Arts Thread

Louis Deane
PRODUCT DESIGN ENGINEERING

Glasgow School of Art

Specialisms: Product Design / Industrial Design / Sustainable Design

Location: Brighton, United Kingdom

louis-deane1 ArtsThread Profile
Glasgow School of Art

Louis Deane

Louis Deane ArtsThread Profile

First Name: Louis

Last Name: Deane

Specialisms: Product Design / Industrial Design / Sustainable Design

Sectors:

My Location: Brighton, United Kingdom

University / College: Glasgow School of Art

Course / Program Title: PRODUCT DESIGN ENGINEERING

About

I am a graduate Product Design Engineer working between industrial design and engineering, with a particular interest in how everyday products shape behaviour, ownership and consumption. My work combines human insight, structured design frameworks and engineering thinking to develop meaningful, practical products. I’m particularly interested in how industrial design can address wider systems of ownership, value and waste, while creating simple, intuitive solutions that balance user needs, aesthetics and technical performance.

Series W is a project that addresses a fundamental issue within sustainable design: we are constrained by the economic and political systems we operate within. Capitalist linear models drive rapid product turnover, shortening lifespans and reinforcing a culture of replacement. In domestic appliances this is increasingly evident, with a surge in non-repairable sealed components and inaccessible assemblies making repair difficult and uneconomical. Framed through the lens of Walter Stahel’s performance economic theory, the project challenges linear models by proposing an alternative centred around service life extension. Consumers, rather than purchasing ownership, purchase a product’s performance. This incentivises manufacturers to design around circular values, making extended service life more profitable than linear models. This is explored through the redesign of a washing machine, one of the highest contributors to climate impact within the domestic product category. It targets bearing failure as a key limitation. The design focuses on disassembly, access and component architecture, enabling efficient repair through a modular ballast system, guided drum removal and a simplified disassembly process. It demonstrates how mechanical design can support extended service life while remaining grounded in manufacturing reality.