This project aims to leverage artificial intelligence technologies for sportwear ergonomic designing and manufacturing, specifically using dynamic 3d body scanning data.

Conventional elastomeric materials used in wearable protective products for cushioning purposes are non-breathable and easily trap perspiration. This study aims to develop a novel multi-layer knitted fabric structure with good durability to improve the wearing comfort of the protective products.

Thie project provides an AI-based framework to enhance the design of fit of footwear and insoles

This project focuses on developing AI-assisted wearable sensor technology to enhance exercise performance.

The design of 3DBMS aims to offer a novel approach for evaluation of sports bra designs.

This study offers exciting new ways of addressing the complex problems of engineering high performance sports bras. A revolutionary non-contact method is proposed to characterise the boundaries and morphology of the breasts, and dynamically measure the body surface, stretchability of the skin and regional deformation of soft tissues which cannot be done through traditional 3D body scanning and optical motion capturing systems.