**Overview**

Located in Hong Kong, the Capsule housing system addresses significant challenges associated with urban housing in densely populated areas. The project employs a modular design strategy, utilizing a systemic approach that fragments living spaces into smaller, adaptable units referred to as "capsules." This framework is designed to respond dynamically to fluctuating population densities and demographic needs, allowing for configurations that can evolve over time.

**Spatial Strategy**

The spatial organization utilizes a grid framework that consists of a core beam and column structure, which facilitates the positioning and arrangement of capsules. Each basic unit measures 3m x 3m and can be adapted in various forms, including square and rectangular configurations. This modular flexibility allows for the assembly of one to four capsules within a single dwelling, accommodating both individual residents and families. Additionally, the arrangement of living units is complemented by communal spaces that promote social interaction, thereby balancing private and shared elements within the living environment.

**Material Selection and Sustainability**

Material choices play a crucial role in the durability and energy efficiency of the Capsule system. Concrete serves as the primary material for structural slabs and bases, providing stability, while steel is utilized in the framework to reduce weight and enhance resilience. Thermoacoustic panels are incorporated for sound insulation and temperature regulation, alongside drywall for interior partitions, which offer warmth and flexibility in configurations. Furthermore, the design integrates ecological materials and green spaces, such as vertical gardens, which not only contribute to sustainability but also improve urban biodiversity and air quality.