Architecture project // Charred Wooden Shingles and Vertical Gardens Transform Community Space in Urban Setting

Charred Wooden Shingles and Vertical Gardens Transform Community Space in Urban Setting

Author:

Alexis Nicolas Lusso

Combining charred wooden shingles with vertical gardens, the design enhances urban biodiversity while providing a multifunctional community space that fosters social interaction and engagement.

5 key facts about this project

Charred wooden shingles enhance durability and weather resistance while offering a unique aesthetic.

Cross-laminated timber panels contribute to the building's lightweight structure and natural insulation properties.

Vertical gardens are integrated into the design, promoting local biodiversity and improving air quality.

The bent A-frame design optimizes natural light penetration and creates dynamic interior spaces.

Community spaces are strategically placed to foster interaction and engagement among users.

General keywords

urban commercial community sustainability contemporary multifunctional greenery public mixed-use building

Project specific keywords

vertical garden glass facade eco-roof modular design steel framework natural lighting community space passive heating open floor urban landscape

### Project Overview

The project, located in [Geographical Location], aims to address contemporary architectural challenges while reflecting the cultural and environmental context of the region. The design approach emphasizes utility and aesthetic harmony, responding to both the community's needs and the surrounding landscape. The architect intends to create a space that fosters interaction, sustainability, and innovative use of materials.

### Spatial Organization

The layout prioritizes user experience through an intentional configuration of public and private spaces. Open areas facilitate social gatherings and community engagement, while distinct zones provide privacy and tranquility for individual activities. The design incorporates flexible spaces that can adapt to a variety of functions, promoting inclusivity and accessibility for diverse user groups. Circulation paths integrate seamlessly with the overall spatial flow, enhancing connectivity between different areas of the building.

### Material Selection and Sustainability

The project employs a selective palette of materials chosen for their functional and ecological benefits. Key materials include:

- **Concrete**: Providing structural strength and longevity.
- **Glass**: Maximizing natural light and visual connection to the outdoors.
- **Timber**: Adding warmth and a tactile quality, contributing to user comfort.
- **Steel**: Enabling expansive open spaces while maintaining structural integrity.
- **Brick**: Offering cultural resonance and texture that connects the building to its historical context.

Sustainability is a core principle of the design, integrating features such as renewable energy systems and rainwater management. The thoughtful material choices and environmental strategies contribute to a reduced ecological footprint, aligning with contemporary practices in green architecture.

The project exemplifies a balance between modern design ethos and regional identity, enhancing the community's environmental quality while also addressing the functional demands of its inhabitants.