Utilizing charred wooden shingles and cross-laminated timber, the design creates an efficient micro-living environment that addresses urban housing needs while promoting sustainability and community interaction.
5 key facts about this project
01
Charred wooden shingles provide enhanced durability and fire resistance while contributing to aesthetic appeal.
02
Cross-laminated timber panels reduce carbon footprint and enable rapid construction.
03
A bent A-frame design maximizes interior height and natural light distribution.
04
The micro-living space includes integrated water conservation systems for efficient resource management.
05
Community spaces are embedded within the project to encourage social interaction among residents.
General keywords
The Microhome project, situated in London at the old Highgate Overground Station on Archway Road, offers a compact and sustainable living solution aimed at addressing the challenges associated with urban housing shortages. This architectural design focuses on maximizing functionality within a minimized footprint, providing an efficient living space for individuals or couples. The overall concept of the Microhome is centered on sustainability, affordability, and community integration, aiming to create a viable alternative to traditional housing models in metropolitan areas.
One of the standout features of the Microhome is its structural use of cross-laminated timber (CLT), which contributes to both the ecological efficiency and aesthetic appeal of the building. This material provides a robust framework while ensuring lower carbon emissions associated with construction. The design incorporates multi-functional spaces that allow for flexibility in daily living, featuring a combined kitchen and living area, optimized storage solutions, and space-saving furniture arrangements. The angled roof design is not only visually striking but also serves a practical purpose by facilitating natural light influx, thereby reducing the need for artificial lighting.
Close attention to sustainable practices defines the project’s ethos. The Microhome includes renewable energy technology, such as solar panels and wind turbines, allowing occupants to generate their own energy. Additionally, the integration of heat recovery ventilation systems maximizes energy efficiency by exchanging stale indoor air with fresh outdoor air without losing heat. Water conservation strategies further augment the sustainable framework, with systems designed to collect and manage rainwater, promoting responsible resource usage.
The project distinguishes itself from typical housing solutions through its holistic approach to micro-living. Rather than simply constructing a small home, the Microhome integrates seamlessly into its community. It revitalizes an underutilized urban space, transitioning disused railway land into an opportunity for communal interaction. This focus on community not only enhances social ties but also serves as an educational platform for sustainable practices, positioning the Microhome as a model for future architectural designs aimed at addressing urban living conditions.
Significant details such as the low-energy glazing enhance the building’s thermal performance, while magnesium oxide (MgO) boards provide fire resistance and durability. These material choices reflect a careful consideration of functionality and environmental impact, ensuring the Microhome remains practical for its occupants while minimizing its ecological footprint.
In summary, the Microhome project represents a calculated response to the current demands of urban housing through innovative architecture and strategic design. For a deeper exploration of its architectural plans, sections, designs, and ideas, interested readers are encouraged to examine the project presentation.
One of the standout features of the Microhome is its structural use of cross-laminated timber (CLT), which contributes to both the ecological efficiency and aesthetic appeal of the building. This material provides a robust framework while ensuring lower carbon emissions associated with construction. The design incorporates multi-functional spaces that allow for flexibility in daily living, featuring a combined kitchen and living area, optimized storage solutions, and space-saving furniture arrangements. The angled roof design is not only visually striking but also serves a practical purpose by facilitating natural light influx, thereby reducing the need for artificial lighting.
Close attention to sustainable practices defines the project’s ethos. The Microhome includes renewable energy technology, such as solar panels and wind turbines, allowing occupants to generate their own energy. Additionally, the integration of heat recovery ventilation systems maximizes energy efficiency by exchanging stale indoor air with fresh outdoor air without losing heat. Water conservation strategies further augment the sustainable framework, with systems designed to collect and manage rainwater, promoting responsible resource usage.
The project distinguishes itself from typical housing solutions through its holistic approach to micro-living. Rather than simply constructing a small home, the Microhome integrates seamlessly into its community. It revitalizes an underutilized urban space, transitioning disused railway land into an opportunity for communal interaction. This focus on community not only enhances social ties but also serves as an educational platform for sustainable practices, positioning the Microhome as a model for future architectural designs aimed at addressing urban living conditions.
Significant details such as the low-energy glazing enhance the building’s thermal performance, while magnesium oxide (MgO) boards provide fire resistance and durability. These material choices reflect a careful consideration of functionality and environmental impact, ensuring the Microhome remains practical for its occupants while minimizing its ecological footprint.
In summary, the Microhome project represents a calculated response to the current demands of urban housing through innovative architecture and strategic design. For a deeper exploration of its architectural plans, sections, designs, and ideas, interested readers are encouraged to examine the project presentation.
