The task was to design modular elements that would be laser-cut from MDF and could be assembled in multiple ways to create larger structures. The challenge was to ensure that the individual pieces could connect seamlessly while maintaining an aesthetically appealing design.

Initially, I planned to create two separate pieces: a longer form inspired by a tree trunk and a triangular shape representing leaves. My idea was to combine these elements to create organic, nature-inspired compositions. However, I soon realized that achieving a functional interlocking system with two differently shaped pieces was too complex. As a result, I decided to simplify my approach and focus solely on the triangular form.

For the pattern, my original concept included circles of varying sizes. However, after further consideration, I refined the design to incorporate drop-like shapes, symbolizing the splash of a water droplet. To ensure symmetry and consistency, I duplicated this pattern in each corner of the triangle. This not only enhanced the visual appeal but also maintained balance within the overall composition.

Each triangular piece features three evenly spaced slits, allowing it to connect with other identical pieces. When multiple elements are assembled, they form an intricate, orb-like structure. The modular design enables a variety of configurations, making it versatile for different creative and structural applications.

This project allowed me to explore both geometric abstraction and functional design while working with laser-cutting technology. The experience highlighted the importance of adaptability in the design process and reinforced the value of iteration when refining a concept. Ultimately, the final structure successfully blends aesthetics with practical assembly, demonstrating the potential of modular design in creating complex, interconnected forms.