Anastasiia Prokha 
Constructed with charred wooden shingles and incorporating extensive glass facades, the microhome blends sustainable materials with adaptable living spaces to create a self-sufficient retreat.
5 key facts about this project
01
Constructed with charred wooden shingles for added durability and aesthetic appeal.
02
Utilizes cross-laminated timber panels for enhanced structural performance and insulation.
03
Features a bent A-frame design that optimizes space while maintaining visual interest.
04
Incorporates large glass facades to maximize natural light and integrate with the surroundings.
05
Equipped with self-sufficient systems for solar power and water purification.
General keywords
The architectural project at hand represents a significant advancement in modern residential design, emphasizing sustainability, adaptability, and integration with nature. It aims to redefine compact living through innovative spatial solutions, appropriate material selection, and self-sufficient systems.
The microhome features a compact, mobile structure ideal for diverse geographical contexts, from mountainous areas to riverbanks. It prioritizes multifunctional spaces, offering an open layout that responds effectively to various lifestyle needs. With large windows, it establishes a strong connection between the interior and the natural surroundings, allowing for ample daylight while promoting a sense of space. Energy efficiency is a cornerstone of the design, with solar panels and water purification systems incorporated to ensure autonomy.
In contrast, the second design adopts a sloped roof, which efficiently utilizes vertical space. This feature provides additional sleeping quarters without infringing on the usability of the living area. The strategic design allows for flexible use of spaces, integrating foldable furniture and movable partitions to accommodate the evolving needs of residents. The choice of materials—primarily wood and glass—contributes to both aesthetic appeal and environmental sustainability, creating a warm and inviting atmosphere.
The unique aspects of this project stem from its comprehensive approach to sustainable living. The integration of renewable energy sources and water management systems enhances its self-sufficiency, distinguishing it from typical residential designs. The emphasis on natural materials, in conjunction with adaptable living spaces, positions it as a relevant response to contemporary housing challenges.
The architectural execution reflects a clear understanding of spatial dynamics and environmental integration, aiming for optimal comfort within minimal footprints. By addressing the needs of modern inhabitants while maintaining a focus on ecological impact, this project stands as a model for future designs in residential architecture.
To explore the project in greater detail, including architectural plans, sections, and innovative design ideas, the reader is encouraged to review additional resources. An in-depth examination will provide further insights into the operational functions and unique characteristics of this architectural endeavor.
The microhome features a compact, mobile structure ideal for diverse geographical contexts, from mountainous areas to riverbanks. It prioritizes multifunctional spaces, offering an open layout that responds effectively to various lifestyle needs. With large windows, it establishes a strong connection between the interior and the natural surroundings, allowing for ample daylight while promoting a sense of space. Energy efficiency is a cornerstone of the design, with solar panels and water purification systems incorporated to ensure autonomy.
In contrast, the second design adopts a sloped roof, which efficiently utilizes vertical space. This feature provides additional sleeping quarters without infringing on the usability of the living area. The strategic design allows for flexible use of spaces, integrating foldable furniture and movable partitions to accommodate the evolving needs of residents. The choice of materials—primarily wood and glass—contributes to both aesthetic appeal and environmental sustainability, creating a warm and inviting atmosphere.
The unique aspects of this project stem from its comprehensive approach to sustainable living. The integration of renewable energy sources and water management systems enhances its self-sufficiency, distinguishing it from typical residential designs. The emphasis on natural materials, in conjunction with adaptable living spaces, positions it as a relevant response to contemporary housing challenges.
The architectural execution reflects a clear understanding of spatial dynamics and environmental integration, aiming for optimal comfort within minimal footprints. By addressing the needs of modern inhabitants while maintaining a focus on ecological impact, this project stands as a model for future designs in residential architecture.
To explore the project in greater detail, including architectural plans, sections, and innovative design ideas, the reader is encouraged to review additional resources. An in-depth examination will provide further insights into the operational functions and unique characteristics of this architectural endeavor.
