Infinite Dynamic Community: Modular Housing That Grows Like an Urban VillageInfinite Dynamic Community: Modular Housing That Grows Like an Urban Village

Infinite Dynamic Community: Modular Housing That Grows Like an Urban Village

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What if a housing block could grow the way an urban village does: organically, unpredictably, and in direct response to the people who inhabit it? That question sits at the center of this project, which transplants the self-organizing logic of Shenzhen's informal settlements into a designed structural framework. Instead of demolishing the messy vitality of the urban village, the proposal codifies it. A permanent grid of columns and platforms receives modular dwelling units that residents can choose, rearrange, and relocate over time, producing a building that is never quite finished and never quite the same.

Designed by DAI JIAJIA, the project was shortlisted in the Plugin Housing Challenge 2020. Titled "The Free Growth of the Houses in the Urban Village," it addresses the specific conditions of Shenzhen's city villages, dense neighborhoods that have historically evolved outside formal planning controls. The proposal does not reject that evolution; it provides a scaffold for it, balancing private customization with communal infrastructure.

A Structural Grid That Invites Occupation

Axonometric drawing of a modular structural framework with colored dwelling units and scattered trees among surrounding buildings
Axonometric drawing of a modular structural framework with colored dwelling units and scattered trees among surrounding buildings
Section rendering showing multilevel interior courtyard with white structural frame, planted trees, and visitors beneath translucent canopy
Section rendering showing multilevel interior courtyard with white structural frame, planted trees, and visitors beneath translucent canopy

The axonometric drawing reveals the fundamental proposition: a white structural framework, open and regular, into which colored dwelling units slot at various levels. The framework reads like an exoskeleton, providing circulation, structural support, and service connections while leaving the infill entirely to individual choice. Trees are scattered through the structure, occupying voids where units have not yet been placed, reinforcing the sense that the building is a living system with room to breathe.

The section rendering makes the spatial consequence tangible. A multilevel interior courtyard opens up beneath a translucent canopy, letting light filter down to ground-level public space where visitors walk among planted trees. The white frame recedes into a neutral backdrop, allowing the planted courtyards and the inhabited units to carry the visual weight. The result is less a conventional apartment building and more a vertical neighborhood with genuine porosity between inside and outside, private and shared.

Urban Fabric as Design Brief

Site plan drawing showing modular grid layout with colored dwelling blocks, courtyards, and trees within surrounding urban fabric
Site plan drawing showing modular grid layout with colored dwelling blocks, courtyards, and trees within surrounding urban fabric
Section drawing of exposed timber framework with modular dwelling units, planted trees, and people at ground level
Section drawing of exposed timber framework with modular dwelling units, planted trees, and people at ground level

The site plan situates the modular grid within the existing urban fabric of the surrounding neighborhood. Colored dwelling blocks and courtyards sit inside the larger structural footprint, while adjacent buildings press close on all sides. The drawing makes clear that this is not a tabula rasa intervention; the project negotiates its edges carefully, maintaining the grain and density of the city village rather than imposing a superblock. Green courtyards punctuate the layout, creating pockets of communal space that mirror the informal gathering spots found in traditional urban villages.

A sectional drawing strips the scheme back to its exposed timber framework, showing how modular dwelling units attach at different heights and positions. People stand at ground level beneath the open structure, reinforcing the scale: the framework is generous enough to accommodate trees, walkways, and social life between the plugged-in homes. The section also reveals the vertical diversity the system enables. Units can cluster or spread, stack or stagger, producing varied spatial conditions from a single repeated logic.

Ground-Level Activation and the Market Pavilion

Axonometric rendering of modular dwelling units on structural grid with glazed ground-floor market pavilion and palm trees
Axonometric rendering of modular dwelling units on structural grid with glazed ground-floor market pavilion and palm trees

The axonometric rendering focuses on the ground floor, where a glazed market pavilion occupies the base of the structural grid. Palm trees rise through openings in the framework, and modular dwelling units hover above, leaving the street level free for commerce and public life. This decision is critical. By lifting housing off the ground and dedicating the base to shared program, the project reproduces one of the most successful characteristics of Shenzhen's urban villages: the active, mixed-use street. The transparency of the glazed pavilion invites passersby in, blurring the boundary between the community and the broader city.

Residents as Architects: The Mobile Interface

Diagram showing mobile app interface for selecting and relocating modular dwelling units within the structural framework
Diagram showing mobile app interface for selecting and relocating modular dwelling units within the structural framework

Perhaps the most provocative element of the proposal is the mobile application that allows residents to select and relocate their dwelling units within the structural framework. The diagram shows an interface where users browse available positions, choose a unit type, and initiate a move, all from a phone screen. This collapses the distance between occupant and design decision in a way that conventional housing never attempts. It also introduces smart technology as a logistical backbone: automated adjustments enable efficient space reallocation based on temporary demands and user preferences, turning the building into a responsive organism rather than a static object.

The implications extend beyond convenience. If residents can relocate within the framework, the building's social composition shifts continuously. Neighbors change, densities fluctuate, and the community remakes itself season by season. It is a selectable, flexible, and predictable housing model that nonetheless produces unpredictable collective outcomes, much like the urban villages that inspired it.

Why This Project Matters

DAI JIAJIA's proposal refuses the binary that dominates discussions of informal urbanism: preserve the village as-is or demolish it for planned development. Instead, the project extracts the operational logic of the urban village, its incremental growth, its resident agency, its mixed-use ground planes, and houses that logic inside a designed infrastructure. The structural grid is the plan; the dwelling units are the improvisation. That distinction gives the scheme both rigor and freedom.

As cities across Asia and beyond confront the tension between rapid urbanization and housing affordability, frameworks like this one offer a third path. They acknowledge that residents are not passive consumers of space but active producers of it. By providing the scaffold and letting occupation evolve, the Infinite Dynamic Community points toward an architecture that is genuinely unfinished by design, and stronger for it.



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About the Designers

Designer: DAI JIAJIA

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Project credits: The free growth of the houses in the urban village by DAI JIAJIA Plugin Housing Challenge 2020 (uni.xyz).

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