Marzena Anna Prachnio-modelska 
Utilizing charred wooden shingles and a steel framework, the design creates a resilient micro-shelter that fosters community and self-sufficiency for displaced individuals.
5 key facts about this project
01
Utilizes charred wooden shingles for enhanced weather resistance and aesthetic appeal.
02
Incorporates cross-laminated timber panels to improve structural stability and insulation.
03
Features a bent A-frame design that maximizes interior space while minimizing material use.
04
Integrates vertical gardening systems to promote food security and sustainability.
05
Equipped with renewable energy sources, including photovoltaic panels and wind turbines.
General keywords
Project specific keywords
The "Smart Hop/me" project is an architectural design focused on innovative housing solutions for displaced individuals and refugees. It represents a response to urgent global housing needs by integrating sustainability, functionality, and community engagement into a compact living environment. This micro-house design aims to provide essential shelter while fostering resilience and self-sufficiency.
The primary function of the "Smart Hop/me" project is to serve as a versatile dwelling that supports not only housing but also community interaction. It features a modern, angular form that optimizes space usability while addressing environmental concerns. Through a combination of energy-efficient systems and sustainable materials, the design aims to promote a low-impact lifestyle.
The architectural layout includes multi-functional spaces designed for living, cooking, and socializing, emphasizing adaptability. Natural light is promoted through strategic openings, enhancing interior quality while reducing reliance on artificial lighting. This design merges aesthetics and practicality, enabling inhabitants to thrive in confined environments.
The project's unique aspects stem from its attention to energy sources and community integration. The roof is engineered for rainwater collection and features photovoltaic glazing that converts sunlight into energy. Wind turbines complement the energy strategy, while a ground source heat pump stabilizes internal temperatures with minimal energy loss. Vertical gardening systems are integrated to promote food security and sustainability, encouraging residents to cultivate their own produce.
The "Smart Hop/me" design also prioritizes ease of mobility, with a lightweight structure that can be relocated as needed. This adaptability is essential in crisis situations where communities may need to shift due to environmental changes or sociopolitical challenges. The use of Kingpan’s insulated products contributes to thermal efficiency, ensuring comfortable living conditions year-round.
In summary, the "Smart Hop/me" project exemplifies a forward-thinking approach to architecture, addressing the unique housing challenges faced by vulnerable populations. For a comprehensive understanding of this project, including detailed architectural plans, sections, and designs, readers are encouraged to explore further and examine the innovative architectural ideas presented.
The primary function of the "Smart Hop/me" project is to serve as a versatile dwelling that supports not only housing but also community interaction. It features a modern, angular form that optimizes space usability while addressing environmental concerns. Through a combination of energy-efficient systems and sustainable materials, the design aims to promote a low-impact lifestyle.
The architectural layout includes multi-functional spaces designed for living, cooking, and socializing, emphasizing adaptability. Natural light is promoted through strategic openings, enhancing interior quality while reducing reliance on artificial lighting. This design merges aesthetics and practicality, enabling inhabitants to thrive in confined environments.
The project's unique aspects stem from its attention to energy sources and community integration. The roof is engineered for rainwater collection and features photovoltaic glazing that converts sunlight into energy. Wind turbines complement the energy strategy, while a ground source heat pump stabilizes internal temperatures with minimal energy loss. Vertical gardening systems are integrated to promote food security and sustainability, encouraging residents to cultivate their own produce.
The "Smart Hop/me" design also prioritizes ease of mobility, with a lightweight structure that can be relocated as needed. This adaptability is essential in crisis situations where communities may need to shift due to environmental changes or sociopolitical challenges. The use of Kingpan’s insulated products contributes to thermal efficiency, ensuring comfortable living conditions year-round.
In summary, the "Smart Hop/me" project exemplifies a forward-thinking approach to architecture, addressing the unique housing challenges faced by vulnerable populations. For a comprehensive understanding of this project, including detailed architectural plans, sections, and designs, readers are encouraged to explore further and examine the innovative architectural ideas presented.
