Computational Form in Light

Inspired by the natural geometry of the nautilus shell, this project explores parametric lighting through controlled curves and rotations, translating organic growth into a soft interplay of light and shadow.

My Focus

· Biomimicry Research · Computational Form Development · Parametric Design · Lighting Exploration · 3D Visualization

Duration — 1 week | Year — 2026

Tools used

Parametric design employs computational logic to generate fluid, adaptive forms, where relationships drive continuous evolution. Reflecting patterns inherent in nature, it shifts design from static geometry to responsive, interconnected form.

This direction led to the nautilus shell as a primary form reference.

Nautilus shell

The beach has always felt like home to me. Growing up around sandy feet and bags full of seashells, I was drawn to their forms — each one unique, each one holding a quiet story of the ocean.

Repetition

Incremental expansion

Depth

Structure

Proportional scaling

Incremental scaling

Expanding radius

Smooth transition

Continuous growth

Continuous flow

Depth through layering

Central origin

Growth from a fixed point

Table lamp

Inspired by the nautilus shell’s spiral growth and layered geometry, the design translates these principles into a lighting form. The intent was to balance structure and openness, allowing light to diffuse through continuous layers.

IDEATION

The ideation investigates spiral-based forms through rapid sketch explorations of structure, layering, and light. The process evolves from abstract variations to a refined and cohesive design direction.

Quick mock ups - 3d Printed