Profile for Drew Rutherford
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Drew Rutherford
Laboratory Supervisor
Health Professions - PT
University of Wisconsin-La Crosse
Drew Rutherford
Laboratory Supervisor
Health Professions - PT
Specialty area(s)
Motor Behavior, Biomechanics, Research Instrumentation, Human Subjects Research Design
Brief biography
Laboratory Supervisor
La Crosse Institute for Movement Science (LIMS):
Strzelczyk Clinical Biomechanics Laboratory
3061 Health Science Center
Performance Analysis of Clinical Exercise and Running (PACER) Laboratory
0043 Health Science Center
Department of Health Professions -- Physical Therapy Program
Current courses at UWL
Current (2021-2022 Academic Year):
PTS 519: Applied Motor Control, Learning, and Development (Lab)
PTS 543: Instrumentation for Human Movement (Lecture)
PTS 544: Applied Instrumentation for Human Movement (Lab)
PTS 742: Research Practicum (Seminar)
Education
MS - Kinesiology (Motor Control and Behavior)
University of Wisconsin-Madison, 2014
BS - Mechanical Engineering
University of Wisconsin-Platteville, 2007
Career
Teaching history
Prior:
PTS 519: Applied Motor Control, Learning, and Development (Lab)
PTS 526: Applied Biomechanics and Kinesiology of Movement Seminar (Lab)
PTS 546 Applied Foundations of Clinical Research (Seminar)
PTS 543: Instrumentation for Human Movement (Lecture)
PTS 544: Applied Instrumentation for Human Movement (Lab)
PTS 742: Research Practicum (Seminar)
OT 544: Biomechanics and Kinesiology Applications in Occupational Therapy (Lecture)
OT 545: Applied Biomechanics and Kinesiology in Occupational Therapy (Lab)
Professional history
Researcher, Medical Education & Simulation Lab
Department of Surgery
University of Wisconsin Hospital, 2013-2015
Project Assistant, Human Motor Behavior Lab
Department of Kinesiology
University of Wisconsin-Madison, 2009-2013
Manufacturing Engineer, Abrasives Division
3M Company, Prairie du Chien, WI, 2007-2008
Research and publishing
My research interests focus on the use of augmented and external feedback in training motor skills. Current investigations use visual feedback of movement kinematics, forces, and muscle stresses. Through this feedback, individuals can modify their performance to avoid movement strategies associated with higher injury risk and pain.
Assessment of skill proficiency between novices and experts has also been a major interest. I worked on development of a number of novel metrics for measuring level of skill and proficiency of performance in open and laparoscopic surgical tasks. Through motion capture of a surgical trainee's hands, these metrics can be used as predictors of performance and indicate areas for further training and remediation.
PubMed Publication List
Google Scholar Publication List
Kudos
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