Using locally sourced bamboo and weathered Corten steel, this microhome exemplifies sustainable design principles while promoting communal living in Bali’s tropical climate.
5 key facts about this project
01
Constructed primarily from locally sourced bamboo, enhancing structural integrity and sustainability.
02
Corten steel elements provide durability while integrating visually with the tropical environment.
03
Modular living spaces optimize functionality and adaptability for diverse resident needs.
04
Natural ventilation and light are maximized through a bent A-frame design and operable skylights.
05
Community decks encourage social interaction and cultural exchange among residents and visitors.
General keywords
Project specific keywords
The Giving Tree Microhome project, located in Bali, Indonesia, emphasizes sustainable living through a fundamentally ecological architectural approach. This microhome serves both as a residence and a model for responsible tourism. Designed to interact seamlessly with its natural environment, the project addresses significant challenges related to ecological conservation while providing functional housing solutions for modern lifestyles.
The architectural design of the microhome integrates traditional Balinese philosophies, particularly the notion of harmony between humanity, nature, and spiritual well-being. By employing an eco-centric framework, this project aims to create a living space that minimizes environmental impact while enhancing community engagement through shared spaces. The elevated structure allows for natural airflow and rainwater management, making the design resilient to the tropical climate of Bali.
Innovative Use of Materials
A distinctive feature of the Giving Tree Microhome is its thoughtful selection of materials. The primary material, bamboo, is utilized not only for its rapid growth and renewability but also for its structural integrity. Corten steel adds durability to the framework while providing a contemporary aesthetic. The use of recycled plastics in tiles and decor demonstrates a commitment to sustainability and raises awareness about waste management. Additionally, the incorporation of the Kingspan Garainta Li-Lo System for water management showcases a practical approach to resource conservation. This combination of materials enhances the overall functionality and sustainability of the project.
Flexible Living Spaces
The interior layout of the microhome exhibits a flexible design approach that caters to different needs. Movable walls create modular spaces, allowing residents to reconfigure areas for various functions, such as living, cooking, and socializing. The design also integrates operable skylights that invite natural light and airflow, fostering a bright and airy atmosphere. A dedicated reading nook further emphasizes comfort and relaxation, enhancing the quality of life for inhabitants.
The design also encourages communal living, with shared decks and gathering spaces that promote social interaction among residents and visitors. This community-centric feature reinforces the goal of creating a space that is not merely individual housing but also a vibrant hub for cultural exchange and ecological education.
The Giving Tree Microhome project exemplifies a comprehensive and practical approach to architecture that addresses both contemporary living needs and environmental responsibility. For those interested in learning more about the architectural plans, sections, and unique design ideas that shape this project, a detailed exploration of the presentation is encouraged. Considering aspects such as architectural designs and architectural concepts will provide valuable insights into this thoughtfully crafted microhome.
The architectural design of the microhome integrates traditional Balinese philosophies, particularly the notion of harmony between humanity, nature, and spiritual well-being. By employing an eco-centric framework, this project aims to create a living space that minimizes environmental impact while enhancing community engagement through shared spaces. The elevated structure allows for natural airflow and rainwater management, making the design resilient to the tropical climate of Bali.
Innovative Use of Materials
A distinctive feature of the Giving Tree Microhome is its thoughtful selection of materials. The primary material, bamboo, is utilized not only for its rapid growth and renewability but also for its structural integrity. Corten steel adds durability to the framework while providing a contemporary aesthetic. The use of recycled plastics in tiles and decor demonstrates a commitment to sustainability and raises awareness about waste management. Additionally, the incorporation of the Kingspan Garainta Li-Lo System for water management showcases a practical approach to resource conservation. This combination of materials enhances the overall functionality and sustainability of the project.
Flexible Living Spaces
The interior layout of the microhome exhibits a flexible design approach that caters to different needs. Movable walls create modular spaces, allowing residents to reconfigure areas for various functions, such as living, cooking, and socializing. The design also integrates operable skylights that invite natural light and airflow, fostering a bright and airy atmosphere. A dedicated reading nook further emphasizes comfort and relaxation, enhancing the quality of life for inhabitants.
The design also encourages communal living, with shared decks and gathering spaces that promote social interaction among residents and visitors. This community-centric feature reinforces the goal of creating a space that is not merely individual housing but also a vibrant hub for cultural exchange and ecological education.
The Giving Tree Microhome project exemplifies a comprehensive and practical approach to architecture that addresses both contemporary living needs and environmental responsibility. For those interested in learning more about the architectural plans, sections, and unique design ideas that shape this project, a detailed exploration of the presentation is encouraged. Considering aspects such as architectural designs and architectural concepts will provide valuable insights into this thoughtfully crafted microhome.
