Ornate Chronicles: Computational Ornamentation in Architecture

The absence of ornamentation in contemporary architecture has resulted in cities dominated by repetitive glass high-rises, lacking cultural identity and emotional engagement. Historically, ornamentation has served as a medium to symbolize values and narrate the stories of various cultures. Its removal not only erases these narratives but also diminishes the human connection to the built environment. This thesis proposes reintroducing ornamentation with a universal theme inspired by nature, appealing to diverse audiences. By abstracting the movement and growth of natural forms, the designs can create stimulating architectural experiences and provoke curiosity about their meaning.

To achieve this, computational and procedural design tools are employed to generate intricate patterns and structures efficiently, eliminating the need for manual modeling of each surface. These designs are then physically realized through 3D printing techniques. The resulting printed forms can function as moulds for casting structural members or as casings to envelop existing structures. This approach combines the aesthetic and symbolic benefits of ornamentation with modern fabrication methods.