The architectural project “Reclaim a Highway” addresses pressing issues of urban housing shortages by proposing microhomes on an existing highway infrastructure. This design uniquely transforms unused highway space into a vibrant community that combines residential living, communal facilities, and recreational areas. The project’s primary function is to provide affordable housing while fostering community engagement and enhancing urban dynamics.

The microhome concept within this project employs innovative materials and structures, allowing for efficient use of space and resources. Each unit is designed with a focus on sustainability, featuring materials such as cross-laminated timber, hemp-lime plaster, and recyclable glass. These choices are not only environmentally conscious but also promote local economies through the use of regional materials and techniques.

Innovative Spatial Organization and Community Focus

The architectural design promotes a blend of private and communal spaces. The layout comprises three distinct architectural plans: Engaged, Day-to-Day, and Leisure Layouts. Each configuration emphasizes functionality and adaptability. The Engaged Layout caters to a mixed-use environment where live-work spaces enable residents to maintain a flexible lifestyle. Conversely, the Day-to-Day Layout is optimized for everyday living, featuring multifunctional spaces that maximize efficiency. The Leisure Layout promotes social interaction through open living areas conducive to gatherings, reinforcing a sense of community among residents.

The integration of shared amenities further augments this community-driven approach. Communal areas serve as focal points for social activities, while private balconies extend personal space into the outdoor environment. This design philosophy nurtures connections among residents, encouraging a collaborative atmosphere.

Sustainable Design Practices

Sustainability is a core tenet of the “Reclaim a Highway” project. The architectural design incorporates energy-efficient solutions, including solar panels and a rainwater collection system, fostering independence from traditional utility services. These elements significantly reduce the environmental footprint of the project and emphasize the importance of renewable energy sources.

The choice of materials also enhances overall sustainability. Cross-laminated timber offers structural strength while reducing greenhouse gas emissions compared to conventional building materials. Similarly, the use of hemp-lime plaster not only serves a practical purpose in thermal insulation but also aligns with local agricultural practices.

In summary, the “Reclaim a Highway” project presents an efficient and sustainable architectural solution to urban housing challenges. Its innovative integration of microhomes within the urban fabric, combined with a strong focus on community and environmentally conscious design, makes it a relevant model for future developments. Readers interested in the technical aspects of this project are encouraged to explore the architectural plans, sections, and detailed designs to gain deeper insights into its practical applications and design methodologies.