Housing Infill in Argentina

Regenerative and flexible urban densification

Housing Infill in Argentina

Regenerative and flexible urban densification

  • Awards Acknowledgement prize 2020–2021 Latin America
In a city where the gaps between buildings mirror the gaps in housing access, this project offers more than shelter—it offers dignity, adaptability, and community.

By Tomás Quaglia, Agustin Berzero, Emilia Darricades, Maximiliano Torchio, Valeria Jaros - Architect, Cordoba, Argentina

Designed to breathe new life into overlooked urban pockets, Housing Infill in Argentina reimagines the smallest of spaces as catalysts for regeneration. The proposal is grounded in the belief that even modest interventions, when thoughtfully designed, can transform neighbourhoods and improve lives. It speaks to a future where urban density is not a burden, but an opportunity for smarter, more inclusive growth.

Housing Infill in Argentina

Project authors

  • Housing Infill in Argentina
    Tomás Quaglia

    Architect

    Argentina

  • Housing Infill in Argentina
    Agustin Berzero

    Architect

    Argentina

  • Housing Infill in Argentina
    Emilia Darricades

    Architect

    Argentina

  • Housing Infill in Argentina
    Maximiliano Torchio

    Architect

    Argentina

  • Housing Infill in Argentina
    Valeria Jaros

    Architect

    Argentina

Project Summary

Modular Solutions for Densifying Córdoba

This flexible housing concept proposes a compact, modular construction system designed to address the growing demand for affordable urban housing in areas where land is both scarce and costly—particularly in central Córdoba, Argentina. Starting at 64m² and expandable up to 128m² across four development stages, the design provides a practical and scalable model for increasing density on small, underutilised plots.

The housing units are conceived with adaptability at their core. By intentionally avoiding rigid spatial hierarchies, the layout accommodates a wide range of users and life stages—from single occupants to multigenerational families. Its modularity also enables it to adapt to various urban morphologies, offering a solution that is context-sensitive, replicable, and suitable for fragmented city centres throughout Latin America.

Housing Infill in Argentina

A House for the Compact City: A housing prototype must be based on achieving a more sustainable urban development, since every architectural proposal designs the city. The contemporary inhabitant is essentially urban, it is not a typical user or family, it rather requires a flexible and changing habitat that adapts.

Design and Environmental Strategy

Beyond its spatial efficiency, the project exemplifies sustainable urban design. The final configuration of each unit incorporates a suite of passive and active environmental strategies. These include solar panels, rainwater harvesting systems, a green roof, and enhanced thermal comfort features—all aimed at reducing energy demand and operating costs.

Timber is used as the primary construction material, chosen not only for its renewable nature but also for its low embodied carbon, contributing to a minimal construction footprint. These integrated environmental features complement the project's infill strategy, allowing it to densify existing urban areas with minimal impact on the land—an increasingly urgent challenge in sustainable city-building.

Housing Infill in Argentina

Back façade view.

Recognition and Relevance

The Holcim Awards jury enthusiastically endorsed the project for its intelligent contribution to urban regeneration in Córdoba. It was particularly praised for its strategic focus on fragmented, difficult-to-develop parcels in historic city centres—sites often overlooked in conventional planning.

In a region where informal sprawl often dominates urban expansion, this project offers a hopeful counterpoint: a dignified, climate-conscious, and community-oriented approach to densification. It demonstrates how thoughtful design can do more than meet immediate housing needs—it can inspire systemic change and serve as a blueprint for sustainable development in similar contexts across Latin America.

Jury Appraisal

Although infill development is not a novel strategy for urban growth, the Holcim Awards jury in Latin America was particularly impressed by the sustainable features of this project, which make it a groundbreaking proposal in the Argentine context. The building’s bioclimatic strategies are thoughtfully integrated, and the use of wood was seen as both bold and appealing. The flexible and intelligent internal layout allows the prototype to adapt to diverse life dynamics—another key strength. Overall, the jury unanimously recognised the project’s potential to offer, particularly for families, a compelling new model for repopulating the urban core.

Project updates

Statements on Sustainability

  • To achieve sustainable urban development it is necessary to promote a dense and compact urban fabric. The main problem for the development of single-family homes is the scarcity and high cost of land. Therefore, it is essential to reduce land use through compact constructions. The proposal is committed to the consolidation and regeneration of the existing urban fabric, achieving more appropriate urban density.

    This way, it takes advantage of the proximity to urban centers with its opportunities, achieving a better quality of life.

  • Our proposal is a prototype systematized in modules, with the possibility of internal growth. This means, it understands the need for growth by providing the structural module to contain it. The layout allows a high degree of adaptability and occupies a small area, enabling both its capacity to adapt to different lots and its wide range of possible units. A housing proposal is presented, but it is actually a reflection about a modular system that allows the development of economic housing with spatial and material quality, contributing to sustainable urban development.

  • The module of 3.90m has a perimeter of services, releasing a continuous space towards the interior. That way, the facade becomes “thick'' and acts as a functional and climatic filter between interior space and the city. The different spaces do not have a strong spatial hierarchy; they become an open and flexible system that allows continuity and freedom of use. In this way the project understands the variable nature of the required program: families change, grow and add new members, and have new spatial needs.

  • Passive systems: Generation of its own ecosystem. The house breathes, separates from the ground and the open spaces are arranged to allow cross ventilation. Also, it uses the vegetation both on landscaped roofs and on side and upper skins.

    Active systems: Rainwater and gray water collection and reuse systems, solar collectors for hot water are also incorporated.

    Material: It is developed mostly in wood, a renewable natural resource, highly recyclable and that can be extracted with simple and low-cost processes, with low energy demand in the production, transportation, and assembly process.

    Urban location: A housing prototype must contribute to a more sustainable urban development. Urban density reduces the need for the use of the private vehicle and other infrastructures.