Gannon White

Gannon White is an Assistant Professor of Kinesiology at Colorado Mesa University, where he teaches exercise science and biomechanics. He holds a PhD in Exercise Science from the University of Northern Colorado with a minor in applied statistics, an MEd in Education/Kinesiology from Stephen F. Austin State University, a BGS in General Studies from Lamar University, and an AS in Computer Science from Allen County Community College.

• PhD, Exercise Science: University of Northern Colorado
• MEd, Education/Kinesiology: Stephen F. Austin State University
• BGS, General Studies: Lamar University
• AS, Computer Science: Allen County Community College

His research focuses on the biomechanical and statistical analysis of human movement, particularly in electromyography (EMG), muscle synergies, economy of motion, and perturbed motor tasks such as slacklining. He applies quantitative methods to understand motor control and neuromuscular coordination, with applications in neurorehabilitation and prosthetics. His work often involves collaboration with engineers and neuroscientists to model and classify movement patterns.

The recent publications highlight a strong trend in using muscle synergies for understanding motor behavior, identifying locomotion modes, and improving myoelectric control systems. His research spans biomechanics, motor control, signal processing, and rehabilitation engineering, with a focus on both theoretical frameworks and practical applications in assistive technologies.

Dr. White previously served as a faculty member and graduate coordinator of the Exercise Science Program at the University of Arkansas at Little Rock for nine years before joining Colorado Mesa University. He emphasizes interactive, hands-on learning and equips students with analytical tools for assessing human mechanics. There are no listed scientific awards or formal advisees in the provided text.

He integrates engineering and statistical approaches into kinesiology, fostering interdisciplinary research in motor behavior and rehabilitation. His lab work appears to involve EMG signal processing, dynamic movement analysis, and modeling of neuromuscular control strategies, often in collaboration with researchers in neural systems and biomedical engineering.