This project aims to design and develop a low-cost prosthetic foot for unilateral transtibial amputees and therefore affordable to most individuals with lower limb loss.

This project aims to use innovative ideas to develop a one-size-fits-more bra cup and aerodynamic cycling-specific sports bra.

The project aims to to regenerate cellulose to become a filler which compounding to the high flexible Fused Deposition Modelling (FDM) 3D printing material.

This research project aims to develop a comprehensive understanding of breast biomechanics and ergonomics through the use of 4D scanning data.

This project pioneers the development of specialized high-performance sportswear engineered exclusively for elite wheelchair racing athletes. Through an athlete-centered design philosophy, we integrate cutting-edge textile technology with biomechanical research to create garments that simultaneously address three critical challenges: reinforced durability in high-friction zones to withstand intense training demands, enhanced comfort through posture-specific ergonomic tailoring that […]

This project focuses on developing specialized triathlon sportswear tailored for para-athletes while incorporating distinctive Guangzhou cultural elements. By integrating sports science, biomechanics, advanced materials, and functional apparel design, we aim to create an innovative, holistic sportswear solution specifically engineered for elite para-triathletes. The project outcomes will establish new standards for adaptive athletic wear, significantly enhancing […]