Projects

This project reviews textile-based fiber optic sensors for health monitoring, focusing on their development, wear comfort, and force-strain relationships. It aims to create pressure monitoring garments for AIS patients and devise a biomechanical model to simulate brace pressure effects on the spine. Read more

This project targets the knowledge gaps in pressure therapy garments, aiming to control pressure accurately and reduce hypertrophic scarring, ultimately enhancing burn injury management and improving treatment outcomes. Read more

This project introduces a body-mapping tank top with a biofeedback system, designed to aid muscle training for spinal deformities. It aims to restore muscle balance, reduce spinal displacement, and empower patients to enhance movement control, coordination, and posture through active engagement. Read more

PolyU's research introduces a 3D printing material with 99.9% antiviral efficacy in 2 hours, blocking COVID-19 in public spaces. Its layer-by-layer antimicrobial embedding ensures long-lasting protection. Read more

This research introduces innovative bodywear for Adult Degenerative Scoliosis, integrating clinical applications, materials science, and wearable tech. It aims to transform orthotic products and medical clothing, providing functional support and enhanced therapeutic outcomes. Read more