Metabolic Urbanism: This master's project at Columbia University explores the architectural principles and works of Kisho Kurokawa, investigating the relationship between metabolism, symbiosis, and spatial organization. The study seeks to translate these theoretical concepts into contemporary design strategies for dense urban environments.
Prefabrication & Modular Assembly: I examined Kurokawa's innovative approach to prefabrication and installation, where building components are designed as modular capsules. This research focuses on the mechanical assembly of architectural units, exploring how industrialized production can facilitate flexible growth and the rapid adaptation of urban structures.
Temporal Adaptation: The project investigates the temporal dimension of architecture, exploring how spaces can evolve and adapt over time while maintaining their essential character. This dialogue with Kurokawa's metabolic architecture emphasizes the building as a living organism capable of continuous renewal.
Contemporary Capsule Theory: Through design proposals, I reinterpreted Kurokawa's ideas about capsule architecture for the modern city. The design demonstrates how flexible, high-tech systems can respond to the changing socio-economic needs of contemporary urban dwellers, creating a highly responsive and personalized living environment.
