Cornelia Bosman 
Constructed with charred wooden shingles and cross-laminated timber, the microhome seamlessly integrates sustainable living with its natural surroundings, offering a functional space designed for adaptable residence in Southern Africa.
5 key facts about this project
01
Constructed using locally sourced charred wooden shingles for enhanced durability and weather resistance.
02
Incorporates cross-laminated timber panels that provide structural integrity while maintaining low environmental impact.
03
Features a bent A-frame design that optimizes natural light and enhances thermal efficiency.
04
Adapts to varying user needs through movable internal partitions and multifunctional spaces.
05
Strategically oriented to maximize natural ventilation and create a strong connection with the surrounding landscape.
General keywords
The F5 [Refresh] microhome project is an innovative architectural endeavor designed to merge sustainable living with a deep connection to the natural environment. Situated in the semi-arid regions of Southern Africa, the project responds to both the climatic challenges and the ecological context of its location. The microhome is constructed with a focus on minimalism while maximizing functionality and environmental compatibility, making it a prototype for future residential architecture in similar geographic areas.
Design and Conceptual Framework
The architectural design emphasizes spatial efficiency and adaptability. The microhome is organized into two interconnected units: one designated for living and social activities, and the other serving essential services. This dual organization facilitates versatile use of the space, catering to the evolving needs of its inhabitants. The structure employs reinforced concrete for durability, combined with wood for insulation and aesthetic warmth. Extensive glass facades enhance natural light penetration and blur the boundaries between indoor and outdoor living.
What sets F5 [Refresh] apart from typical microhome designs is its eco-centric focus and integration of local cultural elements. The project incorporates features for water conservation and energy production, underscoring a commitment to self-sufficiency. Additionally, the design includes outdoor decking areas, enabling residents to immerse themselves in the natural landscape and fostering a strong connection to the surrounding ecosystem.
Innovative Architectural Solutions
F5 [Refresh] introduces several innovative design solutions that contribute to its unique character. The flexible configurations of interior spaces allow for changes in use without extensive alterations. This adaptability is crucial in micro-living scenarios where residents often require multifunctional areas. Moreover, the strategic placement of windows facilitates cross ventilation, significantly improving thermal comfort without relying solely on mechanical systems.
The project also incorporates local building materials that align with traditional construction techniques, thereby respecting cultural heritage while promoting sustainability. The architectural approach champions biodiversity through landscaping that supports native flora, enhancing ecological resilience in the microhome’s immediate area.
The F5 [Refresh] microhome serves as a thoughtful response to contemporary housing challenges in ecologically delicate regions. To explore this project further, including its architectural plans, sections, and detailed design ideas, readers are encouraged to review the project's comprehensive presentation materials.
Design and Conceptual Framework
The architectural design emphasizes spatial efficiency and adaptability. The microhome is organized into two interconnected units: one designated for living and social activities, and the other serving essential services. This dual organization facilitates versatile use of the space, catering to the evolving needs of its inhabitants. The structure employs reinforced concrete for durability, combined with wood for insulation and aesthetic warmth. Extensive glass facades enhance natural light penetration and blur the boundaries between indoor and outdoor living.
What sets F5 [Refresh] apart from typical microhome designs is its eco-centric focus and integration of local cultural elements. The project incorporates features for water conservation and energy production, underscoring a commitment to self-sufficiency. Additionally, the design includes outdoor decking areas, enabling residents to immerse themselves in the natural landscape and fostering a strong connection to the surrounding ecosystem.
Innovative Architectural Solutions
F5 [Refresh] introduces several innovative design solutions that contribute to its unique character. The flexible configurations of interior spaces allow for changes in use without extensive alterations. This adaptability is crucial in micro-living scenarios where residents often require multifunctional areas. Moreover, the strategic placement of windows facilitates cross ventilation, significantly improving thermal comfort without relying solely on mechanical systems.
The project also incorporates local building materials that align with traditional construction techniques, thereby respecting cultural heritage while promoting sustainability. The architectural approach champions biodiversity through landscaping that supports native flora, enhancing ecological resilience in the microhome’s immediate area.
The F5 [Refresh] microhome serves as a thoughtful response to contemporary housing challenges in ecologically delicate regions. To explore this project further, including its architectural plans, sections, and detailed design ideas, readers are encouraged to review the project's comprehensive presentation materials.
