Designing & Developing Outerwear from a Given Specification

Abstract

This thesis explores the design and development of outerwear, specifically jackets, constructed from a specific 3-layer fabric composition. The outer layer consists of 100% T2T Polyester, while the inner layer consists of 100% recycled polyester. The primary focus is on the mid-layer, which includes jute fabrics in two variants. The research focuses on the durability, durability and comfort of these materials as well as their performance characteristics in outerwear design. The thesis examines the viability of jute as a sustainable alternative for outerwear manufacturing through an iterative design process, prototype testing and performance testing. Key discoveries feature the impact of jute fabric type on jacket functionality, including breathability, and overall durability. For future advancements in outerwear design, the study provides insights into sustainable material choices and manufacturing methods.