Architecture project // Charred Wooden Shingles and Expansive Glass Facades in a Sustainable Community Space

Charred Wooden Shingles and Expansive Glass Facades in a Sustainable Community Space

Authors:

Mohammed Amine Mouaqit, Zoubair Zerouali

Incorporating charred wooden shingles and expansive glass facades, the design creates a seamless flow of natural light while establishing a sustainable community space focused on collaboration and interaction.

5 key facts about this project

Incorporates charred wooden shingles that enhance durability and weather resistance.

Utilizes cross-laminated timber panels for structural efficiency and reduced carbon footprint.

Features a bent A-frame design that maximizes natural light and spatial dynamics.

Integrates green roofs that promote biodiversity and thermal insulation.

Designed with flexible interior layouts to adapt to diverse community needs.

General keywords

buildings sustainability urban community residential concrete glass flexible landscaping functionality

Project specific keywords

green roof large windows overhangs open floor living walls natural light passive design textured surfaces local materials community spaces

The project is located in an urban setting characterized by a blend of historical and contemporary architecture. The intent is to create a functional space that serves both individual and community needs while complementing the existing landscape. Emphasis is placed on enhancing the surrounding environment and fostering social interaction among users.

**Spatial Organization**
The design employs a strategic approach to spatial organization, prioritizing flexibility and accessibility. Open areas are interspersed with defined zones for specific activities, promoting a dynamic interaction between different user groups. Circulation pathways are clearly defined, ensuring efficient movement throughout the space, while also encouraging exploration and engagement.

**Materiality and Sustainability**
A key focus is on material selection that reflects both durability and environmental responsibility. The use of locally sourced materials minimizes the carbon footprint, while innovative construction techniques aim to reduce waste. Additionally, the integration of green roofs and rainwater harvesting systems contributes to the building’s sustainability, enhancing its resilience in an urban environment. Natural lighting is maximized through strategically placed windows, reducing dependency on artificial lighting throughout the day.