Intervention at a Former Church: San Francisco de Borja

Reimagining Ruins for the Bienal de Arquitectura y Urbanismo de Chile Installed within the skeletal remains of the San Francisco de Borja Church, this intervention by Iván Bravo and BARO transforms the void left by a destructive fire into a vibrant exhibition space for the XXIII Bienal de Arquitectura y Urbanismo de Chile. The project eschews traditional restoration in favor of a temporary system that redefines how the biennale interacts with the historic structure. The design introduces three primary elements: a horizontal bar traversing the church to support two-dimensional exhibits, three pavilions within the nave for models and publications, and an exterior stage engaging the surrounding public space. These components form a coherent spatial framework, allowing the ruin to function without altering its inherent character. Material and constructive continuity link the new interventions with the existing structure. Galvanized steel profiles, typically used in secondary constructions, are assembled with visible joints, maintaining a lightweight and legible presence. This approach turns the act of construction into a reflective experience. Inside the nave, the pavilions disrupt the original longitudinal axis, introducing diagonal pathways and multiple crossings, thus creating a more open and dynamic circulation. The transversal bar extends beyond the church's boundaries, connecting the installation with San Borja Park and the broader urban context. Suspended curtains add an ephemeral quality, moving with air and light, softening the interior and introducing a dynamic spatial atmosphere. Through these thoughtful interventions, the project treats the ruin as a living framework, preserving its spatial and material essence while providing the necessary support for the biennale.

Design Highlights

Horizontal bar supporting two-dimensional exhibitions Three pavilions within the nave for models and publications Exterior stage engaging with public space Use of galvanized steel for lightweight, visible construction Diagonal pathways creating dynamic circulation Curtains adding an ephemeral, atmospheric layer

Key Facts