Chilean Architecture

The Latin American Architecture Biennial (BAL), which has gained significant relevance in the contemporary architectural scene, will celebrate its ninth edition next year. This meeting gathers emerging Latin American architecture studios in Pamplona, Spain, to share their work, fostering dialogue and debate about the current state of the discipline, as well as acting as a bridge between the Latin American continent and the Spanish context. In this edition, Costa Rica will be the guest country, accompanied by Honduras, El Salvador, Panama, Guatemala, and Nicaragua. As part of this invitation, there will be an exhibition and specific seminars dedicated to analyzing the situation of architecture in these countries.

From November 20 to 23, São Paulo hosted the IV International Seminar on Favela Urbanization, bringing together discussions that bridged theory and practice to address interventions in these territories. Centered on Brazil’s realities, the seminar shed light on the political challenges and the struggle to recognize the potential of peripheral spaces. It also highlighted a shared issue across Latin America: the need for adequate funding to support transformative actions and the legitimization of these territories. Within this framework, the article underscores the critical role of high-quality public facilities in favelas and peripheral neighborhoods. These spaces not only provide access to opportunities but also foster community bonds, serving as essential hubs for social organization and collective efforts toward building a more inclusive future.

On October 24, 2024, the Rogelio Salmona Latin American Architecture Prize award ceremony took place, honoring works that have significantly created meaningful, open, and collective spaces for the public in the region. During the event, held at the Virgilio Barco Public Library auditorium in Bogotá, Colombia, the winners of this prestigious award were announced. This year marked the fourth cycle, titled "Open Spaces/Collective Spaces," with participation from 47 projects.

For centuries, burial practices across various cultures have connected honoring the deceased to the earth, with cemeteries firmly grounded in the soil as a symbol of eternal peace. Yet, as discussed in one of our articles, No More Room for the Living or the Dead: Exploring the Future for Burials in Asia, land shortages in densely developed urban areas present significant challenges to traditional burial practices, especially as societies like Japan face an aging population. Given these spatial constraints, how can above-ground cemeteries and columbariums be designed to provide a dignified, tranquil resting place while respecting cultural values?

Architecture has long been understood as a powerful tool for shaping the physical environment and social dynamics within it. However, its potential to foster social equity is often overlooked. Empathy-driven design invites architects to approach their work not only as creators of space but as facilitators of human connection and community well-being. This approach centers on understanding people's lived experiences, struggles, and aspirations — particularly marginalized communities — and responding to their needs through thoughtful, inclusive architecture. It goes beyond aesthetics and functionality, instead focusing on creating spaces fostering dignity, accessibility, and social equity. By prioritizing empathy, architects can design environments that uplift communities, address disparities, and create inclusive spaces that promote positive societal change in a tangible, human-centered way.

Latin America's natural landscape is incredibly diverse, featuring everything from majestic mountains to expansive deserts. In this varied geography, many architectural projects are noteworthy for their seamless integration with their surroundings, blending subtly into the landscape. This is accomplished by carefully choosing materials, colors, and shapes that reflect the natural environment.

Spanning over 20 million square kilometers and featuring nearly all the climates of the world, the Latin American region is home to endemic biological wealth and geographical diversity that ranges from some of the most significant rivers in the world to the mountain range of the Andes, the Amazon rainforests, the plains of Patagonia, the coasts of the Caribbean Sea, and more. In light of a collective effort involving local communities and new generations, the construction of installations and structures in these natural environments is aimed not only at meeting functional needs but also at educational, research, and environmental conservation purposes.

The Chile Pavilion, recently revealed by Constructo Architects for Expo Osaka 2025, blends contemporary industrial design and traditional Mapuche textile artistry. Constructed using industrialized wood (CLT) and featuring handwoven textiles, the pavilion emphasizes both innovation and cultural heritage. The structure is designed to be a "nomadic pavilion," easily assembled and disassembled, allowing it to travel from Chile to Japan and back.

Latin American architecture is rich and diverse. This is reflected in the various stones used across different regions over the centuries. These materials highlight the varied geology of Latin America and illustrate how local cultures have adapted their construction methods to natural conditions, resulting in unique and meaningful architecture. In contemporary architecture, stone aligns with sustainability principles due to its durability, low carbon footprint, and local availability. Additionally, stone's aesthetic appeal enhances the creation of timeless spaces that strengthen the connection with nature and the surrounding landscape.

The use of wood in Chilean house construction reflects the utilization of a renewable resource available in the country. Moreover, it can be an extremely sustainable material when produced and processed under certain conditions, as it can have a very low carbon footprint. It is characterized by its warmth, resistance, and durability as a construction system.