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Savasa
Savasa
Bekasi Regency, West Java, Indonesia
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Savasa
Bekasi Regency, West Java, Indonesia
As urbanization continues to reshape Indonesia's residential landscape, architects are increasingly challenged to create homes that maximize limited land while remaining adaptable to changing family structures and environmental conditions. Commissioned in 2018 by Japanese developer Panahome, Savasa explores how compact residential architecture can balance spatial efficiency, passive environmental performance, and industrialized construction within the context of tropical living.
Designed by INSADA Integrated Design Team, the development consists of two compact house typologies. The first occupies a 6 × 11 meter plot with a total built area of 62 square meters, while the second sits on a 7 × 12 meter plot with 72 square meters of built area. Both are arranged over two storeys and were conceived around a common objective: delivering homes that feel generous despite their modest footprint.
Rather than maximizing built area, the project prioritizes the quality and flexibility of space. The ground floor combines the living, dining, and kitchen areas into a continuous open-plan environment that encourages family interaction while enhancing natural light and visual openness. Circulation is carefully compressed, allowing an efficient staircase to incorporate a powder room beneath it and eliminating redundant space. Upstairs, the two housing types provide either two or three bedrooms, accommodating different household configurations without altering the project's overall architectural language.
The project responds directly to Indonesia's tropical climate through passive environmental strategies embedded within the architecture itself. Cross ventilation is established by connecting the primary living spaces to both the front and rear gardens, allowing natural airflow to pass through the interior. This simple planning decision reduces dependence on mechanical cooling while improving everyday thermal comfort.
Environmental performance extends to the roof, where contemporary Japanese-inspired geometry serves more than an aesthetic purpose. Concealed ventilation slots introduce cooler outside air into the roof cavity, encouraging continuous airflow above the ceiling while allowing accumulated heat to escape naturally. By reducing heat transfer into the upper floor, the roof becomes an active component of the building's environmental performance rather than merely its enclosure. The project's integration of passive cooling strategies contributed to its recognition at the Green Property Award for sustainable residential design.
The design also acknowledges the evolving nature of Indonesian family life. Market research identified a recurring demand for homes capable of expanding as households change, particularly within multi-generational living arrangements. Rather than treating future extensions as ad hoc additions, both house typologies reserve sufficient rear yard space to accommodate an additional bedroom or living area when required. This "growing house" strategy enables the architecture to evolve over time while maintaining the integrity of its original planning principles.
Alongside its architectural ambitions, Savasa also investigated more efficient methods of residential construction. The client requested a cast-on-site precast system in which structural elements and wall assemblies function as a standardized kit of parts. Designing within the dimensional and lifting limitations of precast components required close coordination between architecture and engineering, with the objective of minimizing panel variations while preserving flexibility for future expansion. The resulting modular system improves construction efficiency without constraining the adaptability that defines the project.
Savasa demonstrates that compact housing can achieve far more than density alone. By integrating spatial efficiency, passive environmental design, modular construction, and long-term adaptability into a unified architectural response, the project proposes an alternative model for contemporary housing in Indonesia—one that recognizes sustainability not as an added feature, but as an outcome of careful planning, thoughtful engineering, and an understanding of how homes continue to evolve alongside the families who inhabit them.
Designed by INSADA Integrated Design Team, the development consists of two compact house typologies. The first occupies a 6 × 11 meter plot with a total built area of 62 square meters, while the second sits on a 7 × 12 meter plot with 72 square meters of built area. Both are arranged over two storeys and were conceived around a common objective: delivering homes that feel generous despite their modest footprint.
Rather than maximizing built area, the project prioritizes the quality and flexibility of space. The ground floor combines the living, dining, and kitchen areas into a continuous open-plan environment that encourages family interaction while enhancing natural light and visual openness. Circulation is carefully compressed, allowing an efficient staircase to incorporate a powder room beneath it and eliminating redundant space. Upstairs, the two housing types provide either two or three bedrooms, accommodating different household configurations without altering the project's overall architectural language.
The project responds directly to Indonesia's tropical climate through passive environmental strategies embedded within the architecture itself. Cross ventilation is established by connecting the primary living spaces to both the front and rear gardens, allowing natural airflow to pass through the interior. This simple planning decision reduces dependence on mechanical cooling while improving everyday thermal comfort.
Environmental performance extends to the roof, where contemporary Japanese-inspired geometry serves more than an aesthetic purpose. Concealed ventilation slots introduce cooler outside air into the roof cavity, encouraging continuous airflow above the ceiling while allowing accumulated heat to escape naturally. By reducing heat transfer into the upper floor, the roof becomes an active component of the building's environmental performance rather than merely its enclosure. The project's integration of passive cooling strategies contributed to its recognition at the Green Property Award for sustainable residential design.
The design also acknowledges the evolving nature of Indonesian family life. Market research identified a recurring demand for homes capable of expanding as households change, particularly within multi-generational living arrangements. Rather than treating future extensions as ad hoc additions, both house typologies reserve sufficient rear yard space to accommodate an additional bedroom or living area when required. This "growing house" strategy enables the architecture to evolve over time while maintaining the integrity of its original planning principles.
Alongside its architectural ambitions, Savasa also investigated more efficient methods of residential construction. The client requested a cast-on-site precast system in which structural elements and wall assemblies function as a standardized kit of parts. Designing within the dimensional and lifting limitations of precast components required close coordination between architecture and engineering, with the objective of minimizing panel variations while preserving flexibility for future expansion. The resulting modular system improves construction efficiency without constraining the adaptability that defines the project.
Savasa demonstrates that compact housing can achieve far more than density alone. By integrating spatial efficiency, passive environmental design, modular construction, and long-term adaptability into a unified architectural response, the project proposes an alternative model for contemporary housing in Indonesia—one that recognizes sustainability not as an added feature, but as an outcome of careful planning, thoughtful engineering, and an understanding of how homes continue to evolve alongside the families who inhabit them.
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