Behdad Tahayori, PT, PhD
Associate Professor, PT Programs


Campus
Miami, FL
College
College of Rehabilitative Sciences
Specialties
Kinesiology
Neurological Rehabilitation
Spinal Cord Injuries
Education
Doctorate in Kinesiology and Neuroscience, Indiana University
Master of Science in Kinesiology, Louisiana State University
Master of Science in Physiotherapy, Iran University of Medical Sciences
Bachelor of Science in Physiotherapy, Shiraz University of Medical Sciences
Research Interests
Motor Neuroscience with Special Interest in Spinal Cord
Sensory and Motor Regulation.
Spinal Pathways/Reflexes in Functional Tasks
Central Nervous System after Spinal Cord Injury or Stroke
Dr. Tahayori was born and raised in Iran and earned his Master’s degree in Physical Therapy from Iran University of Medical Sciences in Tehran. He completed his PhD in Kinesiology and Neuroscience at Indiana University Bloomington, where he studied spinal plasticity and inhibitory mechanisms in the spinal cord using noninvasive electrophysiological techniques to improve motor function in individuals with CNS disorders.
He completed post‑doctoral training at the City University of New York, focusing on restoring reciprocal lower‑extremity activation in patients with partial spinal cord injury, followed by a second post‑doctoral fellowship in Biomedical Engineering at Florida International University. There, he worked with animal models to investigate spinal cord plasticity using invasive techniques that may inform new treatments for CNS injuries.
As a licensed physical therapist actively involved in patient care, Dr. Tahayori is committed to translational research that connects experimental neuroscience with clinical practice. He holds a patent for a novel training method for individuals recovering from cerebrovascular accidents and has published more than ten peer‑reviewed papers. He is also a recipient of a prestigious American Heart Association Fellowship. His research focuses on the neuromechanics of movement, with particular emphasis on spinal control of human motor function.

