Members in SIDLAB

Research interests include kinematics, dynamics analysis, and sports performance optimization.

Research focuses sports equipment usability evaluation, kinematics and dynamics analysis, and sports performance optimization.

Research focuses on the biomechanical design and evaluation of functional sole structures, as well as kinematic and kinetic analyses of gait during walking and running.

Research focuses on joint angle coordination analysis, injury prediction, and training equipment evaluation for athletes.

Research focuses on the effect of training method of visual simulation on table tennis, usability analysis of training equipment, and user behavior analysis.

Research focuses on muscle synergy, biomechanics, and Taekwondo technique optimization to enhance performance and efficiency.

Research focuses on improving athletic techniques through mechanical data and joint coordination, as well as studying training methods and the effects of external stimuli to optimize physical performance.

Practical Kinesiology for Coaches.

Research interests include computer vision, digital health care, machine learning, and sports performance.

Research focuses on sports mechanics, including motion analysis, injury prevention, equipment optimization, and advancing sports science and health engineering.

Research focuses on physiological knowledge-based mechanistic studies and biomechanical analyses of human movement.

Research focuses on foot-ground interaction and gait biomechanics.

Research focuses on anti-doping science, with an emphasis on applying data science and machine learning to develop doping risk indices and assessment frameworks.

Research focuses on human movement analysis, the mechanisms and prevention of sports injuries, and feasibility studies of sports equipment.

Research interests include sports performance optimization through kinematics & kinetic analysis.

Research focuses on football studies, biomechanics, injury prevention, and enhancing performance through scientific methods.

Research focuses on sports mechanics, movement analysis, and technique optimization to enhance performance and reduce injury risk.

Research areas include posture estimation, motion capture, motion analysis, sports training, and rehabilitation therapy, with a focus on advancing methodologies in sports science and therapy.

Research focuses on enhancing athletic performance and preventing injuries through innovative, science-based training solutions.

Research interests focus on biomechanics and data-driven analysis of human movement.

Research interests focus on biomechanics and sports motion analysis, aiming to understand the mechanical factors that influence human movement and athletic performance.

Research interests include anti-doping science, sports governance, and integrity management in international sport.

Exercise physiology, skeletal muscle biology, aging-related geriatric syndromes and metabolic disorders, animal models, bioinformatics, and anti-doping science.