Suspended above the ground, this residence integrates cross-laminated timber and a hanging garden, creating a sustainable living environment that promotes both ecological mindfulness and community interaction.
5 key facts about this project
01
Suspended structure minimizes land disturbance while incorporating natural landscapes.
02
Hanging garden design encourages self-sufficiency and community sharing of produce.
03
Cross-laminated timber ensures lightweight construction with enhanced structural integrity.
04
Integrated rainwater harvesting system promotes efficient resource management.
05
A bent A-frame design enhances aerodynamics and aesthetic appeal.
General keywords
Project specific keywords
The “Hanging Home” project represents a contemporary solution in residential architecture, designed with an emphasis on sustainability, adaptability, and efficient use of space. The architecture employs a suspended structural approach, minimizing the footprint and promoting a harmonious relationship with the surrounding environment. The project caters to the needs of modern lifestyles, providing a multifunctional home that can adapt to various residential requirements.
The design features a lightweight framework, primarily utilizing cross-laminated timber, complemented by steel tension rods for stability. Extensive use of glass enhances natural light, while concrete elements ensure a solid foundation. The structure emphasizes verticality and integrates a hanging garden, which not only adds aesthetic value but also aligns with the project's sustainable goals.
Sustainability is central to the project's ethos. The design includes systems for rainwater harvesting and recycling, alongside solar panel installations, which support energy self-sufficiency. These features not only serve functional purposes but also engage residents in ecological stewardship, encouraging the cultivation of vegetables within the hanging garden.
Unique Aspects of "Hanging Home"
The project's integration of a hanging garden sets it apart from typical residential designs. This feature allows residents to actively participate in food production, reinforcing community ties and promoting shared resources. Furthermore, the architectural layout prioritizes flexibility, with adaptable spaces that can transition between living, working, and communal functions.
Ventilation plays a critical role in the project’s design, employing cross-ventilation principles to enhance indoor climate control. The use of natural materials throughout the project not only minimizes environmental impact but also fosters a connection between the interiors and nature. This integration of indoor and outdoor spaces is pivotal, as it enriches the occupants' experience and supports well-being.
Sustainable Design Features
The project incorporates advanced water management techniques to ensure efficient resource use. The rainwater harvesting system captures rainfall and repurposes it for household needs, while a three-stage filtration system guarantees water quality. This attention to water conservation aligns with the overarching sustainability objectives of the design.
In summary, the “Hanging Home” project exemplifies a thoughtful approach to residential architecture, prioritizing functionality, sustainability, and community engagement. Its unique architectural features set it apart in a landscape of conventional designs. Readers are encouraged to explore the project presentation further for a comprehensive understanding, including detailed architectural plans, sections, and designs that elaborate on the innovative ideas contained within this architectural endeavor.
The design features a lightweight framework, primarily utilizing cross-laminated timber, complemented by steel tension rods for stability. Extensive use of glass enhances natural light, while concrete elements ensure a solid foundation. The structure emphasizes verticality and integrates a hanging garden, which not only adds aesthetic value but also aligns with the project's sustainable goals.
Sustainability is central to the project's ethos. The design includes systems for rainwater harvesting and recycling, alongside solar panel installations, which support energy self-sufficiency. These features not only serve functional purposes but also engage residents in ecological stewardship, encouraging the cultivation of vegetables within the hanging garden.
Unique Aspects of "Hanging Home"
The project's integration of a hanging garden sets it apart from typical residential designs. This feature allows residents to actively participate in food production, reinforcing community ties and promoting shared resources. Furthermore, the architectural layout prioritizes flexibility, with adaptable spaces that can transition between living, working, and communal functions.
Ventilation plays a critical role in the project’s design, employing cross-ventilation principles to enhance indoor climate control. The use of natural materials throughout the project not only minimizes environmental impact but also fosters a connection between the interiors and nature. This integration of indoor and outdoor spaces is pivotal, as it enriches the occupants' experience and supports well-being.
Sustainable Design Features
The project incorporates advanced water management techniques to ensure efficient resource use. The rainwater harvesting system captures rainfall and repurposes it for household needs, while a three-stage filtration system guarantees water quality. This attention to water conservation aligns with the overarching sustainability objectives of the design.
In summary, the “Hanging Home” project exemplifies a thoughtful approach to residential architecture, prioritizing functionality, sustainability, and community engagement. Its unique architectural features set it apart in a landscape of conventional designs. Readers are encouraged to explore the project presentation further for a comprehensive understanding, including detailed architectural plans, sections, and designs that elaborate on the innovative ideas contained within this architectural endeavor.
