Polyhedronic
Project Type
Experimental Design
Date
January–May 2025
Polyhedronic is a research-driven design project exploring the historical and mathematical relationships between shape, number, and sound. The project investigates how harmonic frequencies found in nature can be translated into geometric systems, drawing inspiration from sacred geometry, mathematics, and visual pattern formation.
Through a series of visual studies, Polyhedronic transforms invisible phenomena, such as vibration and resonance, into structured geometric compositions. The work aims to reveal the underlying order present in sound and form, demonstrating how abstract mathematical principles can be expressed through graphic design.
The project was awarded the Conger Goodyear Award for Excellence in Graphic Design at Adelphi University.
Polyhedronic is a research-driven design project exploring the historical and mathematical relationships between shape, number, and sound. The project investigates how harmonic frequencies found in nature can be translated into geometric systems, drawing inspiration from sacred geometry, mathematics, and visual pattern formation.
Through a series of visual studies, Polyhedronic transforms invisible phenomena, such as vibration and resonance, into structured geometric compositions. The work aims to reveal the underlying order present in sound and form, demonstrating how abstract mathematical principles can be expressed through graphic design.
The project was awarded the Conger Goodyear Award for Excellence in Graphic Design at Adelphi University.
Polyhedronic
Project Type
Experimental Design
Date
January–May 2025
