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Examining human motion serves dual purposes: as a measure of health and physical capability, and as a window into how the neuromotor system coordinates and behaves. This forms a crucial basis for numerous healthcare disciplines. Professionals in these areas must master concepts spanning engineering, movement studies, neuroscience, and rehabilitation therapies. There's a growing demand for highly skilled researchers with cross-disciplinary expertise in neurobiology and biomechanics, particularly focusing on how movement is affected by various health states, disorders, physical limitations, and developmental stages. Our Neuromotor Science (NMS) curriculum equips learners to push forward research in motor control and biomechanics, studying posture and motion in people of all ages and ability levels. The PhD-NMS program targets professionals from backgrounds like engineering, kinesiology, therapy fields, and rehabilitation sciences, enabling them to: enhance knowledge about motor system operations, including movement analysis and neural integration, and how these are influenced by aging, health status, and disabilities; and create therapeutic approaches to enhance mobility, especially postural stability and gait, throughout people's lives.