GIDC Bunglow

Project Type

Residential

Address

Ankleshwar

Symmetric Strength: A Study in Industrial Proportions and Brick Articulation

GIDC Bungalow stands as a definitive example of Modern Industrial Architecture, designed to command a monumental and balanced presence in the industrial-residential hub of Ankleshwar. The design narrative is built around the concept of “Symmetric Volumetrics,” where the building’s identity is defined by three primary projected frames that create a rhythmic, tiered silhouette. By utilizing a high-contrast palette of cool grey stone finishes and warm, traditional red brick textures, the facade creates a visual dialogue between Ankleshwar’s industrial character and the warmth of a luxury home.

The core philosophy of this project was to explore “Expansive Transparency.” We moved away from standard flat elevations to incorporate deep, recessed balconies in each of the three main frames, providing natural shading while creating a dynamic three-dimensional profile. This approach is capped by a continuous rooftop terrace with geometric railing, acting as a “social crown” for the residence. Every architectural line is intentional, with the central portal acting as a grand entrance that draws the eye upward, while the flanking brick volumes provide a sense of grounded stability and security.

Challenges

The primary challenge for the GIDC Bungalow was “Managing Horizontal Scale.” With such a wide frontage, there was a risk of the building appearing like a flat commercial block. Our task was to use Vertical Framing—specifically the three grey boxes—to “break” the horizon and create vertical interest. We had to ensure that the brickwork was perfectly centered within the frames to maintain the strict symmetry required by the design.

our approach

The design narrative for the GIDC Bungalow is centered on “Symmetric Balance and Material Honesty.” Our approach focused on a “Triad Volume” strategy, where the facade is divided into three distinct segments to break the massive horizontal width of the plot. We utilized a “Subtractive Geometry” technique, carving out deep voids for the central and flanking terraces to ensure the building feels breathable and light despite its wide structural frames.

Technologies & Tools Used

AutoCAD
3D Visualization Software
Material Boards
Residential Space Planning Systems
SketchUp