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Constructed with cross-laminated timber and recycled bricks, these modular micro homes provide adaptable and sustainable housing solutions for individuals displaced by earthquakes.
5 key facts about this project
01
Modular design allows for rapid assembly and customization to suit individual needs.
02
Use of recycled bricks from earthquake debris promotes resource efficiency.
03
Cross-laminated timber provides structural stability while maintaining lightweight characteristics.
04
Integrated rainwater harvesting systems enhance self-sufficiency in resource management.
05
Flexible living spaces can adapt to various functions, supporting transitional lifestyles.
General keywords
The RE-home project is a modular micro-home designed specifically for individuals displaced by earthquakes. This architectural design focuses on providing a functional and flexible shelter in the wake of natural disasters, particularly in Turkey, a region significantly impacted by seismic events. The RE-home structure incorporates various elements that contribute to its rapid deployment, sustainability, and adaptability, addressing the immediate needs of victims while considering long-term usability.
Modularity and Adaptability
A defining characteristic of the RE-home project is its modular design. The structure is divided into two primary components: a fixed section and a foldable section. This configuration allows for easy transport and rapid assembly, essential for responding to urgent housing needs in disaster-affected areas. The fixed part provides essential amenities, including a kitchen, bathroom, and storage, while the foldable section serves as a versatile living area, adaptable for sleeping, working, or communal space. This flexibility allows occupants to personalize their environment based on immediate requirements, making it particularly suitable for transitional living situations.
Sustainable Material Use
The architectural design emphasizes sustainability through the careful selection of materials. The project utilizes recycled bricks made from debris, showcasing a resourceful approach to construction. Cross Laminated Timber (CLT) is employed for structural integrity, while insulated panels enhance the building’s energy efficiency. Additional features like thermal and acoustic insulated glass contribute to occupant comfort. Furthermore, the integration of solar panels and rainwater harvesting systems underscores a commitment to off-grid living.
Innovative Design Solutions
The RE-home project incorporates several innovative design solutions that distinguish it from conventional housing options. The structure's ability to adapt spatially and functionally addresses the varying needs of displaced individuals. Furthermore, the inclusion of self-sustaining gardens and incinerating toilets enhances ecological responsibility. This approach not only provides shelter but also promotes a sense of autonomy for its inhabitants. The design reflects an understanding that housing should address emotional needs as much as physical requirements, creating a balanced living environment.
For a more in-depth exploration of this project, including architectural plans, sections, and additional design insights, readers are encouraged to review the comprehensive project presentation. This detailed information will enhance understanding of the RE-home’s architectural design principles and innovative solutions tailored for disaster recovery.
Modularity and Adaptability
A defining characteristic of the RE-home project is its modular design. The structure is divided into two primary components: a fixed section and a foldable section. This configuration allows for easy transport and rapid assembly, essential for responding to urgent housing needs in disaster-affected areas. The fixed part provides essential amenities, including a kitchen, bathroom, and storage, while the foldable section serves as a versatile living area, adaptable for sleeping, working, or communal space. This flexibility allows occupants to personalize their environment based on immediate requirements, making it particularly suitable for transitional living situations.
Sustainable Material Use
The architectural design emphasizes sustainability through the careful selection of materials. The project utilizes recycled bricks made from debris, showcasing a resourceful approach to construction. Cross Laminated Timber (CLT) is employed for structural integrity, while insulated panels enhance the building’s energy efficiency. Additional features like thermal and acoustic insulated glass contribute to occupant comfort. Furthermore, the integration of solar panels and rainwater harvesting systems underscores a commitment to off-grid living.
Innovative Design Solutions
The RE-home project incorporates several innovative design solutions that distinguish it from conventional housing options. The structure's ability to adapt spatially and functionally addresses the varying needs of displaced individuals. Furthermore, the inclusion of self-sustaining gardens and incinerating toilets enhances ecological responsibility. This approach not only provides shelter but also promotes a sense of autonomy for its inhabitants. The design reflects an understanding that housing should address emotional needs as much as physical requirements, creating a balanced living environment.
For a more in-depth exploration of this project, including architectural plans, sections, and additional design insights, readers are encouraged to review the comprehensive project presentation. This detailed information will enhance understanding of the RE-home’s architectural design principles and innovative solutions tailored for disaster recovery.
