Geo

The project investigates material strategy as a primary design driver, combining steel tubing with Plasticflux as a structural and expressive element. Paired with a cellulose-based biofoam core, GEO reduces reliance on petroleum-based materials while maintaining comfort, durability, and suitability for high-traffic environments.

Geo began with an investigation into how sustainable materials could play a more integral role in furniture design, rather than being treated as an afterthought. Early research focused on identifying materials that balanced environmental responsibility with durability, comfort, and manufacturability. This led to the selection of Plasticflux, a recycled plastic composite, as a core structural and visual element, alongside steel tubing and a cellulose-based biofoam to reduce reliance on petroleum-derived materials.

Throughout development, Geo was shaped through iterative prototyping and full-scale testing to ensure that material choices supported real-world use. Particular attention was given to ergonomics, proportions, and long-term comfort, resulting in a lounge chair suited for liminal and public environments where durability and repeated use are essential. By integrating sustainable materials directly into the structure of the chair, Geo frames responsibility as an inherent quality rather than a visible statement.

Since its completion, Geo represents an approach to furniture design where sustainability, comfort, and longevity are aligned. The project demonstrates how thoughtful material strategy and hands-on fabrication can result in a product that feels both considered and approachable—offering users a comfortable place to sit while quietly reducing environmental impact.