Motor Control

Motor control research investigates how the complex interactions among the motor, sensory and biomechanical systems result in the generation, organization and control of movement.  The mechanisms underlying voluntary and involuntary movement and the influence of neural pathology and plasticity are central to these studies, which bring together basic and clinical sciences.   Studies in motor control aim to understand how best to promote function and refine treatment strategies for individuals with neuropathology.  The goal is to combine precise interventions that target neural mechanisms underlying the control of movement with the science of motor learning in order to optimize motor function.

The Motor Control Research core prepares students for careers in research directed at understanding motor control in the normal and pathological nervous system and includes both the neural and functional aspects of human motor behavior.   The primary purpose of the program is to prepare scholars to plan and conduct scientific research in the area of motor control. A core of research-oriented classes and immediate and continuous involvement in research projects prior to the dissertation prepares students with the superior research capabilities necessary for an academic career. Students gain experience through helping collect and analyze various types of data in the Neuromotor Rehabilitation Research Laboratory and actively participate in research projects. Successful applicants for the motor control specialization should have a strong science background, preferably with courses in physiology, neural science, biomechanics and computer science.

Motor Control Core
PTS 655   Neuromuscular Basis of Human Movement
PTS 660   Theories of Movement Science 
PTS 620   Biomechanical Basis of Human Movement                               
PTS 621   Measurement of Human Movement 
PTS 664   Seminars in Neuroscience                           
PTS 699   Independent study in Spinal Motor Mechanisms 
PTS 699   Independents study in Cortical Motor Mechanisms

Research Core
EPH 501   Biostatistics I
EPH 502   Biostatistics II 
PTS 695   Clinical Research Methods                
PTS 698   Research Practicum

Education Core
PTS 674   Educational Administration in Physical Therapy 
PTS 677   Instructional Methods in Physical Therapy 
PTS 678   Teaching Practicum 
PTS 701   Doctoral Seminar in PT Faculty Roles 
PTS 702   Doctoral Seminar in PT Leadership 
PTS 703   Doctoral Seminar in PT Research

Electives*
PTS 622   Pathobiology of Human Function                                        
PTS 690   Physical Therapy Diagnosis                                                     
PTS 743   Measuring Health Outcomes 
IBS  620   Scientific Writing I  

*  Electives may be courses offered in other Physical Therapy PhD Cores,  courses offered in outside Departments or as Independent studies.