01We design and evaluate personalized footwear and insoles using 3D printing, functionally graded materials, and lattice structures. Our work enhances biomechanical efficiency, reduces injury risk, and optimizes user comfort across sports and daily activities.
Projects directly connected to footwear optimization.
Driven by Zero-Bond technology for a sustainable future, this project focuses on the biomechanical evaluation and optimization of high-performance running footwear—enhancing comfort, durability, and athletic performance while reducing environmental impact.
A K2-commissioned project to improve performance and recovery through custom 3D-structured insoles.
Commissioned by K2, this project evaluated the usability and applicability of 3D-printed sports insoles.
Selected SIDLAB publications relevant to footwear optimization.
Fang, Z., Xing, K., Li, X., Um, J., Lee, J., Pathak, P., & Panday, S. B. (2026). Evaluating effects of custom insoles on plantar forces during walking using principal component analysis-guided statistical parametric mapping [Conference presentation]. World Congress of Biomechanics, Canada.
Biomechanical Evaluation of 3D-Printed Insoles in Middle-Aged Women
Effects of Wearing 3D Customized Insoles on Gait Performance and Foot Comfort in Middle-Aged Women
Evaluation of 3D Printed Insoles on Comfort and Biomechanical Efficiency in Mid-Aged and Young Women
Members are included only when a related project identifies them as a research lead or participant.