Architecture project // Charred Wood Exterior Combining Cross-Laminated Timber for Adaptive Space Utilization

Charred Wood Exterior Combining Cross-Laminated Timber for Adaptive Space Utilization

Authors:

Lya Alexandra Sobarzo Gallegos, Sebastián Reyes, Karla Aguilera, Tomas Petersen

Incorporating charred wood alongside cross-laminated timber, the design facilitates adaptable spaces that enhance usability in a contemporary urban setting.

5 key facts about this project

Utilizes charred wooden shingles for enhanced durability and fire resistance.

Incorporates cross-laminated timber panels for efficient construction and reduced carbon footprint.

Features a bent A-frame design that maximizes interior space and natural light.

Integrates adaptive space solutions with movable partitions for versatile functions.

Includes green roofing elements that promote biodiversity and manage stormwater runoff.

General keywords

urban sustainability public commercial flexible green contemporary space materials biophilic

Project specific keywords

vertical garden solar panels natural ventilation flexible partitions high-performance glazing green roofs concrete faade permeable pathways adaptive reuse water features

Located in an urban setting, the design seeks to integrate modern residential needs with the surrounding environment. The primary intent is to create a space that emphasizes community interaction while addressing functional requirements. The project acknowledges its context by harmonizing with the urban fabric and enhancing the overall streetscape.

### Spatial Organization
The layout prioritizes open, flexible spaces that foster collaboration and social engagement among residents. Common areas are strategically situated to encourage interaction, while individual units are designed for privacy and comfort. The circulation patterns are thoughtfully arranged to enhance accessibility and facilitate movement throughout the building.

### Material Selection
A focus on sustainability is reflected in the chosen materials, which emphasize both durability and aesthetic appeal. The use of locally sourced and environmentally friendly materials reduces the ecological footprint and supports regional industries. Textures and colors are selected to complement the surrounding architecture, ensuring a cohesive integration with the existing neighborhood.