Ostra [Lamp]

Biomimetic lighting object exploring structure, pattern, and translation from marine systems

Studio Assignment

This project was completed as part of Design Studio I, which focused on developing design concepts through observation of natural and built systems. The studio emphasized extracting organizational patterns, translating them into new contexts, and refining them into resolved objects. The work follows a four-phase process: -Composition -Biological Analysis -Translation into form -Synthesis into a final design Ostra represents the culmination of this process.

Project Description

Ostra is a lighting object developed through a process of observation, analysis, and translation of natural systems into a three-dimensional form. The project draws from the structural logic of the hexagonal cowfish exoskeleton, using its geometric organization as a framework for design. Through iterative modeling and material testing, the lamp translates biological pattern into a constructed surface system. The final form explores how repetition, symmetry, and layered geometry can produce both structural integrity and visual complexity when activated by light.

The design is inspired by the hexagonal cowfish, whose exoskeleton is composed of rigid, interlocking polygonal units. This natural system balances protection, efficiency, and structural clarity through repetition and modularity.

Rather than directly replicating the organism, the project abstracts its geometric logic—focusing on:

tessellation
structural layering
controlled variation within repetition

This approach allows the final object to reference natural organization while existing as a distinctly engineered form.

Initial studies focused on extracting patterns from biological reference material and translating them into two-dimensional compositions. These patterns were then iteratively developed into three-dimensional models using digital and physical methods.

The final lamp is composed of two layered surfaces constructed from folded triangular modules. These layers are slightly offset, creating a depth condition that enhances the interaction between light and surface.

When illuminated, the layered system produces subtle distortions and shifting patterns, emphasizing the relationship between structure and perception. The material choice reinforces this effect, with the natural grain of the wood interacting with light to add additional variation.

Ostra demonstrates how biological systems can inform design without direct imitation. By translating natural organizational logic into a controlled geometric system, the project creates a balance between organic reference and engineered precision.

The final object operates both as a functional light source and as a study in pattern, structure, and material expression.

year

2025

timeframe

4 months

tools

Rhino 3D, Adobe Suite