Constructed using straw clay walls and incorporating a natural wetland, the design emphasizes sustainability and ecological integration while providing a self-sufficient living environment.
5 key facts about this project
01
Constructed using Ecobuild paste, a blend of local soil and straw, for optimal thermal performance.
02
Features a mini ecosystem with a constructed wetland for natural water filtration and wildlife habitat.
03
Incorporates an onsite rainwater harvesting system for sustainable water management.
04
Utilizes reclaimed timber throughout to minimize environmental impact and enhance aesthetic appeal.
05
Includes integrated spaces for urban agriculture, such as beekeeping and chicken coops, promoting self-sufficiency.
General keywords
This architectural project is situated in the Hamptons, New York, and presents a sustainable housing model that integrates environmental considerations and community-oriented practices. Developed by a couple, Amir and Lior, the project consists of the Modern Cob House and an included Ecobuild Mobile construction vehicle. These structures embody the principles of ecological integrity while providing functional living spaces.
The Modern Cob House serves as a self-sufficient dwelling, incorporating elements such as a chicken coop, beehive, and gardens alongside traditional living spaces. This approach emphasizes a resource-conscious lifestyle while enhancing the physical relationship between residents and their environment. The Ecobuild Mobile vehicle is designed for the onsite production of eco-friendly construction materials, reducing construction waste and resource consumption.
Unique Material Composition and Innovative Approaches
A crucial aspect of the project lies in its emphasis on sustainable materials. The construction features Ecobuild Mobile Paste, a mixture of straw, local soil, oyster shells, and saltwater. This paste forms the primary wall structure, contributing to both thermal insulation and aesthetic appeal. Reclaimed timber is utilized for structural framing and design finishes, aligning with the project’s commitment to sustainability. The inclusion of straw insulation, clay plaster, and natural glass enhances energy efficiency while fostering a connection between the indoors and outdoors.
This project distinguishes itself through the incorporation of adaptive systems. For instance, a rainwater harvesting system allows for the collection and reuse of rainwater, enhancing self-sufficiency. The implementation of composting toilets minimizes water consumption and ensures sustainable waste management. A constructed wetland serves both as a natural water treatment area and a habitat for local wildlife, reinforcing the project’s ecological foundations.
Integration of Functional Spaces
The Modern Cob House features a compact layout designed for multi-functionality. Outdoor spaces for gardens and animal husbandry promote food production while encouraging community interaction. The roof garden not only serves practical uses but also contributes to energy efficiency by providing insulation and biodiversity. The design of the home integrates a constructed wetland that processes wastewater naturally, underscoring the importance of ecological stewardship.
This project showcases a holistic approach to architectural design by prioritizing sustainability, functionality, and community engagement. Its unique construction methods and material choices reflect a pragmatic response to modern housing requirements, offering a replicable model for other regions.
For more in-depth insights into this project, readers are encouraged to explore the architectural plans, architectural sections, architectural designs, and architectural ideas to fully appreciate the innovative solutions presented.
The Modern Cob House serves as a self-sufficient dwelling, incorporating elements such as a chicken coop, beehive, and gardens alongside traditional living spaces. This approach emphasizes a resource-conscious lifestyle while enhancing the physical relationship between residents and their environment. The Ecobuild Mobile vehicle is designed for the onsite production of eco-friendly construction materials, reducing construction waste and resource consumption.
Unique Material Composition and Innovative Approaches
A crucial aspect of the project lies in its emphasis on sustainable materials. The construction features Ecobuild Mobile Paste, a mixture of straw, local soil, oyster shells, and saltwater. This paste forms the primary wall structure, contributing to both thermal insulation and aesthetic appeal. Reclaimed timber is utilized for structural framing and design finishes, aligning with the project’s commitment to sustainability. The inclusion of straw insulation, clay plaster, and natural glass enhances energy efficiency while fostering a connection between the indoors and outdoors.
This project distinguishes itself through the incorporation of adaptive systems. For instance, a rainwater harvesting system allows for the collection and reuse of rainwater, enhancing self-sufficiency. The implementation of composting toilets minimizes water consumption and ensures sustainable waste management. A constructed wetland serves both as a natural water treatment area and a habitat for local wildlife, reinforcing the project’s ecological foundations.
Integration of Functional Spaces
The Modern Cob House features a compact layout designed for multi-functionality. Outdoor spaces for gardens and animal husbandry promote food production while encouraging community interaction. The roof garden not only serves practical uses but also contributes to energy efficiency by providing insulation and biodiversity. The design of the home integrates a constructed wetland that processes wastewater naturally, underscoring the importance of ecological stewardship.
This project showcases a holistic approach to architectural design by prioritizing sustainability, functionality, and community engagement. Its unique construction methods and material choices reflect a pragmatic response to modern housing requirements, offering a replicable model for other regions.
For more in-depth insights into this project, readers are encouraged to explore the architectural plans, architectural sections, architectural designs, and architectural ideas to fully appreciate the innovative solutions presented.
