This conceptual project investigated how a simple hexagonal module can generate complex spatial patterns through repetition, variation and aggregation.
The structure was developed using parametric design methods, allowing individual cells to change depth, orientation and density while remaining part of a coherent geometric system. The result is a continuous surface that operates simultaneously as a spatial installation, display system and sculptural object.
The project explored the relationship between order and variation, demonstrating how computational workflows can transform a single geometric component into highly differentiated configurations.
Such modular systems have applications in interior architecture, exhibition design, retail environments, shelving systems and large-scale feature walls.
Project Information
Project: Hexagonal Modular Structure
Role: Designer, Computational Designer
Tools: Rhino, Grasshopper, 3ds Max
Year: 2015
Type: Concept Design
Topics: Modular Design, Computational Design, Interior Installation, Parametric Furniture
