Incom ist die Kommunikations-Plattform der Hochschule Anhalt Fachbereich Design

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AO1_AGGREGATES

To understand the geometry of the dodecahedron, we first built a paper model. This helped clarify the spatial structure before moving into the digital environment.

Thanks to previous experience with Blender, I found my way into Rhino3D quite quickly, although some functions required adjustment. After unrolling the model, I designed a parametric pattern directly through experimentation.

The final design features interwoven circular forms that together create a larger circular shape. Slightly offset to one side, the composition suggests a soft directional flow. The form takes subtle inspiration from organic symmetry and meditative structures often found in nature and cultural symbolism.

Process

At the beginning, there were some challenges in creating the dodecahedron in Rhino3D due to its complex geometry requiring precise modeling. Once the model was completed, I unfolded it to create a flat template, carefully marking the fold and cut lines. Additionally, I added glue tabs to facilitate assembly and ensure stability.

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Final

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Conclusion

While working on my geometric paper sculpture – a dodecahedron with delicate cut-out patterns – I learned a lot about creative work with materials. One of the most important lessons was how valuable it is to experiment. Only by trying out different techniques could I discover how to cut the fine patterns properly while keeping the structure stable.

I also realized how important it is to be careful, especially when cutting. If you remove too much paper or cut in the wrong place, the whole form can become unstable. This might cause the faces to bend or the entire shape to fall apart. That’s why patience and precision are essential when working with such detailed designs.

Overall, I’ve learned that making mistakes is part of the learning process. By experimenting, you not only find better solutions but also learn a lot about the materials, the tools, and your own creative process.

Ein Projekt von

Fachgruppe

Integriertes Design

Art des Projekts

Keine Angabe

Betreuer_in

foto: Prof. Dr. Manuel Kretzer

Zugehöriger Workspace

25_GL_Material und Technologie

Entstehungszeitraum

Sommersemester 2025