Architecture project // Charred Wooden Shingles and Recycled Concrete Shape Versatile Community Spaces

Charred Wooden Shingles and Recycled Concrete Shape Versatile Community Spaces

Author:

Mark Elliott Bucciarelli

Constructed with charred wooden shingles and recycled concrete, the design creates adaptable community spaces that prioritize sustainability and social interaction.

5 key facts about this project

Charred wooden shingles provide enhanced weather resistance and an aesthetic connection to the environment.

Cross-laminated timber panels contribute to rapid assembly and carbon sequestration benefits.

Flexible infrastructure allows the space to adapt to various community needs over time.

Natural lighting is maximized through strategically placed glass facades to reduce energy consumption.

Transitional zones create inviting interfaces between private and public areas, promoting interaction.

General keywords

sustainability community urban future resource-based flexibility living green infrastructure spaces

Project specific keywords

recycled concrete community hubs green spaces flexible infrastructure adaptive reuse centralized intersection natural lighting biophilic design transitional zones local materials

### Overview

The HRT LND project presents a forward-thinking concept aimed at fostering a resource-based urban environment suitable for diverse populations. Designed for the Builder's 2024 Unbuilt Competition in the Large Visions category, the initiative seeks to align human needs with ecological imperatives, proposing a framework for future living that emphasizes sustainability, adaptability, and community interaction.

### Spatial Configuration

The project features a thoughtful spatial strategy characterized by interconnected areas that prioritize accessibility and community engagement. A central intersection serves not only as a transportation hub but also as a communal gathering space, enhanced by green elements and seating arrangements that encourage social interaction. The overall layout is structured as a flexible grid system, enabling efficient movement while accommodating future growth and changing community dynamics.

### Material Selection

Materiality is crucial in advancing the sustainability objectives of the project. Although specific materials are not detailed, potential selections include recycled concrete for structural components, glass for curtain walls to maximize natural light, steel for durability in structural frameworks, and wood for both interior and exterior finishes. This combination of materials aims to create spaces that emphasize ecological balance and resource efficiency, aligning with the broader goals of sustainable urban development.