The aim of this project is to design a modular plug-in system made up of flat, two-dimensional elements. These individual components should be designed in such a way that they can be assembled into a stable, three-dimensional structure without the need for additional connectors. The goal is to create a spatial configuration through repeatable interlocking that is both functional and aesthetically convincing.The components were designed in Rhino and subsequently laser-cut from MDF. In total, 20 to 50 elements were produced to create a flexible, three-dimensional structure. The development process was supported and documented through analog sketches, digital modeling, and systematic experimentation.
PROCESS
My goal was to design a plug-in element that could be assembled into a shape resembling an oloid. To make the element more visually interesting, I divided it into two geometric forms within a circle: a semicircle and a triangle. This combination creates a dynamic contrast between soft and angular surfaces, giving the system a sense of movement and tension. By carefully arranging and connecting the elements, a three-dimensional structure emerges that echoes the flowing motion of an oloid.
FINAL ELEMENT
CONCLUSION
Rhino was really intimidating at first, but once I got the hang of it, I immediately felt excited to start new projects. ELEMENTS was a great introduction to the world of 3D Design.
