Architecture project // Bomb Shelter Integration with Recycled Concrete and Sustainable Wood Panels in Community Living Spaces

Bomb Shelter Integration with Recycled Concrete and Sustainable Wood Panels in Community Living Spaces

Authors:

Jaeyu Kim, Jing Lin Ng

Incorporating bomb shelter elements within a framework of recycled concrete and sustainable wood panels, this design creates adaptable community living spaces that effectively address safety and environmental concerns.

5 key facts about this project

Integrates bomb shelters within the living spaces for enhanced safety.

Utilizes recycled concrete materials to reduce environmental impact.

Features custom cross-laminated timber panels for structural efficiency.

Incorporates charred wooden shingles for fire resistance and aesthetic design.

Employs a bent A-frame structure to optimize interior spatial dynamics.

General keywords

sustainability community modular reuse public housing safety collaboration local adaptability

Project specific keywords

recycled concrete modular pavilion balcony rainwater hardscape insulation bombshell community

### Overview
Located in a post-war context, the project [000] aims to address urgent housing demands through a strategy centered on sustainability and community involvement. Emphasizing the reuse of materials and existing structures, the design seeks to establish resilient living environments while fostering social cohesion and environmental responsibility.

### Spatial Strategy
A key component of the design is the reinforcement of existing buildings, prioritizing structural sustainability and minimizing waste. The approach integrates modular components that provide flexibility in accommodation, allowing spaces to adapt seamlessly to evolving community needs. Additionally, the inclusion of features such as bomb shelters within existing basements not only repurposes space effectively but also enhances safety for residents.

### Materiality and Environmental Considerations
The project employs a range of materials focused on performance and ecological sustainability. Recycled building rubble is utilized in concrete mixtures, while preserved existing windows improve thermal efficiency. Steel offers structural support, and polycarbonate panels in balcony designs facilitate thermal regulation. Furthermore, rainwater harvesting systems are integrated, promoting self-sufficiency in water management and contributing to resource-efficient living environments.