ARCHITECTURE DESIGN/ PAVILION

Project idea

The project is an innovative architectural pavilion designed under the concept of a "Fluid Organic Shell." The design draws deep inspiration from organic growth patterns and fluid parametrics found in nature, such as coral formations and soft tissues. The core intent is to create an immersive architectural experience that harmoniously blends structure, light, and dynamic flow into a unified spatial form.

Project description

The architectural form evolves through a strict parametric approach where a single arch module is systematically repeated, scaled, and morphed to generate the entire flowing structure. The composition strongly emphasizes smooth transitions between architectural elements and integrates perforated surfaces to optimize natural light and ventilation, creating a visually lightweight yet highly expressive pavilion design.

Technical information

Technically, the pavilion is developed using advanced parametric design techniques, utilizing lofting interpolation between curves to create fluid surfaces supported by underlying structural ribs. For prototyping, the model was executed using 3D printer PLA material. For real-life application, the suggested materials include a hidden structural frame supporting a flowing shell of Glass Fiber Resin alongside perforated panels to ensure durability and geometric precision.