Karim Ellouze 
A rotating closet enhances space efficiency within a compact microhome, complemented by a rainscreen facade and an integrated vegetable garden that support sustainable living in a harmonious community layout.
5 key facts about this project
01
A rotating closet design maximizes limited space within the compact footprint.
02
The microhome utilizes charred wooden shingles for enhanced weather resistance and aesthetic appeal.
03
Cross-laminated timber panels provide structural strength while ensuring thermal efficiency.
04
An integrated vegetable garden promotes self-sufficiency and ecological sustainability.
05
The bent A-frame design contributes to natural ventilation and light integration.
General keywords
The Yin and Yang Microhome project exemplifies contemporary architecture's ability to harmonize with natural settings while promoting sustainability. This architectural design prioritizes compact, efficient living without compromising comfort or functionality. The project's layout reflects the yin-yang philosophy, focusing on balance between internal and external environments. It captures the essence of communal living, integrating with the landscape and enhancing social interaction amongst residents.
The microhome spans 25 square meters and includes several functional areas—a bedroom, living area, dining/work area, kitchen, and bathroom—optimized to maximize space utilization. Each area is designed to flow seamlessly into the next, emphasizing openness and accessibility. An innovative rotating closet serves to increase storage efficiency, demonstrating clever design thinking that minimizes spatial constraints.
Sustainability is a key focus of this architectural design. Materials such as sprayed concrete with steel reinforcement provide structural stability, while expanded polystyrene is utilized for thermal insulation. The incorporation of Dri-Design rainscreen facade systems ensures weather resistance, further enhancing energy efficiency. Polished concrete flooring contributes to durability and modern aesthetics. A 2000-liter slimline tank for rainwater management exemplifies an approach to ecological sustainability, aligning with current trends in energy-conscious design.
The unique aspects of this project include the integration of a vegetable garden, which supports a self-sustaining lifestyle for occupants, and the diverse facade systems that introduce visual variety while addressing ecological factors. The circular layouts across the design promote natural ventilation and lighting, fostering a comfortable indoor environment that connects to the outdoors. The arrangement of the microhomes in a configuration reminiscent of celestial bodies encourages exploration and interaction.
The architectural presentation of this project is critical for understanding its innovative features. To gain further insight into the architectural plans, sections, and designs that inform this unique living environment, readers are encouraged to explore the project’s detailed presentation. This approach provides a comprehensive view of the architectural ideas that shaped this microhome, reflecting the evolving needs of modern living.
The microhome spans 25 square meters and includes several functional areas—a bedroom, living area, dining/work area, kitchen, and bathroom—optimized to maximize space utilization. Each area is designed to flow seamlessly into the next, emphasizing openness and accessibility. An innovative rotating closet serves to increase storage efficiency, demonstrating clever design thinking that minimizes spatial constraints.
Sustainability is a key focus of this architectural design. Materials such as sprayed concrete with steel reinforcement provide structural stability, while expanded polystyrene is utilized for thermal insulation. The incorporation of Dri-Design rainscreen facade systems ensures weather resistance, further enhancing energy efficiency. Polished concrete flooring contributes to durability and modern aesthetics. A 2000-liter slimline tank for rainwater management exemplifies an approach to ecological sustainability, aligning with current trends in energy-conscious design.
The unique aspects of this project include the integration of a vegetable garden, which supports a self-sustaining lifestyle for occupants, and the diverse facade systems that introduce visual variety while addressing ecological factors. The circular layouts across the design promote natural ventilation and lighting, fostering a comfortable indoor environment that connects to the outdoors. The arrangement of the microhomes in a configuration reminiscent of celestial bodies encourages exploration and interaction.
The architectural presentation of this project is critical for understanding its innovative features. To gain further insight into the architectural plans, sections, and designs that inform this unique living environment, readers are encouraged to explore the project’s detailed presentation. This approach provides a comprehensive view of the architectural ideas that shaped this microhome, reflecting the evolving needs of modern living.
