Innovation and sustainability in social housing

This pioneering project redefines social housing through wood industrialization.

Designed to optimise energy efficiency and thermal comfort, it combines technology and urban design in a sustainable solution.

Located in Lo Espejo, the building maximizes the use of space through a modular typology that improves the quality of life. The strategic distribution of circulations and green areas promotes community and safety.

Location:

CHILE, Metropolitan Region, South America

Year:

2024

Surface:

4,124.42 m² - 4,439,488.74 ft²

Customers:

METROPOLITAN SERVICE

State:

Finished

Nominations:

First place in the competition stage

Destiny:

Public Housing

Tendency:

Industrialization, Carbon Footprint Reduction, Accessible and Diverse Housing

Architecture Team:

Archiplan

Project Leader:

Pabla Ortúzar

Architects::

Pabla Ortúzar, Eduardo Rivas, Daniel Pinilla, Álvaro Diéguez, César Goldsmith, Rafael Osorio, Solange Moreno, Humberto Ramírez

Constructor:

VIVE Construction Company

Calculation::

Mario Yáñez, Tecno Fast

Industrializer:

Tecno Fast

Photography:

Daniel Pinilla

MODULAR DESIGN

The modular arrangement allows for the optimization of manufacturing and assembly, ensuring efficiency in costs and construction times.

Each department integrates two differentiated modules, separating wet and dry areas to maximize functionality and distribution.

Design

The building is located to the north, freeing up a central green area with palm trees and improving the organization of the urban space.

Sustainability

The use of industrialized wood reduces the carbon footprint and optimizes thermal comfort with minimal environmental impact.

Innovation

Prefabricated modules allow for fast and efficient construction, reducing costs and execution times.

Habitability

Interior patios and cross ventilations improve natural lighting and quality of life in each apartment.

Structure

The modular design with lightweight timber responds efficiently to seismic demands.

Community

The project promotes community life with open spaces and circulations designed for collective use.

ENVIRONMENTAL IMPACT

The project significantly reduces the carbon footprint through the use of renewable materials and sustainable construction processes.

The wood used is carbon negative and offers superior thermal performance, reducing the building's energy demand.

Total surface area
4000 m2
Built Levels
0 floors
Housing units
0 Apartments
Construction Time
0 months

URBAN INTEGRATION

The site respects and enhances the environment, incorporating existing green areas and improving pedestrian and vehicular connectivity.

The design strengthens the neighborhood identity, generating a dynamic façade that enriches the urban image and the public space.

CONSTRUCTIVE INNOVATION

The industrialized manufacturing process optimizes resources and reduces waste, achieving an efficient and scalable housing solution.

The modular assembly accelerates construction times and allows the model to be replicated in future housing developments.

QUALITY OF LIFE

The design maximizes natural lighting and ventilation, creating comfortable and healthy interior spaces for its residents.

The intermediate courtyards encourage social interaction and the continuous use of the common spaces within the housing complex.

This project demonstrates that wood industrialization is an efficient and sustainable solution for social housing.


Through innovation and design, ARCHIPLAN proposes a replicable model that improves the quality of life and the urban fabric.

SOCIAL HOUSING OF THE FUTURE: SUSTAINABLE, MODULAR AND EFFICIENT

We transform ideas into exceptional experiences for our clients

"This isn't the end of the road. It is the beginning of a new chapter. Today, we are receiving not only housing but also the opportunity to build a better world. Let's continue this journey together. Decent housing is a right, not a privilege, and your efforts have shown that dreams do come true.”

President of the San José Obrero Committee - Edith Carranza