Architecture project // Charred Wooden Shingles and Cross-Laminated Timber Create Sustainable Community Spaces

Charred Wooden Shingles and Cross-Laminated Timber Create Sustainable Community Spaces

Authors:

Donny Wolcott, Ryan Agrey, Alanna Dunn, Wesley Tran

Incorporating charred wooden shingles and cross-laminated timber, the design emphasizes sustainability and energy efficiency while creating versatile community spaces for shared use.

5 key facts about this project

Cross-laminated timber panels are used for structural integrity while reducing carbon footprint.

Charred wooden shingles enhance durability and fire resistance.

The bent A-frame design maximizes natural light and airflow.

Community spaces are strategically placed to encourage social interaction.

Landscaping integrates native plants to support local biodiversity.

General keywords

residential sustainability community landscape innovation materials spaces smart energy urban

Project specific keywords

recycled concrete passive design local timber solar orientation green roofing community spaces natural lighting energy efficiency integrated technology landscape harmony

Located in a vibrant urban setting, the project is situated within an area characterized by a blend of historical and contemporary architecture. The intent is to create a functional space that integrates harmoniously with the surroundings while addressing the needs of the community. The design prioritizes accessibility and flexibility, aiming to foster engagement and interaction among users.

**Spatial Organization**
The layout emphasizes open areas that facilitate movement and connectivity, allowing for adaptable use of space. By strategically positioning communal zones alongside private areas, the design encourages collaboration while providing opportunities for individual reflection. Natural light is a key consideration, with large windows and skylights incorporated to enhance the indoor environment and promote well-being.

**Material Selection**
Attention to materiality is evident throughout the design, utilizing locally sourced materials that reflect the regional context. A palette of durable, low-maintenance finishes has been chosen to minimize environmental impact while ensuring longevity. The incorporation of green roofs and walls further enhances the building's sustainability profile, contributing to biodiversity and improving thermal performance.