This project delves into the complexities of double-curvature surfaces and their application in architectural design. It explores the interplay between global and local geometric properties, focusing on the generative control of topologically intricate forms. The objective was to create a spatially rich assembly that defies simple description from any single viewpoint, employing geometric strategies like tangencies, symmetries, and coincidences to maintain a cohesive logic despite potential surface discontinuities.

The design comprises a minimum of one double-curvature surface and one medial surface, strategically combined to suggest enclosure. This could involve attaching surfaces along edges, nesting them within each other, or employing other methods to generate compelling spatial relationships. The project investigates the impact of various panelization techniques on the overall form, considering factors such as panel scale, distribution, edge treatments, materiality, opacity, and reflectivity.

Panelization Strategies:

The chosen panelization method varied according to the specific surface type.
Panel edges were meticulously aligned to achieve the highest degree of coherence and continuity across the assembled surfaces.
At least one complex surface panelization technique was employed, potentially incorporating methods like projections, mathematical surface definitions, or Voronoi patterns.
The design integrated additional panelized surfaces, such as conic sections, primitives, surfaces of revolution, or planar quad meshes.
Surface connections were achieved through piecewise continuity (tangency, co-linearity, co-planarity) or strategic intersections.

Key Skills Demonstrated:

Advanced geometric understanding: Mastery of double-curvature surfaces and their manipulation in a design context.
Topological exploration: Ability to generate and control complex forms with intricate spatial relationships.
Innovative panelization techniques: Skill in developing and applying diverse panelization strategies to achieve specific design goals.
Spatial reasoning: Capacity to create compelling and nuanced spatial experiences through the strategic combination of surfaces and paneling techniques.

This project highlights my ability to push the boundaries of geometric design in architecture. It showcases my expertise in advanced surface modeling, panelization techniques, and the creation of spatially rich and visually engaging forms.