Elevated wooden platforms and mycelium insulation define a sustainable living space designed to support the daily activities of farmers in Bali's rice terraces.
5 key facts about this project
01
Elevated design to mitigate flood risks in agricultural areas.
02
Integration of mycelium for natural insulation and sustainability.
03
Functional workspaces incorporated within the living area layout.
04
Locally sourced materials enhance environmental sensitivity.
05
Rainwater harvesting systems support water conservation efforts.
General keywords
The T.H.K. Farmer architectural project is situated in the Jatiluwih rice terraces of Bali, Indonesia, an area recognized for its agricultural significance and natural beauty. The project integrates elements of local culture with sustainable design principles. This farmer's house functions as both a residence and an agricultural workspace, accommodating the daily activities of the farming community while providing shelter. The design emphasizes harmony with the surrounding environment, aligning with the cultural ethos of Balinese agriculture.
The layout of the T.H.K. Farmer project is organized into three primary zones: a living space, functional work areas for farming activities, and systems for sustainability. The living space features an elevated platform constructed from locally sourced wood, enhancing durability while providing an intimate connection with the surroundings. The intended arrangement allows for effective interaction among family members and connects residents to the landscape.
The functional work areas are specifically designed to support agricultural tasks, promoting efficiency and facilitating various farming practices. Features such as threshing zones and storage for tools are seamlessly integrated into the architecture, reinforcing the practicality of the design. By fostering a fluid relationship between living and working spaces, the project supports the cyclical nature of agricultural life and emphasizes productivity.
A distinctive aspect of the T.H.K. Farmer project is its commitment to sustainable practices and materiality. The use of local materials reinforces ecological responsibility and reduces transportation emissions. Key materials include wood, mycelium, rice straw, and hemp, all contributing to an energy-efficient environment. The incorporation of a biogas digester illustrates an innovative approach to waste management, converting organic waste into usable energy. Additionally, the integration of rainwater harvesting systems highlights resource efficiency, essential in rural contexts, ensuring a self-sustaining model for water use.
The elevation of the structure is deliberate, mitigating the risks associated with flooding typical in agricultural regions. This strategic design choice merges functional necessity with aesthetic appeal. By keeping the living spaces elevated, the project not only addresses environmental challenges but also offers unobstructed views of the scenic rice terraces, enhancing the overall living experience.
In summary, the T.H.K. Farmer project stands out for its integration of traditional agricultural practices with contemporary architectural strategies. The design principles emphasize sustainability, cultural relevance, and adaptability to the local environment. Readers interested in a deeper understanding of the architectural plans, sections, designs, and innovative ideas are encouraged to explore the project presentation further.
The layout of the T.H.K. Farmer project is organized into three primary zones: a living space, functional work areas for farming activities, and systems for sustainability. The living space features an elevated platform constructed from locally sourced wood, enhancing durability while providing an intimate connection with the surroundings. The intended arrangement allows for effective interaction among family members and connects residents to the landscape.
The functional work areas are specifically designed to support agricultural tasks, promoting efficiency and facilitating various farming practices. Features such as threshing zones and storage for tools are seamlessly integrated into the architecture, reinforcing the practicality of the design. By fostering a fluid relationship between living and working spaces, the project supports the cyclical nature of agricultural life and emphasizes productivity.
A distinctive aspect of the T.H.K. Farmer project is its commitment to sustainable practices and materiality. The use of local materials reinforces ecological responsibility and reduces transportation emissions. Key materials include wood, mycelium, rice straw, and hemp, all contributing to an energy-efficient environment. The incorporation of a biogas digester illustrates an innovative approach to waste management, converting organic waste into usable energy. Additionally, the integration of rainwater harvesting systems highlights resource efficiency, essential in rural contexts, ensuring a self-sustaining model for water use.
The elevation of the structure is deliberate, mitigating the risks associated with flooding typical in agricultural regions. This strategic design choice merges functional necessity with aesthetic appeal. By keeping the living spaces elevated, the project not only addresses environmental challenges but also offers unobstructed views of the scenic rice terraces, enhancing the overall living experience.
In summary, the T.H.K. Farmer project stands out for its integration of traditional agricultural practices with contemporary architectural strategies. The design principles emphasize sustainability, cultural relevance, and adaptability to the local environment. Readers interested in a deeper understanding of the architectural plans, sections, designs, and innovative ideas are encouraged to explore the project presentation further.
