This course provides an in-depth overview of Functional Electrical Stimulation (FES) and its applications in sports science and rehabilitation. The first section introduces the fundamental principles of FES, including electrical parameters (frequency, pulse width, intensity), mechanisms of muscle activation, motor unit recruitment patterns, and key differences between FES and conventional electrotherapy. These concepts help students understand the physiological basis of using electrical stimulation to induce muscle contractions and enhance neuromuscular function. The second section focuses on applications in sports rehabilitation and neuromuscular re-education, such as activating inhibited muscles, improving motor control, assisting gait, and promoting functional recovery following neurological injuries. Emphasis is placed on how FES facilitates both central and peripheral neural pathways to improve movement efficiency. The final section examines the effects of FES on muscle strength and endurance, including increases in muscular force production, attenuation of muscle atrophy, improvements in circulation and metabolism, enhanced endurance, and training efficiency. Overall, the course integrates scientific principles, technical skills, and applied training strategies, enabling students to understand the essential role of FES in enhancing athletic performance and rehabilitation outcomes.

Implemented by Department of Exercise and Health Sciences
Date: 2025/10/20