Sergii Gubar 
Incorporating charred wooden shingles and transparent polycarbonate panels, the design promotes energy efficiency and sustainable living while maximizing interaction with the surrounding landscape in a compact, multifunctional home.
5 key facts about this project
01
Utilizes charred wooden shingles for enhanced durability and fire resistance.
02
Incorporates cross-laminated timber panels to optimize structural performance and sustainability.
03
Features large polycarbonate panels that maximize natural light while providing insulation.
04
Includes a rainwater harvesting system to promote water conservation and self-sufficiency.
05
Designed with a bent A-frame structure to improve aerodynamics and snow shedding in snowy climates.
General keywords
Project specific keywords
The Microhome architectural project comprises two models designed to offer compact, functional, and sustainable living spaces. Situated in a snowy landscape, these homes embody a contemporary approach to architecture, focusing on efficiency and minimal environmental impact. The project's primary objective is to address the growing need for adaptable and eco-friendly housing solutions, emphasizing the relationship between indoor and outdoor environments.
The Microhome Large and Microhome Small models reflect intentional design choices that prioritize spatial efficiency without sacrificing comfort. Each unit is situated with careful consideration of the surrounding landscape, allowing for significant interaction with nature through large windows and outdoor spaces.
Sustainable Design and Material Use
One of the most notable aspects of the Microhome project is its commitment to sustainability. The design incorporates eco-friendly materials such as Kingston (IS 1100-100) for cladding, offering both durability and insulation properties. Transparent polycarbonate panels maintain bright living spaces while providing protection from harsh weather. Additionally, wooden decorative shingles are utilized to create a cohesive aesthetic that blends modernity with natural elements.
Energy efficiency is central to the architectural outcome, with solar panels integrated into the roofing system. This promotes self-sufficiency, minimizing reliance on traditional energy sources. Rainwater harvesting systems further enhance the home's sustainability, showcasing a deliberate approach to environmental stewardship.
Innovative Use of Space
The Microhome project stands out for its innovative use of space, particularly in the arrangement and functionality of living areas. Microhome Large features a strategic layout that includes a living area, workspace, cooking area, bathroom, and terrace, all within a compact footprint of 5.6 meters by 5.6 meters. The design of the Microhome Small is similar but streamlined to accommodate smaller living needs.
Both models emphasize flexibility in design, catering to various lifestyles and residential requirements. The kitchen, dining, and living areas are efficiently planned to ensure maximum utility while maintaining a sense of openness. In addition, the choice of minimalist interior design elements contributes to an uncluttered and inviting atmosphere, reinforcing the idea of compact living without compromising comfort.
For a thorough exploration of the architectural plans, sections, designs, and ideas that inform the Microhome project, readers are encouraged to delve into the detailed presentations available. By examining these elements, one can gain a deeper understanding of the thoughtful design approaches and innovative solutions that define this architectural endeavor.
The Microhome Large and Microhome Small models reflect intentional design choices that prioritize spatial efficiency without sacrificing comfort. Each unit is situated with careful consideration of the surrounding landscape, allowing for significant interaction with nature through large windows and outdoor spaces.
Sustainable Design and Material Use
One of the most notable aspects of the Microhome project is its commitment to sustainability. The design incorporates eco-friendly materials such as Kingston (IS 1100-100) for cladding, offering both durability and insulation properties. Transparent polycarbonate panels maintain bright living spaces while providing protection from harsh weather. Additionally, wooden decorative shingles are utilized to create a cohesive aesthetic that blends modernity with natural elements.
Energy efficiency is central to the architectural outcome, with solar panels integrated into the roofing system. This promotes self-sufficiency, minimizing reliance on traditional energy sources. Rainwater harvesting systems further enhance the home's sustainability, showcasing a deliberate approach to environmental stewardship.
Innovative Use of Space
The Microhome project stands out for its innovative use of space, particularly in the arrangement and functionality of living areas. Microhome Large features a strategic layout that includes a living area, workspace, cooking area, bathroom, and terrace, all within a compact footprint of 5.6 meters by 5.6 meters. The design of the Microhome Small is similar but streamlined to accommodate smaller living needs.
Both models emphasize flexibility in design, catering to various lifestyles and residential requirements. The kitchen, dining, and living areas are efficiently planned to ensure maximum utility while maintaining a sense of openness. In addition, the choice of minimalist interior design elements contributes to an uncluttered and inviting atmosphere, reinforcing the idea of compact living without compromising comfort.
For a thorough exploration of the architectural plans, sections, designs, and ideas that inform the Microhome project, readers are encouraged to delve into the detailed presentations available. By examining these elements, one can gain a deeper understanding of the thoughtful design approaches and innovative solutions that define this architectural endeavor.
