Reinforced concrete footings and modular polycarbonate panels define a disaster-resilient structure designed to provide flexible living spaces for families in Chiriquí, Panama.
5 key facts about this project
01
Reinforced concrete footings provide enhanced stability in a volcanic region.
02
Modular polycarbonate panels allow for flexible room configurations.
03
Pressure-treated lumber framing improves durability in humid conditions.
04
Design prioritizes natural ventilation to optimize indoor climate.
05
Adaptable layout supports various functions, from living to working.
General keywords
CUBE A is an architectural design project located in Chiriquí, Panama, characterized by its focus on creating a multifunctional dwelling. The project addresses contemporary housing needs, particularly for families affected by natural disasters. It emphasizes resilience and adaptability in response to environmental challenges.
The design features a modular approach that allows for various configurations depending on user requirements, promoting a versatile living experience. This architecture seeks to combine efficiency with practicality, providing spaces that can serve multiple purposes throughout the day.
Unique Modular Design
A significant aspect of CUBE A is its modularity. The design includes different layouts that cater to distinct activities, with configurations labeled A through H. This adaptability allows the structure to function effectively as a home, workspace, and community gathering area. The emphasis on fluidity in space allocation suits the varied lifestyle needs of its inhabitants. By integrating indoor and outdoor areas seamlessly, the design encourages interaction with the natural surroundings, which is crucial for areas that experience seasonal weather changes.
Material Selection and Sustainability
The materials utilized in CUBE A reflect both functional and aesthetic considerations. Key materials include reinforced concrete for structural integrity, painted medium density fiberboard (MDF) for wall finishes, and pressure-treated lumber for framing. Additionally, metal cladding and polycarbonate sheets contribute to the durability and weather resistance of the structure. The double insulation used throughout enhances thermal performance, which is essential for energy efficiency in the humid tropical climate of Chiriquí.
This project also prioritizes sustainability through resource-efficient construction methods and the use of environmentally conscious materials. The design focuses on passive solar strategies that optimize natural ventilation and light, demonstrating an awareness of the specific climatic conditions of the region.
To explore detailed architectural plans, sections, and designs that elucidate the innovative ideas embodied in CUBE A, readers are encouraged to review the project presentation. Insights into the interplay between architectural elements and their functional roles can enhance understanding of this thoughtful architectural endeavor.
The design features a modular approach that allows for various configurations depending on user requirements, promoting a versatile living experience. This architecture seeks to combine efficiency with practicality, providing spaces that can serve multiple purposes throughout the day.
Unique Modular Design
A significant aspect of CUBE A is its modularity. The design includes different layouts that cater to distinct activities, with configurations labeled A through H. This adaptability allows the structure to function effectively as a home, workspace, and community gathering area. The emphasis on fluidity in space allocation suits the varied lifestyle needs of its inhabitants. By integrating indoor and outdoor areas seamlessly, the design encourages interaction with the natural surroundings, which is crucial for areas that experience seasonal weather changes.
Material Selection and Sustainability
The materials utilized in CUBE A reflect both functional and aesthetic considerations. Key materials include reinforced concrete for structural integrity, painted medium density fiberboard (MDF) for wall finishes, and pressure-treated lumber for framing. Additionally, metal cladding and polycarbonate sheets contribute to the durability and weather resistance of the structure. The double insulation used throughout enhances thermal performance, which is essential for energy efficiency in the humid tropical climate of Chiriquí.
This project also prioritizes sustainability through resource-efficient construction methods and the use of environmentally conscious materials. The design focuses on passive solar strategies that optimize natural ventilation and light, demonstrating an awareness of the specific climatic conditions of the region.
To explore detailed architectural plans, sections, and designs that elucidate the innovative ideas embodied in CUBE A, readers are encouraged to review the project presentation. Insights into the interplay between architectural elements and their functional roles can enhance understanding of this thoughtful architectural endeavor.
