Designing Eco-Friendly Kambuik Shopping Bags: A Quality Function Deployment Approach

Abstract

The proliferation of plastic shopping bags has raised concerns regarding environmental sustainability. To address this issue, technological advancements have enabled the development of eco-friendly shopping bags. These bags can be returned, contributing to a more eco-conscious shopping experience. However, aligning these bags with customer preferences and needs presents a significant challenge. To overcome this, we propose the use of the Quality Function Deployment (QFD) method. Applying the QFD method, we have identified the technical characteristics of eco-friendly shopping bags, utilizing woven Mansiang leaf material. The resulting bags measure 55 cm in length, 35 cm in height, and 8 cm in thickness. Furthermore, we present innovative designs, including bags, wallets, and flower holders. The inherent strength of the woven Kambuik material allows for efficient carrying capacity, offering a viable alternative to plastic shopping bags. Notably, Kambuik is derived from plants and has minimal environmental impact. Our research confirms the feasibility of designing safe and eco-friendly Mansiang leaf shopping bags, aligning with sustainable practices.