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the amphibian - interlocking system

In the second segment of our course, „Material und Technologie“, we were presented with the challenge of designing an interlocking system using two-dimensional components that could be assembled into a cohesive three-dimensional structure. This task required us to develop a thoroughly conceived concept, ensuring the entire structure could be constructed solely from the specifically designed shapes. This meant not only devising an innovative shape but also creating a detailed plan to turn this idea into a tangible reality, which all in all proved to be more complex than I initially anticipated...

My first Idea

From the outset, my vision for this project was to create a dynamic interlocking system that would emulate an organic structure. My initial idea revolved around designing a shape that could bend, despite being constructed from medium-density fiberboard (MDF), a material inherently rigid and unyielding. Achieving this concept required devising an innovative approach to make an otherwise inflexible material appear flexible.

first sketchings

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final first idea

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To explore this first final idea, I first tested the concept using cardboard. The system worked to some extent, leading me to believe it could also be applied to MDF. However, during these experiments, I noticed small cracks forming in the cardboard, which should have served as a warning sign. Despite this, I remained optimistic, convinced that my concept would function exactly as I had envisioned.

This confidence was challenged when I attempted to translate the idea into the 3D modeling software Rhino8. The complexities of my design quickly exceeded my technical understanding of the program, and I found myself struggling to make progress. Furthermore, upon revisiting the properties of MDF, I came to the realization that the material simply would not bend. It would fracture and break instead. Faced with these realities, I ultimately had to abandon my original concept.

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new concept

Although my initial idea had failed, and time was becoming a critical factor, I was determined to maintain the organic aesthetic I had envisioned. I returned to Rhino8 and started experimenting with simpler shapes as a foundation. This approach provided a clear framework to ensure that the components could interlock successfully. As I gained familiarity and confidence with the software, I began to refine the basic design, gradually transforming it into a more intricate, alien-like scaffolding.

I added ornamental details and experimented with various tools within Rhino8, allowing my design to evolve organically. Each adjustment brought me closer to the final structure, and through persistent experimentation, I was ultimately satisfied with a design that balanced functionality and the unique, organic aesthetic I had initially sought.

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laser-cutting the final idea

Laser-cutting the components worked better than I initially expected. The slots of the components had the perfect width on the first try, so I was able to start laser-cutting as many components as possible without any further complications.

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Concept Development - the final object

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After laser-cutting all  components, I startet to think about the final three-dimensional object using the interlocking system. Like I said since the beginning, the focus was on organic forms. Almost on its own, an object quickly emerged that, to me, gives the impression of growth. I was ultimately very satisfied with it because it perfectly fulfills the fundamental requirements I had set for myself right from the beginning.

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Interlocking possibilities - in detail

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Flyer - the amphibian

WS24_A1_T02_Bletsos_Jannis.pdf PDF WS24_A1_T02_Bletsos_Jannis.pdf

Ein Projekt von

Fachgruppe

Integriertes Design

Art des Projekts

Studienarbeit im ersten Studienabschnitt

Betreuung

foto: Prof. Dr. Manuel Kretzer

Zugehöriger Workspace

24/25_GL_Material und Technologie

Entstehungszeitraum

Wintersemester 2024 / 2025