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Compact Urban Housing Design for Dense Cities

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This article covers topics related to Model Making, Educational Building. Smart, sustainable, and family-focused—compact urban housing redefines residential design in high-density city environments.

Smart, sustainable, and family-focused—compact urban housing redefines residential design in high-density city environments.

5 min read·10 reads

UNI Editorial published Blog under Model Making, Educational Building on Apr 14, 2025

As urban population density rises, securing open space has become a challenge. In response, compact urban housing emerges as a crucial architectural solution. The project titled “House for Need, Not for Greed” is situated in one of the most congested areas of Coimbatore, Tamil Nadu, India. Designed by Hindusthan School of Architecture, GODLIN GEORGE G, Dhiliban Bala, and Devil Dayal, this compact home demonstrates how design can accommodate multigenerational families in minimal space while ensuring light, air, and privacy. This project received the People’s Choice Award in the Nano Nest 2020 competition.

Aerial view showing the compact house nestled within a dense urban neighborhood in Coimbatore.

Open-plan living space with visual connectivity and a ceiling net hammock for children.

Site and Design Strategy

Located near Ukkadam, one of the most populated zones in Coimbatore, the design tackles the issue of cramped and uncomfortable living conditions through vertical zoning. The layout includes three distinct levels:

Ground Level: Prioritized for elderly accessibility with parking, kitchen, and living spaces.
First Level: Designed for children with study areas, beds, and play space.
Second Level: Allocated for parents, allowing direct supervision of children’s activities.

This strategic vertical planning ensures that each age group’s needs are addressed while maintaining strong family connectivity.

Climate Response and Material Use

Coimbatore’s solubrious tropical wet-and-dry climate is leveraged with architectural features that enhance natural ventilation. The southern wall incorporates perforations acting as both visual barriers and air vents. It’s treated with photocatalytic Titanium Dioxide, which absorbs smog and improves air quality.

Locally sourced eco-friendly materials account for 95% of the structure, reducing carbon footprint and encouraging sustainable construction practices.

A naturally lit study corner designed for concentration and privacy within minimal space.

Balcony designed with vertical louvres for light control, ventilation, and visual privacy.

Light, Air & Connectivity

Natural light permeates every floor via strategically placed skylights and translucent glass panels. Courtyards and open voids enhance vertical connectivity, enabling stack ventilation and visual access across levels. The layout also promotes emotional well-being by allowing constant visual interaction among family members.

A kid’s hammock on the second floor provides recreational space within limited square footage—a creative answer to the lack of outdoor play areas in dense urban environments.

Architectural Features

Louvres provide privacy, diffuse light, and protect from rain.
Rainwater harvesting is integrated into the roof slab design.
Kinetic gate at the entrance submerges to optimize spatial use.
Stack effect design ensures thermal comfort by facilitating upward air movement.

Yotta in Yocta” is more than a residential unit—it’s a prototype for future-ready compact urban housing. With its emphasis on space optimization, climatic responsiveness, and family interaction, it provides a replicable model for other densely packed cities across India and beyond.