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This specialization merges neuroscience with biomechanics, focusing on the examination of human motion through the interplay of nervous, muscular, and skeletal systems. Learners explore the neuromechanical principles of kinesiology as they relate to movement development, acquisition, regulation, and execution. The program emphasizes thorough analysis of biomechanical, neuromuscular, motor learning, and performance aspects of human motion. It deepens comprehension of the neural, biomechanical, cognitive, and behavioral processes governing movement, aiming to enhance performance and reduce injury risks across diverse groups including athletes, workers, older adults, and individuals with conditions like Down syndrome, autism, and Parkinson's disease. Students gain fundamental knowledge about movement mechanisms, equipping them for professions in physical therapy, occupational therapy, medical fields, neuromechanics, ergonomics, sports science, and rehabilitation sciences.