Utilizing charred wooden shingles and cross-laminated timber panels, this compact dwelling exemplifies sustainable design in urban settings, offering an efficient solution for modern living needs.
5 key facts about this project
01
Charred wooden shingles provide enhanced fire resistance and durability.
02
Cross-laminated timber panels offer rapid assembly and structural strength.
03
The bent A-frame design maximizes interior height and spatial efficiency.
04
Integrated rainwater harvesting system supports sustainable water management.
05
Large glass openings ensure ample natural light and connectivity to the outdoors.
General keywords
Project specific keywords
The GEM project is an architectural design endeavor focused on responding to the ongoing need for affordable housing within urban environments, particularly in the Netherlands and across Europe. Characterized as a tiny home, the structure spans approximately 25 square meters and is specifically engineered to offer a compact yet fully functional living space for young professionals and students. The architecture emphasizes efficiency, sustainability, and adaptability, integrating essential living amenities within a limited footprint.
The design represents a shift towards micro-living as a viable means of addressing housing shortages and high rental costs. It encapsulates the principles of contemporary architecture by combining aesthetic appeal with practicality, making it an exemplary model for future residential developments.
Unique Design Aspects
A notable aspect of this project is its emphasis on modular construction. This approach facilitates straightforward assembly and allows for flexibility, making it suitable for various terrains and urban landscapes. The structure features a multi-tiered roof configuration that not only optimizes rainwater management but also enhances natural light penetration through strategically placed skylights.
The use of sustainable materials significantly distinguishes the GEM project from conventional housing designs. The primary cladding utilizes wood, chosen for its renewable properties. Insulative elements, such as Kingspan insulation, enhance energy efficiency and reduce the home's ecological footprint. Furthermore, the integration of solar panels and a rainwater harvesting system underscores the project's commitment to sustainable living practices.
Efficient Spatial Organization
The interior layout of the GEM maximizes utility and livability. The open-plan ground floor consists of the living area, dining space, and kitchen seamlessly integrated to foster a sense of openness. Essential facilities, including a toilet and utility area, occupy designated spaces that maintain comfort while optimizing space utilization. The first floor is dedicated to a sleeping area and a lounge net, providing adaptable functionality. Ample storage solutions are cleverly incorporated within the design to maintain a clutter-free environment.
The architectural design encourages a relationship between indoor and outdoor spaces, featuring a patio that extends the living area. This connection is facilitated by large glass doors that enable fluid transitions between environments, promoting outdoor activities.
The GEM project stands as a relevant response to modern housing demands, leveraging innovative architectural designs, sustainable materials, and efficient spatial planning. For a comprehensive understanding of the project, including architectural plans, sections, and detailed designs, interested readers are encouraged to explore the presentation of GEM further. The insights gained from examining its architectural elements and ideas can provide a deeper appreciation of its significance in the context of current housing challenges.
The design represents a shift towards micro-living as a viable means of addressing housing shortages and high rental costs. It encapsulates the principles of contemporary architecture by combining aesthetic appeal with practicality, making it an exemplary model for future residential developments.
Unique Design Aspects
A notable aspect of this project is its emphasis on modular construction. This approach facilitates straightforward assembly and allows for flexibility, making it suitable for various terrains and urban landscapes. The structure features a multi-tiered roof configuration that not only optimizes rainwater management but also enhances natural light penetration through strategically placed skylights.
The use of sustainable materials significantly distinguishes the GEM project from conventional housing designs. The primary cladding utilizes wood, chosen for its renewable properties. Insulative elements, such as Kingspan insulation, enhance energy efficiency and reduce the home's ecological footprint. Furthermore, the integration of solar panels and a rainwater harvesting system underscores the project's commitment to sustainable living practices.
Efficient Spatial Organization
The interior layout of the GEM maximizes utility and livability. The open-plan ground floor consists of the living area, dining space, and kitchen seamlessly integrated to foster a sense of openness. Essential facilities, including a toilet and utility area, occupy designated spaces that maintain comfort while optimizing space utilization. The first floor is dedicated to a sleeping area and a lounge net, providing adaptable functionality. Ample storage solutions are cleverly incorporated within the design to maintain a clutter-free environment.
The architectural design encourages a relationship between indoor and outdoor spaces, featuring a patio that extends the living area. This connection is facilitated by large glass doors that enable fluid transitions between environments, promoting outdoor activities.
The GEM project stands as a relevant response to modern housing demands, leveraging innovative architectural designs, sustainable materials, and efficient spatial planning. For a comprehensive understanding of the project, including architectural plans, sections, and detailed designs, interested readers are encouraged to explore the presentation of GEM further. The insights gained from examining its architectural elements and ideas can provide a deeper appreciation of its significance in the context of current housing challenges.
