Fall 2024
University of Florida
Instructor: Judi Monk / Collin Rohr
University of Florida
Instructor: Judi Monk / Collin Rohr
“Cube” is a refined exploration of architectural form, where the careful manipulation of linear, planar, and volumetric elements gives rise to a cohesive system of space. Through the intentional alignment of these fundamental components, the project examines how geometry can shape experience, establish hierarchy, and define movement within a given context. Every decision—from the simplest plane to the most complex volume—contributes to an architectural dialogue that is both structured and fluid. “Cube” is not merely an exercise in space-making, but a sophisticated orchestration of form and function, where design and intent converge to create a space that resonates on both intellectual and sensory levels.”
AN IDEA:
The design of “Cube” evolved from section drawings of a previous model I had built, where I critically examined what elements worked and what didn’t. This process of reflection informed the creation of a refined model, introducing an almost explicit grid and a planar system to achieve a nuanced conceal/reveal effect. The interplay between these planes and the volumetric elements was intentionally crafted to imply weight, creating a striking juxtaposition with the light, linear components. This delicate balance of form and mass allows the architecture to speak both to the visual and spatial experience, heightening the tension between solidity and transparency”
REDEFINE:
I redefined my drawings by translating them into an axonometric diagram, offering a new perspective on the design. This approach helped me better understand the spatial relationships and identify which elements worked well, allowing me to refine and improve the overall structure and its composition.”
Interpretation
The finished product was developed from my section cut drawings, which guided the design process. I identified functional systems and addressed areas where they weren’t working. By introducing hierarchy and juxtaposing thin linear elements with heavy volumetric shapes, I created a dynamic balance that ultimately shaped a cohesive cube structure. This approach highlighted both form and function, enhancing the overall spatial experience while ensuring that systems operated effectively