EONS

EONS (Exploring Organic Nodes Structure) is a project focused on designing a modular polyhedron structure, developed as part of the Expertise 2: Nodes course, guided by Prof. Dr. Manuel Kretzer and Ali Etemadi from the Materiability Lab.

The project utilized a Grasshopper script to visualize and generate precise 3D-printed nodes, which were used to connect wooden sticks and construct a structure. Initially intended as a rigid framework for a single product, the design evolved into a flexible, scalable system during prototyping. This modular system offers endless configuration possibilities, making it adaptable for diverse applications, including space dividers, lightweight frameworks, sculptural installations, and product design. Its simplicity, adaptability, and aesthetic value position it as a versatile tool for creative structural solutions.

1. Initial References

I started by defining a product inspired by traditional partitions that also functions as a scarf hanger. To connect it to my culture, I drew inspiration from Islamic geometry and traditional patterns, incorporating elements from my heritage into the design.

2. Geometry Exploration

In this phase, I transitioned from 2D patterns to 3D polyhedron forms, refining the Grasshopper script and integrating plugins to create precise 3D-printable nodes for seamless construction.

3. Nodes Development

After finalizing the geometry, I tested various node designs and printing materials (PC, PLA, and PETG) through trial and error. This iterative process led to the establishment of three distinct node types, ensuring efficient and effective construction.

4. First Prototype

I built the first prototype using 3D-printed nodes and wooden sticks, uncovering the polyhedron structure's versatility. Exploring different stacking configurations revealed that it could evolve into a highly versatile and adaptable framework, offering multiple applications and design possibilities.

5. Final Prototype

In the final model, I constructed the structure using the designed nodes, showcasing its versatility and strength despite being lightweight. Its modular, easy-to-assemble design allows for future expansion, customization, and diverse applications.

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