Traditionally, the architectural grid dictates a rigid hierarchy where space is enslaved by structural alignment. This thesis proposes a Discrete Resilient System that moves beyond mere structural redundancy to achieve Total Spatial Liberation. By utilizing a non-linear syntax of 30°, 60°, and 90° rotations, the system generates an "invasive" network that functions independently of traditional column-and-wall alignment.
While modernism attempted to free the plan, this system freed the structure itself. This "structural granularity" allows for a truly flexible design approach where floors, sections, and programs are no longer constrained by the grid. The result is a resilient architectural fabric capable of evolving its spatial quality in real-time, proving that even within a rigid environment, a discrete modular network can foster infinite spatial adaptability.
