Utilizing charred wooden shingles and cross-laminated timber panels, the design creates a flexible micro home that efficiently adapts to diverse living needs while promoting sustainability through innovative material choices.
5 key facts about this project
01
Utilizes charred wooden shingles for enhanced durability and fire resistance.
02
Incorporates cross-laminated timber panels for structural efficiency and sustainability.
03
Features a flexible floor plan that adapts to various living functions.
04
Includes a rainwater collection system for self-sufficiency in water resources.
05
Maximizes natural light with strategically placed sliding glass doors.
General keywords
The Microhome 2021 project represents a practical response to contemporary housing challenges, particularly in densely populated urban areas. This architectural design focuses on creating a compact yet functional living space that addresses the need for versatility and sustainability. The project embodies the principles of modular design, enabling residents to adapt the layout to their specific requirements while optimizing the use of limited space.
A key aspect of the Microhome is its conservation of resources and energy. The design incorporates sustainable materials and systems, such as photovoltaic solar panels and a rainwater collection system, reducing the environmental impact of the dwelling. The architectural layout promotes efficient interactions among various functional areas, facilitating both communal and private experiences within a small footprint.
Innovative Modular Design
The Microhome distinguishes itself from other residential projects through its modular approach and adaptability. Unlike traditional homes, which are often rigid in their design, this project emphasizes flexibility in spatial organization. The use of movable partitions allows for the customization of living and working spaces, making it particularly suitable for individuals or small families looking for a dynamic living environment. This adaptability provides users with the ability to reconfigure spaces based on their needs, a significant advantage in modern urban lifestyles where requirements can change frequently.
Sustainable Materiality and Performance
The material selection in the Microhome emphasizes sustainability without compromising durability or aesthetic appeal. Key materials include engineered wood for structural components and high-performance insulation to enhance energy efficiency. The integration of sliding glass doors fosters a strong connection between indoor and outdoor environments, maximizing natural light and ventilation. The custom-built storage solutions address space constraints while maintaining an uncluttered appearance.
The careful incorporation of architectural systems, such as the photovoltaic panels and rainwater tank, demonstrates a commitment to reducing reliance on external resources. This forward-thinking approach aligns with contemporary architectural ideas surrounding sustainable living, making the Microhome a relevant consideration for future housing developments.
Explore the project presentation for more details, including architectural plans, architectural sections, and architectural designs, to gain deeper insights into the innovative aspects and practical applications of this unique architectural project.
A key aspect of the Microhome is its conservation of resources and energy. The design incorporates sustainable materials and systems, such as photovoltaic solar panels and a rainwater collection system, reducing the environmental impact of the dwelling. The architectural layout promotes efficient interactions among various functional areas, facilitating both communal and private experiences within a small footprint.
Innovative Modular Design
The Microhome distinguishes itself from other residential projects through its modular approach and adaptability. Unlike traditional homes, which are often rigid in their design, this project emphasizes flexibility in spatial organization. The use of movable partitions allows for the customization of living and working spaces, making it particularly suitable for individuals or small families looking for a dynamic living environment. This adaptability provides users with the ability to reconfigure spaces based on their needs, a significant advantage in modern urban lifestyles where requirements can change frequently.
Sustainable Materiality and Performance
The material selection in the Microhome emphasizes sustainability without compromising durability or aesthetic appeal. Key materials include engineered wood for structural components and high-performance insulation to enhance energy efficiency. The integration of sliding glass doors fosters a strong connection between indoor and outdoor environments, maximizing natural light and ventilation. The custom-built storage solutions address space constraints while maintaining an uncluttered appearance.
The careful incorporation of architectural systems, such as the photovoltaic panels and rainwater tank, demonstrates a commitment to reducing reliance on external resources. This forward-thinking approach aligns with contemporary architectural ideas surrounding sustainable living, making the Microhome a relevant consideration for future housing developments.
Explore the project presentation for more details, including architectural plans, architectural sections, and architectural designs, to gain deeper insights into the innovative aspects and practical applications of this unique architectural project.
