
Violet Williams successfully defended her dissertation entitled “The Impact of Design and Situational Factors on Ladder Safety”! Committee Chair was...
Using biomechanical, postural control, and human factors principles, we research factors influencing human movement, balance, health, and performance. Our research uses a multidisciplinary approach to apply this research to healthy, occupational, and clinical populations.
Occupational Injury Prevention
Sensorimotor Function in Clinical Populations
Aging-Related Balance and Mobility
Special Populations
Our work strives to understanding of the biomechanical and postural control principles that govern human movement, balance during standing/walking, and performance of occupational tasks.
233
Publications
46
Research Projects
132
Undergraduate Students
31
Graduate Students
3000+
Research Participants
$26M+
Funding
Sensorimotor Function in Clinical Populations
Vision, Vestibular & Mobility
Human Factors Engineering
Special Populations
Sensorimotor Function in Clinical Populations
Vision, Vestibular & Mobility
Musculoskeletal Health & Performance
Occupational Injury Prevention
Postural Control & Fall Prevention
Sensorimotor Function in Clinical Populations
Vision, Vestibular & Mobility
Human Factors Engineering
Special Populations
Sensorimotor Function in Clinical Populations
Vision, Vestibular & Mobility
Musculoskeletal Health & Performance
Occupational Injury Prevention
Postural Control & Fall Prevention
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