotta roof canopy that turns the existing structure into something closer to a traditional Kerala veranda building. Neither move is nostalgic. Both are precise climate responses designed for passive cooling in a hot, humid landscape surrounded by paddy fields.

A Campus Carved from Courtyards

Exterior courtyard elevation showing the terracotta tile roof above a pale rendered wall with students walking below
Exterior courtyard elevation showing the terracotta tile roof above a pale rendered wall with students walking below
Corner view of the segmented terracotta roof volumes framed by trees with students running in the foreground
Corner view of the segmented terracotta roof volumes framed by trees with students running in the foreground
Covered ground floor loggia with concrete columns and brick facade above a paved courtyard
Covered ground floor loggia with concrete columns and brick facade above a paved courtyard

The organizational idea is straightforward: a linear spine that separates the public face of the school from its more private instructional zones. Block H runs along this spine, and its open ground floor acts as a permeable threshold rather than a barrier. Students pass through columned loggias that frame views of the surrounding landscape, and the courtyards between blocks function as outdoor rooms rather than leftover space.

The segmented terracotta roof volumes are visible from nearly every approach, breaking down the scale of what is, in total, a sizable institutional building. Viewed from the courtyard, the pale rendered walls and colonnade give the composition a civic presence that feels appropriate for a school without veering into monumentality. Students gather, run, and sit in these in-between spaces as if they were always there, which is probably the highest compliment a phased renovation can receive.

Brick as Both Structure and Screen

Street view of the brick facade with vertical window bays beneath a terracotta tile roof with a tree in front
Street view of the brick facade with vertical window bays beneath a terracotta tile roof with a tree in front
Close-up of the rhythmic brick piers with recessed vertical window openings beneath the terracotta tile eaves
Close-up of the rhythmic brick piers with recessed vertical window openings beneath the terracotta tile eaves
Interior corridor with brick-framed vertical slatted windows and exposed timber ceiling structure as a person walks past
Interior corridor with brick-framed vertical slatted windows and exposed timber ceiling structure as a person walks past

Brick does most of the expressive work here. The street-facing facade of Block A presents rhythmic piers with recessed vertical openings that filter light and air without fully enclosing the interior. This is not decorative brickwork; it is a climate device. The deep reveals create self-shading, and the slatted window bays behind them allow cross-ventilation even when it rains. The terracotta tile roof extends past the wall plane, giving the eaves enough overhang to protect the openings below.

Inside, the brick-framed corridors have a quality of light that is hard to manufacture. The vertical slats cast moving patterns on the exposed timber ceiling, and the warmth of the brick against the cooler tones of the concrete floor creates a material contrast that feels effortless. Studio Acis drew from traditional Kerala building principles here, but the execution is contemporary: clean joints, precise coursing, and a deliberate restraint that lets the material speak.

Interior Life Between Concrete and Light

Interior hall with brick screen wall and students seated on benches in filtered daylight
Interior hall with brick screen wall and students seated on benches in filtered daylight
Multipurpose hall with exposed steel truss roof and concrete floor where two people sit
Multipurpose hall with exposed steel truss roof and concrete floor where two people sit
Corridor with concrete column, brick half-wall and wire mesh openings where students gather
Corridor with concrete column, brick half-wall and wire mesh openings where students gather

The interiors oscillate between two registers. In the multipurpose hall of Block H, exposed steel trusses span a generous open floor with minimal fuss. The concrete is left raw, the floor unfinished, and the space reads as a flexible container that could host an assembly, an exam, or a community event. This is economical architecture that doesn't apologize for its budget constraints.

Elsewhere, the corridors are more carefully tuned. Brick half-walls with wire mesh openings allow students to see and be seen, collapsing the separation between circulation and instruction. Filtered daylight enters through the brick screen walls, giving common areas like the hall in image 8 a quality that sits somewhere between a classroom and a covered outdoor space. These in-between conditions are where the school's social life happens.

Vertical Circulation and Double-Height Connections

Double-height circulation corridor with concrete ceiling coffers and metal mesh railings overlooking a courtyard
Double-height circulation corridor with concrete ceiling coffers and metal mesh railings overlooking a courtyard
View from an upper walkway through cylindrical concrete columns toward neighboring buildings and trees
View from an upper walkway through cylindrical concrete columns toward neighboring buildings and trees
Interior staircase with dark stone treads where visitors sit and stand beneath white columns
Interior staircase with dark stone treads where visitors sit and stand beneath white columns

The double-height circulation corridor in Block H is the project's most spatially ambitious moment. Concrete ceiling coffers modulate the overhead plane, and metal mesh railings keep the upper walkway visually open to the courtyard below. Cylindrical concrete columns march through the space with an almost industrial regularity, but the effect is not oppressive. The columns frame glimpses of trees and neighboring buildings, anchoring the interior in its rural context.

The staircase with dark stone treads serves double duty as informal seating, a move that acknowledges how students actually use a school. People sit on steps, lean against columns, and occupy landings. Designing for that behavior rather than against it is a small but significant decision that reflects the project's broader philosophy: architecture that works with the patterns of daily life rather than imposing new ones.

Gathering Spaces and Stepped Courtyards

Top-down view of a tiled courtyard with stepped seating and visitors casting long afternoon shadows
Top-down view of a tiled courtyard with stepped seating and visitors casting long afternoon shadows
Ground-floor hall with concrete benches, cylindrical columns and mesh-fenced courtyard with students gathered
Ground-floor hall with concrete benches, cylindrical columns and mesh-fenced courtyard with students gathered
Circulation zone with steps casting shadows as a child runs past brick wall
Circulation zone with steps casting shadows as a child runs past brick wall

The tiled courtyard with stepped seating is one of the campus's strongest spatial moves. Seen from above, the geometry is simple: a series of low steps that create informal amphitheater seating around a paved gathering area. In the afternoon light, visitors cast long shadows across the tiles, and the space takes on a quality that is at once public and intimate. It is the kind of place that a school needs and rarely gets: somewhere that is neither classroom nor playground but something in between.

At ground level, the hall with concrete benches and cylindrical columns functions as a covered extension of the courtyard. The mesh-fenced boundary keeps the space open to air and light while defining a soft edge. Students gather here between classes, and the architecture accommodates them without forcing a particular arrangement. Shade, breeze, a place to sit: these are the fundamentals of passive design in a tropical climate, and Studio Acis delivers them without fanfare.

Rainwater and Detail

Steel rainwater downpipe connecting terracotta tile roof to ground level past tree branches
Steel rainwater downpipe connecting terracotta tile roof to ground level past tree branches
Open corridor with exposed concrete ceiling beams, brick wall and green shutters, students walking
Open corridor with exposed concrete ceiling beams, brick wall and green shutters, students walking

A steel rainwater downpipe running from the terracotta tile roof to the ground might seem like a minor detail, but it reveals the project's attitude toward infrastructure. Nothing is hidden. The pipe is an exposed element that connects the roof to the landscape, and its placement against the tree branches gives it an almost graphic quality. In a project built under tight budget constraints, this kind of honesty is not just an aesthetic choice; it is a practical one.

The open corridors with exposed concrete ceiling beams and green shutters reinforce this directness. Materials are what they are: concrete is concrete, brick is brick, and the green-painted timber shutters add a controlled note of color without pretending to be something else. The palette is restrained but not austere, warm but not sentimental.

Plans and Drawings

Master plan drawing showing multiple building blocks with color-coded zones and programmatic annotations
Master plan drawing showing multiple building blocks with color-coded zones and programmatic annotations
Ground and first floor plan drawings displaying classroom layouts and circulation corridors
Ground and first floor plan drawings displaying classroom layouts and circulation corridors
Floor plans and elevation drawings for an administrative block showing room arrangements
Floor plans and elevation drawings for an administrative block showing room arrangements
Section drawing through a gabled volume revealing exposed timber trusses and multilevel interior spaces
Section drawing through a gabled volume revealing exposed timber trusses and multilevel interior spaces

The master plan drawing reveals the full ambition of the six-phase strategy. Color-coded zones map the sequence of preservation, demolition, and new construction across the campus, making visible the logic that holds the project together. Block H's linear form is clearly the organizing move, establishing a central axis that gives the rest of the campus its orientation.

The floor plans for both blocks show tight, efficient layouts with classrooms arranged along single-loaded corridors that face the courtyards. The section through the gabled volume is particularly revealing: exposed timber trusses span the interior, and the multilevel spaces beneath them create opportunities for double-height gathering areas within a relatively modest structural envelope. Every square foot is working.

Why This Project Matters

Schools in rural India rarely get this level of architectural attention, and when they do, the temptation is either to import an urban typology or to retreat into a romanticized version of vernacular building. Studio Acis avoids both traps. The C.A.H.S. School Ayakkad is a genuinely site-specific project that treats budget constraints not as limitations but as design parameters. Passive cooling, adaptive reuse, and phased construction are not applied as sustainability labels; they are the fundamental logic of the project.

The larger lesson is about time. A school founded in 1941 cannot be redesigned in a single gesture. Studio Acis understood that the campus is a living thing that will continue to change, and they designed a master plan robust enough to guide that change without freezing it. The result is architecture that respects what came before, serves what exists now, and leaves room for what comes next. That is a rare combination in any building type. In a school, it is essential.


C.A.H.S. School Ayakkad by Studio Acis. Ayakkad, Palakkad, India. 29,379 sq. ft. on a 2.53-acre site. Completed 2024. Lead Architect: Ar. Rakesh Kakkoth. Design Team: Ar. Suraj S, Ar. Jeswin David. Structural Engineer: Er. Hariharan. Photography by Studio IKSHA.


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