Constructed with charred wooden shingles and cross-laminated timber, this compact residence emphasizes sustainability through innovative materials and integrates indoor gardening for self-sufficient urban living.
5 key facts about this project
01
Constructed with charred wooden shingles for enhanced durability and fire resistance.
02
Features cross-laminated timber panels to optimize structural strength while reducing carbon footprint.
03
Incorporates a smart gardening system that allows for year-round indoor farming.
04
Designed with a bent A-frame structure to maximize natural light and enhance spatial perception.
05
Utilizes rainwater harvesting for irrigation, promoting sustainable resource management.
General keywords
The AGROSCAPE micro home is an architectural project that redefines the concept of compact living by focusing on sustainability and functionality. With a compact footprint of 25 square meters, this structure integrates an efficient living environment with advanced ecological systems. The design represents a response to contemporary urbanization challenges, combining minimalism with self-sustainability to cater to a demographic increasingly interested in environmentally conscious lifestyles.
This project functions primarily as a compact residential unit that serves as a model for future urban housing solutions. It promotes a lifestyle that emphasizes resource conservation, self-sufficiency, and connection with nature. Essential to its design is the dual focus on interior adaptability and the integration of technology that enhances sustainability.
The exterior of the AGROSCAPE micro home employs a modern architectural style characterized by geometric forms and extensive use of glazing. The incorporation of smart glass allows natural light to permeate the interior while providing energy efficiency and comfort. The dynamic facade not only contributes to aesthetic appeal but also acts as a functional element, modifying transparency based on user needs.
Unique to this project is its emphasis on indoor gardening, featuring a smart gardening system that enables the year-round cultivation of vegetables and herbs. This feature underscores the project's commitment to promoting self-reliance in food production, effectively bridging the divide between urban living and agriculture. The integration of innovative technologies such as an automated control system for energy management further enhances its sustainability credentials.
The interior layout is optimized for space management, with multifunctional furniture designed to adapt to various uses throughout the day. This flexibility is critical in a micro home, allowing residents to create a comfortable living environment despite limited space. The incorporation of recycled materials for furniture and fixtures aligns with the eco-conscious focus of the overall design, contributing to a reduction in environmental impact.
AGROSCAPE also includes sophisticated water management systems, such as rainwater harvesting and graywater recycling, which serve to minimize water consumption and promote responsible resource use. These architectural elements are essential in crafting a residence that is not only functional but also considerate of ecological footprints.
For those interested in exploring the AGROSCAPE project further, reviewing the architectural plans, sections, and detailed designs will provide deeper insights into this innovative approach to sustainable living. This initiative invites professionals and enthusiasts in the field of architecture to consider how small-scale residential projects can contribute to broader discussions about sustainability and urban living solutions. Explore the architectural ideas presented in this project to understand how they challenge conventional residential designs.
This project functions primarily as a compact residential unit that serves as a model for future urban housing solutions. It promotes a lifestyle that emphasizes resource conservation, self-sufficiency, and connection with nature. Essential to its design is the dual focus on interior adaptability and the integration of technology that enhances sustainability.
The exterior of the AGROSCAPE micro home employs a modern architectural style characterized by geometric forms and extensive use of glazing. The incorporation of smart glass allows natural light to permeate the interior while providing energy efficiency and comfort. The dynamic facade not only contributes to aesthetic appeal but also acts as a functional element, modifying transparency based on user needs.
Unique to this project is its emphasis on indoor gardening, featuring a smart gardening system that enables the year-round cultivation of vegetables and herbs. This feature underscores the project's commitment to promoting self-reliance in food production, effectively bridging the divide between urban living and agriculture. The integration of innovative technologies such as an automated control system for energy management further enhances its sustainability credentials.
The interior layout is optimized for space management, with multifunctional furniture designed to adapt to various uses throughout the day. This flexibility is critical in a micro home, allowing residents to create a comfortable living environment despite limited space. The incorporation of recycled materials for furniture and fixtures aligns with the eco-conscious focus of the overall design, contributing to a reduction in environmental impact.
AGROSCAPE also includes sophisticated water management systems, such as rainwater harvesting and graywater recycling, which serve to minimize water consumption and promote responsible resource use. These architectural elements are essential in crafting a residence that is not only functional but also considerate of ecological footprints.
For those interested in exploring the AGROSCAPE project further, reviewing the architectural plans, sections, and detailed designs will provide deeper insights into this innovative approach to sustainable living. This initiative invites professionals and enthusiasts in the field of architecture to consider how small-scale residential projects can contribute to broader discussions about sustainability and urban living solutions. Explore the architectural ideas presented in this project to understand how they challenge conventional residential designs.
