The Advanced Human Performance and Neuromechanics lab seeks to understand, maintain, restore, & enhance human performance in a multidisciplinary context.
TEAM CAPABILITIES
Augmented / Virtual / Mixed Reality
Bioinspired / AI / Robotics
Biomechanics
Biomedical Informatics
Mike Riley
Director
Human Performance Lab
Sensorimotor control, biomechanics, sports science & medicine
About
Human performance is a broad construct encompassing physiology, the nervous system, cognition, sensorimotor control, and the musculoskeletal system. As a field of study, it is equally broadly interdisciplinary—sports medicine, physiology, neuroscience, cognitive science, engineering, design, athletic training, rehabilitation science, and even business and marketing are all disciplines that can combine forces to contribute to enhancing human performance.
Meet THE TEAM
Amit Bhattacharya
UC Occupational Health
Occupational ergonomics, biomechanics
Scott Bonnette
CCHMC Sports Medicine
Neuromotor control, sports injury biomechanics
Pierce Boyne
UC Rehabilitation, Exercise, & Nutrition Sciences
Gait retraining in neurological populations
Joseph Clark
UC Neurology
Sports medicine, oculomotor control
Tehran Davis
UC Psychology
Interpersonal & team sensorimotor coordination
John Divine
UC Sports Medicine
Sports medicine
Ryan Eder
Include Health
Inclusive, smart/connected health & fitness
Tamara Lorenz
UC Psychology
Sensorimotor coordination, human-machine interaction
Robert Mangine
UC Athletics
Athletic training, rehabilitation
Greg Myer
Emory University
Sports injury biomechanics
Paula Silva
UC Psychology
Human sensorimotor control & rehabilitation science
Adam Strang
Air Force Research Lab--Signature Tracking for Optimized Nutrition and Training/STRONG Lab
Human performance, biomechanics, exercise physiology
Thomas Talvage
UC Biomedical Engineering
Imaging, concussion, tissue biomechanics