Conceptual architectural study exploring biomorphic form generation and continuous spatial systems. The project investigates how organic geometries, derived from cellular and growth-based logics, can define structure, enclosure, and spatial experience simultaneously.

A fluid architectural language integrates façade, structure, and landscape into a unified system, dissolving conventional boundaries between interior and exterior. Large openings, porous surfaces, and layered shells enable light, air, and vegetation to permeate the building, creating an immersive environmental condition rather than discrete rooms.

Developed through an AI-assisted and computational design workflow, the project explores iterative form-finding, material continuity, and performance-driven geometry, positioning architecture as a living, adaptive system rather than a static object.