PROJECT 2.0
WORKFLOW fEATURE
Year
2025
Status
Completed
Size
Dynamic
Location
Void






Vertical Growth Patterns
This phase explores the generation of complex vertical forms through iterative geometric systems. Starting from simple base shapes, the process gradually scales and evolves them, producing intricate and expressive structures. Inspired by principles found in nature, this approach ensures harmony, uniqueness, and a high degree of formal diversity across iterations.
Parametric controls drive the transformation of proportions, allowing each form to adapt seamlessly to different spatial constraints. Whether focused on upward growth or its inverse, these systems support a broad spectrum of vertical architectural expressions — from iconic towers to conceptual spatial frameworks.
Lateral Expansion & Systemic Variation
Building on the vertical logic of the previous phase, this chapter introduces lateral scaling to create more diverse and unconventional forms. The workflow enables multidirectional growth, challenging traditional spatial hierarchies and creating new possibilities for architectural massing.
Automated systems are leveraged to iterate rapidly through variations, making the design process fluid, scalable, and responsive. This stage emphasizes the adaptability of the forms across different typologies and site-specific contexts.
Workflow Process
Vertical and Lateral Expansion

AI Integration

Regenerative Interpretation
Regenerative Interpretation & AI Integration
In this phase, abstract geometries are reinterpreted through advanced AI-driven workflows. The generative outputs evolve into architectural elements at varying scales — from components and spatial modules to buildings and broader urban visions.
Initial shapes serve as catalysts for reinterpretation, resulting in a spectrum of design expressions that extend far beyond their origins. These transformations can feed into spatial visualizations, 3D environments, or immersive motion outputs — reinforcing a fully integrated, future-facing design pipeline.
