Architecture project // Charred Wooden Shingles and Low-E Glass Integrate Seamlessly in Sustainable Community Space

Charred Wooden Shingles and Low-E Glass Integrate Seamlessly in Sustainable Community Space

Authors:

gustavo bautista moros, erika marcela gomez ramirez, erika tatiana hasbon luna, Carlos Uriel Vargas Nuñez

Incorporating charred wooden shingles and low-E glass, the design achieves a harmonious balance of aesthetic appeal and energy efficiency, serving as a versatile space for community engagement.

5 key facts about this project

Utilizes charred wooden shingles to enhance durability and fire resistance.

Incorporates low-E glass to optimize natural light while minimizing heat loss.

Features cross-laminated timber panels for structural strength and sustainable sourcing.

Integrates a unique bent A-frame design for effective water drainage and aesthetic appeal.

Includes a rainwater collection system to support landscape irrigation and sustainability.

General keywords

residential community sustainable commercial multi-use urban landscape office building contemporary

Project specific keywords

low-e glass green roof sustainable timber public plaza natural ventilation photovoltaic panels community gathering rainwater system open-plan layout landscape integration

**Project Title: [Insert Project Title Here]**
**Location: [Geographical Location]**
**Architect: [Architect’s Name or Firm]**
**Completion Year: [Year of Completion]**

#### Overview
Situated in [Geographical Location], the design emphasizes a thoughtful integration with its surroundings while addressing contemporary architectural challenges. The main objectives include enhancing user experience and promoting sustainability through innovative design solutions. The project responds to the local context and user needs, facilitating a harmonious relationship between the built environment and its natural landscape.

#### Spatial Arrangement and Interaction
The spatial strategy focuses on creating functional and engaging areas that foster social interaction and connectivity. Inside, the arrangement of spaces encourages movement and flow, enhancing user experience. Design elements such as large openings and strategically placed circulation routes promote natural light and views, establishing a visual and physical connection with the exterior environment. This design approach underscores the importance of relationship-building among users and the surrounding landscape.

#### Material Selection and Sustainability
A carefully curated selection of materials reflects both aesthetic and environmental considerations. Key components include:

- **Reinforced Concrete**: Provides structural integrity and longevity.
- **Low-E Glass**: Maximizes light entry while ensuring energy efficiency.
- **Sustainable Timber**: Adds warmth to interior spaces and aligns with sustainable practices.
- **Steel**: Used for structural elements, offering a modern aesthetic and reliability.
- **Brick and Natural Stone**: Introduce textural variety and blend seamlessly with the environment.
- **High-Performance Insulation**: Enhances energy efficiency across the structure.

This material palette not only addresses the functional requirements of the building but also prioritizes low environmental impact, supporting the overarching sustainability goals of the project.