Architecture project // Charred Wooden Shingles Define Communal Living Spaces with Cross-Laminated Timber Panels

Charred Wooden Shingles Define Communal Living Spaces with Cross-Laminated Timber Panels

Authors:

Mamdouh Hani, Abdallah Khaled, Amr Maged, Youssef Adel

Utilizing charred wooden shingles and cross-laminated timber panels, the design emphasizes communal living through interlocking residential clusters that foster a sense of community.

5 key facts about this project

Charred wooden shingles enhance fire resistance while providing aesthetic texture.

Cross-laminated timber panels facilitate rapid construction and increased thermal efficiency.

The design integrates natural vegetation to promote biodiversity in communal spaces.

Semi-public areas are strategically placed to encourage social interaction among residents.

The bent A-frame structure optimizes natural light and strengthens structural stability.

General keywords

housing community sustainability multifamily residential concrete wood glass flexibility common spaces

Project specific keywords

cantilever interlocking modules green roofs community hubs rainwater systems passive solar natural vegetation open floor adaptive reuse

### Overview

Located on a sloping site, the housing project is designed to cater to the unique needs of Generation X. It integrates contemporary living with an emphasis on community engagement, social interaction, and environmental sustainability. The approach reflects a shift from traditional housing models to a more layered living experience, offering spaces that promote both private retreat and communal connection.

### Spatial Organization

The layout employs distinct clusters of interlocking residential units, creating a division of public, semi-private, and private zones. Each cluster facilitates organic interactions among residents while allowing for individual privacy. Communal areas such as multipurpose halls and workshop spaces are strategically integrated to encourage community activities. Vertical circulation systems, including elevators and stairs, ensure accessibility throughout the multi-tiered structure. This arrangement not only enhances resident interaction but also maintains a harmonious flow of natural light into living spaces.

### Materiality and Sustainability

The project utilizes a carefully selected palette of materials to enhance both aesthetic and functional attributes. Reinforced concrete serves as the primary structural component, ensuring durability. Wood—both natural and composite—adorns façades, fostering a connection to nature, while extensive glass panels promote transparency and maximize daylight within interiors. Steel elements provide structural support and a contemporary contrast to softer materials.

Sustainability is a key focus, evident in the use of renewable and recyclable materials, alongside features such as green roofs and natural vegetation. These interventions not only improve biodiversity but also mitigate environmental impact, showcasing a commitment to responsible design practices that prioritize ecological stewardship. The implementation of rainwater harvesting, passive solar design, and energy-efficient systems further emphasizes the project's dedication to reducing its carbon footprint.