Studio Frozen Music Replaces a Generic Nashik Tower with a Stepped Brick and Concrete Housing BlockStudio Frozen Music Replaces a Generic Nashik Tower with a Stepped Brick and Concrete Housing Block

Studio Frozen Music Replaces a Generic Nashik Tower with a Stepped Brick and Concrete Housing Block

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The original brief for this plot in Nashik's Badade Nagar neighborhood called for a standard 10-to-11-story tower: four mid-size apartments per floor, a commercial plinth, the usual maximized FSI play. Studio Frozen Music, led by Mahesh Deepak Shirke, refused the template. What they built instead is a 53,000-square-foot housing block that breaks the massing into staggered volumes, wraps them in perforated terracotta brick screens, and carves out an interior courtyard that brings air, light, and social life into the section.

The result is a building that reads less like a speculative apartment tower and more like a piece of inhabited topography. Concrete floor slabs project and recede at alternating levels, creating deep terraces that shade the units below. Brick jalis filter western sun and street noise without sealing residents off from the city. It is housing that argues for density without uniformity, and for economy without indifference.

A Facade That Breathes

Multistory residential facade with concrete balconies and terracotta brick screens under a cloudy sky
Multistory residential facade with concrete balconies and terracotta brick screens under a cloudy sky
Facade elevation showing alternating concrete frames with perforated brick screens and recessed balconies
Facade elevation showing alternating concrete frames with perforated brick screens and recessed balconies
Flat frontal view of the gridded facade with terracotta brick screens and horizontal concrete bands
Flat frontal view of the gridded facade with terracotta brick screens and horizontal concrete bands

The most striking thing about the Badade Nagar facade is its layered depth. Concrete frames establish a primary grid, but within each bay the perforated brick screens sit at different planes, creating a moiré-like effect as you move past the building. The terracotta brick is not decoration applied over structure; it is a working element, filtering light and ventilation into living spaces while giving the facade a warm, granular texture that ages well in Nashik's hot-dry climate.

Horizontally, the composition alternates between solid concrete bands and the lighter, porous brick panels. The rhythm prevents monotony without relying on gimmicks. From a distance the building reads as a unified mass; up close it reveals a rich catalog of shadow, perforation, and material grain.

Staggered Terraces and Deep Recesses

Staggered concrete balconies with exposed brick infill and residents visible in the window openings
Staggered concrete balconies with exposed brick infill and residents visible in the window openings
Stepped concrete balconies with brick screening and residents visible on one of the terraces
Stepped concrete balconies with brick screening and residents visible on one of the terraces
Offset concrete balconies with residents occupying the outdoor spaces at different levels
Offset concrete balconies with residents occupying the outdoor spaces at different levels

Rather than stacking identical balconies in a flat plane, the architects offset the concrete slabs so that each terrace oversails the one below. The effect is twofold. First, it creates generous shading for every level, cutting solar gain without mechanical intervention. Second, it gives each apartment a distinct spatial address. Residents occupy these outdoor rooms visibly, leaning on railings, sitting with morning coffee. The stagger makes the building feel inhabited and specific rather than anonymous.

The deep recesses also do structural work. The cantilevered slabs, built in reinforced cement concrete by contractors Vijay Sonavane and Ravi Jagtap, distribute lateral loads across the stepped profile. Structure and climate strategy overlap here in a way that keeps the section honest.

The Interior Courtyard

Interior courtyard with terracotta brick wall, skylight opening, and residents seated on benches below
Interior courtyard with terracotta brick wall, skylight opening, and residents seated on benches below
Black and white view of the interior courtyard with stacked balconies and a figure standing on one level
Black and white view of the interior courtyard with stacked balconies and a figure standing on one level

At the heart of the plan sits a courtyard that runs the full height of the building. Open at the top to a skylight slot, it pulls daylight down into the circulation core and the lower floors. Terracotta brick lines the courtyard walls, continuing the material palette from the exterior and giving the interior void a warm, ochre tone. Benches at ground level turn the space into an informal gathering spot, something rare in Nashik apartment buildings of this scale.

The courtyard also functions as a thermal chimney. Hot air rises and exits through the skylight opening, drawing cooler air through the apartments at the lower levels. It is a passive strategy rooted in the region's traditional residential architecture, scaled up here to serve a multi-story block.

Corner Conditions and Structural Expression

Corner detail of stacked concrete balconies with deep recesses and a resident in the window
Corner detail of stacked concrete balconies with deep recesses and a resident in the window
Corner detail of the concrete floor slabs with perforated brick screens set between structural columns
Corner detail of the concrete floor slabs with perforated brick screens set between structural columns
Angled view of the intersecting concrete slab edges and perforated brick screen panels
Angled view of the intersecting concrete slab edges and perforated brick screen panels

The corners of the building deserve close attention. Where the concrete slabs meet at right angles, the architects expose the raw slab edges and let the brick screens terminate cleanly against the column lines. There is no attempt to wrap the corners with a continuous skin; instead, the intersection of horizontal slab and vertical screen is celebrated as a joint. The structural grid, engineered by Sanjeev Patel of Reliable Consultants, is legible on the exterior. You can read the column spacing, the slab depth, and the infill hierarchy at a glance.

This frankness gives the building a tectonic clarity that many mid-rise apartments lack. The perforated brick panels sit between columns like curtains hung in a concrete frame, and the metaphor is apt: they are light, removable in principle, and subordinate to the primary structure.

Life on the Balconies

Concrete balconies with metal railings and exposed brick walls where a resident in red stands looking out
Concrete balconies with metal railings and exposed brick walls where a resident in red stands looking out
Stacked concrete balconies with terracotta brick panels where one resident leans on a railing
Stacked concrete balconies with terracotta brick panels where one resident leans on a railing
Stacked concrete balconies with deep recesses and a resident visible in one window opening
Stacked concrete balconies with deep recesses and a resident visible in one window opening

The photographs by Hemant Patil consistently show residents occupying the balconies: a figure in a red shirt looking out, another leaning on a railing, a third seated on the terrace. This is not staged atmosphere. It is evidence that the building's outdoor spaces actually work. The deep overhangs protect from monsoon rain and summer sun alike, while the brick screens provide enough visual privacy that residents feel comfortable using the terraces as extensions of their living rooms.

In a housing market that routinely treats balconies as afterthoughts, narrow ledges appended to maximize saleable carpet area, these terraces are generous. They are the building's primary amenity, and the architects sized them accordingly.

Looking Up

Upward view of the stacked concrete balconies with recessed openings framed by overhanging tree branches
Upward view of the stacked concrete balconies with recessed openings framed by overhanging tree branches
Ground-up view of the stepped concrete facade with deep balconies under a bright blue sky
Ground-up view of the stepped concrete facade with deep balconies under a bright blue sky
Facade detail of concrete frame with perforated terracotta brick screens and recessed balconies
Facade detail of concrete frame with perforated terracotta brick screens and recessed balconies

Seen from below, the building reveals its vertical logic most clearly. The stepped slabs create a sawtooth silhouette against the sky, and the underside of each cantilever is left in raw concrete, its formwork texture visible. Tree branches from the street edge into the frame, a reminder that the building sits in a neighborhood, not an abstract site. The upward views also show how the brick screens modulate in density: tighter perforations face the hotter orientations, looser ones face north.

Plans and Drawings

Ground floor plan drawing showing two L-shaped volumes connected by a central stairwell with adjacent street trees
Ground floor plan drawing showing two L-shaped volumes connected by a central stairwell with adjacent street trees
Residential floor plan drawing with alternate terraces showing symmetrical arrangement of units around central circulation core
Residential floor plan drawing with alternate terraces showing symmetrical arrangement of units around central circulation core
Residential floor plan drawing without alternate terraces showing symmetrical arrangement of units around central circulation core
Residential floor plan drawing without alternate terraces showing symmetrical arrangement of units around central circulation core
East elevation drawing of a multi-story residential building with a single tree at ground level
East elevation drawing of a multi-story residential building with a single tree at ground level
North elevation drawing of a multi-story residential building on sloping terrain with a single tree
North elevation drawing of a multi-story residential building on sloping terrain with a single tree
South elevation drawing of a multi-story residential building with offset massing and a single tree
South elevation drawing of a multi-story residential building with offset massing and a single tree
Elevation drawing of a multi-story residential building with balconies and a planted tree to the left
Elevation drawing of a multi-story residential building with balconies and a planted tree to the left
Section drawing showing floor levels and a central circulation core with figures indicating scale
Section drawing showing floor levels and a central circulation core with figures indicating scale
Section drawing revealing curved balconies on the left and rectangular units on the right side
Section drawing revealing curved balconies on the left and rectangular units on the right side

The ground floor plan shows two L-shaped volumes connected by a central stairwell, creating the courtyard void between them. Street trees line the adjacent road edge. Upper floor plans reveal a symmetrical arrangement of units around the circulation core, with alternate floors receiving terraces that shift position, generating the staggered facade. The elevations confirm the careful calibration of solid and void: east, north, and south faces each respond differently to solar orientation, with the brick screen density and balcony depth adjusted accordingly.

The sections are the most revealing drawings. They show the courtyard's full height, the curved balcony profiles on one side and the rectangular units on the other, and the way the central circulation core threads through the building as a vertical spine. The scale figures make clear just how deep the terraces are: generous enough to furnish, not merely to stand on.

Why This Project Matters

Indian cities are growing fast, and the default response is the repetitive tower on a podium: glass, aluminum composite, and air conditioning. The Badade Nagar apartments offer a counterargument grounded in material economy and climate logic. Mangalore tiles, Apollo steel, locally sourced brick, and straightforward RCC construction keep costs in line with the market while delivering spatial quality that the market rarely bothers to pursue. The building proves that density can be achieved without resorting to the floor-plate monoculture that dominates Nashik's skyline.

More broadly, Studio Frozen Music demonstrates that the mid-rise apartment block, the most common building type in India's Tier 2 cities, can be a site of serious architectural invention. The staggered terraces, the courtyard section, the brick jalis: none of these moves are novel in isolation, but their synthesis here produces a building that is legible, livable, and quietly ambitious. It is the kind of work that shifts expectations for what everyday housing can be.


Housing Apartment at Badade Nagar by Studio Frozen Music, led by Mahesh Deepak Shirke. Nashik, India. 53,000 sq ft. Completed 2022. Photography by Hemant Patil.


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