Chuheng Lei 
Constructed with cross-laminated timber and charred wooden shingles, this self-sufficient micro home seamlessly integrates into the Hallormsstaðaskógur forest while providing essential living functions through innovative ecological systems.
5 key facts about this project
01
Constructed with local cross-laminated timber to enhance sustainability.
02
Incorporates charred wooden shingles for fire resistance and visual texture.
03
Employs a bent A-frame design that minimizes material use while maximizing space.
04
Features a mechanical dumbwaiter for efficient transport of firewood within the home.
05
Integrates a rainwater harvesting system to promote self-sufficiency in water usage.
General keywords
Project specific keywords
The architectural project “The Symbiotic Machine” is a compact micro-home located in Hallormsstaðaskógur, East Iceland. Spanning 25 square meters, this design embodies the principles of symbiotic architecture by fostering a reciprocal relationship between the built environment and nature. It is designed for self-sustainability, integrating systems that both serve the occupant and minimize environmental impact.
The micro-home functions as a versatile living space, providing essential amenities while promoting efficient resource use. Its systems support daily activities such as cooking, heating, and water collection, enhancing the occupant's ability to live in harmony with the surroundings. The design emphasizes open spaces that facilitate natural light and airflow, creating a comfortable and functional environment.
Unique Design Approaches
The project distinguishes itself through its holistic approach to architecture. The primary materials include local wood, steel, glass, solar panels, and a rainwater harvesting system. Local timber is utilized for structural elements and finishes, promoting regional sourcing and reducing transportation emissions. Steel reinforces structural integrity, providing durability against Iceland’s variable weather conditions. Large glass windows create a connection between the indoor and outdoor environments, enhancing the living experience and reducing reliance on artificial lighting.
The micro-home is raised on stilts, allowing for minimal ground disturbance and improving stormwater management. This elevation offers occupants expansive views of the forest while acting as a barrier against flooding. Additionally, the design incorporates advanced mechanical systems such as a wood fire cooktop, which provides both cooking and heating capabilities. A dumbwaiter system facilitates the movement of firewood from ground level to the living area, exemplifying the project's focus on functionality and efficiency.
Expanding on Sustainable Practices
The Symbiotic Machine exemplifies robust sustainable architecture principles. It integrates solar energy directly into its power systems, decreasing dependency on external energy sources. The rainwater harvesting system emphasizes water conservation, allowing the home to remain functional with minimal reliance on municipal resources. Moreover, the circular use of resources, such as using fallen timber for heating, reinforces the idea of living in sync with nature.
The architectural design of "The Symbiotic Machine" offers a practical framework for modern living that prioritizes functionality, sustainability, and environmental integration. To explore more about this project, including architectural plans, architectural sections, architectural designs, and architectural ideas, please delve into the project presentation for further insights.
The micro-home functions as a versatile living space, providing essential amenities while promoting efficient resource use. Its systems support daily activities such as cooking, heating, and water collection, enhancing the occupant's ability to live in harmony with the surroundings. The design emphasizes open spaces that facilitate natural light and airflow, creating a comfortable and functional environment.
Unique Design Approaches
The project distinguishes itself through its holistic approach to architecture. The primary materials include local wood, steel, glass, solar panels, and a rainwater harvesting system. Local timber is utilized for structural elements and finishes, promoting regional sourcing and reducing transportation emissions. Steel reinforces structural integrity, providing durability against Iceland’s variable weather conditions. Large glass windows create a connection between the indoor and outdoor environments, enhancing the living experience and reducing reliance on artificial lighting.
The micro-home is raised on stilts, allowing for minimal ground disturbance and improving stormwater management. This elevation offers occupants expansive views of the forest while acting as a barrier against flooding. Additionally, the design incorporates advanced mechanical systems such as a wood fire cooktop, which provides both cooking and heating capabilities. A dumbwaiter system facilitates the movement of firewood from ground level to the living area, exemplifying the project's focus on functionality and efficiency.
Expanding on Sustainable Practices
The Symbiotic Machine exemplifies robust sustainable architecture principles. It integrates solar energy directly into its power systems, decreasing dependency on external energy sources. The rainwater harvesting system emphasizes water conservation, allowing the home to remain functional with minimal reliance on municipal resources. Moreover, the circular use of resources, such as using fallen timber for heating, reinforces the idea of living in sync with nature.
The architectural design of "The Symbiotic Machine" offers a practical framework for modern living that prioritizes functionality, sustainability, and environmental integration. To explore more about this project, including architectural plans, architectural sections, architectural designs, and architectural ideas, please delve into the project presentation for further insights.
