Crafted from cross-laminated timber and enhanced by solar energy solutions, this compact living space redefines efficiency and adaptability for modern residential needs.
5 key facts about this project
01
Crafted with cross-laminated timber for enhanced structural integrity and sustainability.
02
Incorporates a bent A-frame design to optimize interior space and natural light.
03
Features charred wooden shingles for improved weather resistance and aesthetic appeal.
04
Equipped with integrated solar panels to maximize energy efficiency and self-sufficiency.
05
Includes a modular layout that allows for versatile usage and quick assembly.
General keywords
The architectural project presents a micro housing solution designed to optimize space while promoting sustainability and flexibility for diverse habitation needs. It occupies approximately 25 square meters and showcases an innovative approach to compact living, catering to individuals and families of varying socio-economic backgrounds. The design addresses the increasing global demand for affordable housing by emphasizing efficiency, adaptability, and environmental consciousness.
Design Features and Materiality
The project integrates a range of architectural elements that enhance both functionality and aesthetic appeal. The exterior is clad in KingSpan panels complemented by an aluminum brise soleil, which serve to regulate solar gain while maintaining thermal comfort. The sloped roof structure incorporates photovoltaic panels, supporting energy generation and reducing reliance on non-renewable sources.
Internally, the layout features an open floor plan that maximizes usable space. Key components include a multifunctional living area that transitions into a dining space, an efficiently arranged kitchen, and a platform that can serve as a workspace or convertible sleeping area. The selection of materials includes laminated bamboo flooring set on Cross-Laminated Timber (CLT) slabs, contributing to durability and a natural aesthetic.
Sustainability and Resource Management
The project prioritizes sustainability through the selection of recyclable materials and efficient design. Employing Thermoplastic Olefin (TPO) roofing systems supports the building’s thermal performance. Additionally, the design promotes water management through rainwater collection systems, allowing for resource conservation in non-potable applications. This ecological consideration underlines the project’s suitability for both urban and rural environments, addressing contemporary housing challenges.
Adaptive and Modular Design
The modular design of the micro house allows for quick assembly and transportation, making it suitable for various terrains and settings. This adaptability extends the potential for use in emergency housing scenarios by allowing for an expedited deployment process. The design also encourages human interaction by situating multiple units within landscaped green spaces, fostering community engagement.
The project stands out by addressing both immediate housing needs and long-term sustainability, showcasing an intelligent architectural response to the growing global housing crisis. Its comprehensive approach to design enhances livability while maintaining ecological integrity.
For more detailed insights, including architectural plans, architectural sections, and architectural designs, interested readers are encouraged to explore the project presentation. This additional material offers a deeper understanding of the architectural ideas and methodologies employed throughout the project.
Design Features and Materiality
The project integrates a range of architectural elements that enhance both functionality and aesthetic appeal. The exterior is clad in KingSpan panels complemented by an aluminum brise soleil, which serve to regulate solar gain while maintaining thermal comfort. The sloped roof structure incorporates photovoltaic panels, supporting energy generation and reducing reliance on non-renewable sources.
Internally, the layout features an open floor plan that maximizes usable space. Key components include a multifunctional living area that transitions into a dining space, an efficiently arranged kitchen, and a platform that can serve as a workspace or convertible sleeping area. The selection of materials includes laminated bamboo flooring set on Cross-Laminated Timber (CLT) slabs, contributing to durability and a natural aesthetic.
Sustainability and Resource Management
The project prioritizes sustainability through the selection of recyclable materials and efficient design. Employing Thermoplastic Olefin (TPO) roofing systems supports the building’s thermal performance. Additionally, the design promotes water management through rainwater collection systems, allowing for resource conservation in non-potable applications. This ecological consideration underlines the project’s suitability for both urban and rural environments, addressing contemporary housing challenges.
Adaptive and Modular Design
The modular design of the micro house allows for quick assembly and transportation, making it suitable for various terrains and settings. This adaptability extends the potential for use in emergency housing scenarios by allowing for an expedited deployment process. The design also encourages human interaction by situating multiple units within landscaped green spaces, fostering community engagement.
The project stands out by addressing both immediate housing needs and long-term sustainability, showcasing an intelligent architectural response to the growing global housing crisis. Its comprehensive approach to design enhances livability while maintaining ecological integrity.
For more detailed insights, including architectural plans, architectural sections, and architectural designs, interested readers are encouraged to explore the project presentation. This additional material offers a deeper understanding of the architectural ideas and methodologies employed throughout the project.
