Maria Tilvescu-nicula 
Constructed from lightweight cardboard tubes and reinforced with metal frameworks, these transportable microhomes offer flexible, sustainable living solutions in urban settings.
5 key facts about this project
01
Utilizes lightweight cardboard tubes as structural elements for efficiency and reduced transport costs.
02
Features modular design allowing multiple configurations to adapt to occupant needs.
03
Incorporates solar panels for off-grid energy solutions, enhancing sustainability.
04
Emphasizes community integration through shared communal spaces within the layout.
05
Employs bio-based epoxy for waterproofing, ensuring environmental responsibility.
General keywords
Project specific keywords
"The Matchbox" is a modular architectural project designed to offer innovative solutions for affordable housing. This design focuses on efficiency and rapid deployment, making it suitable for a variety of contexts, particularly in situations requiring quick responses to housing shortages. The project emphasizes flexibility, sustainability, and community-oriented living, ensuring that it can adapt to different demographic needs.
The modular structure comprises transportable microhomes that can be assembled and configured to fit specific requirements. Each unit measures 2.5 x 5 x 1 meters, allowing for ease of transport while retaining the necessary living space. The design encourages configurations that promote social interaction, creating communal spaces that enhance neighborhood dynamics.
Unique Design Approaches
One notable aspect of this project is the use of cardboard tubes as the primary structural components. This choice not only keeps the units lightweight but also promotes sustainability, as these tubes are treated for durability while maintaining eco-friendliness. Additionally, the integration of rigid metal frames provides stability and support, ensuring that each unit withstands various environmental conditions.
The architectural design also features essential sustainable elements such as solar power systems and rainwater harvesting techniques. These components contribute to the homes' self-sufficiency, reducing reliance on external resources. Thermal insulation is addressed through the incorporation of high-performance materials, ensuring comfort for residents in various climates.
Technical Details and Merit
"The Matchbox" project exemplifies a commitment to functional design with its focus on modularity and adaptability. Each microhome can stand alone or be combined with others, allowing for flexible living arrangements. The versatility of the design supports different family sizes and communal configurations.
Attention to materiality is evident in the cohesive and efficient use of resources. The bio-based epoxy used for waterproofing enhances the lifespan of structural elements, while acoustical tiles provide necessary sound insulation. The customizable exterior cladding allows for aesthetic variety without compromising functionality.
In summary, "The Matchbox" represents a thoughtful architectural approach to addressing pressing housing needs. Through its modular design and sustainable practices, it provides practical solutions for diverse populations. For those interested in exploring the architectural plans, sections, and designs of this project further, reviewing the project presentation will provide deeper insights into its innovative architectural ideas and technical details.
The modular structure comprises transportable microhomes that can be assembled and configured to fit specific requirements. Each unit measures 2.5 x 5 x 1 meters, allowing for ease of transport while retaining the necessary living space. The design encourages configurations that promote social interaction, creating communal spaces that enhance neighborhood dynamics.
Unique Design Approaches
One notable aspect of this project is the use of cardboard tubes as the primary structural components. This choice not only keeps the units lightweight but also promotes sustainability, as these tubes are treated for durability while maintaining eco-friendliness. Additionally, the integration of rigid metal frames provides stability and support, ensuring that each unit withstands various environmental conditions.
The architectural design also features essential sustainable elements such as solar power systems and rainwater harvesting techniques. These components contribute to the homes' self-sufficiency, reducing reliance on external resources. Thermal insulation is addressed through the incorporation of high-performance materials, ensuring comfort for residents in various climates.
Technical Details and Merit
"The Matchbox" project exemplifies a commitment to functional design with its focus on modularity and adaptability. Each microhome can stand alone or be combined with others, allowing for flexible living arrangements. The versatility of the design supports different family sizes and communal configurations.
Attention to materiality is evident in the cohesive and efficient use of resources. The bio-based epoxy used for waterproofing enhances the lifespan of structural elements, while acoustical tiles provide necessary sound insulation. The customizable exterior cladding allows for aesthetic variety without compromising functionality.
In summary, "The Matchbox" represents a thoughtful architectural approach to addressing pressing housing needs. Through its modular design and sustainable practices, it provides practical solutions for diverse populations. For those interested in exploring the architectural plans, sections, and designs of this project further, reviewing the project presentation will provide deeper insights into its innovative architectural ideas and technical details.
