School of Health Sciences
Academic Advising
3070 Human Health Building
433 Meadow Brook Road
Rochester,
MI
48309-4452
(location map)
(248) 370-2369
shs@oakland.edu
Dean's Office
Human Health Building
(248) 370-3562
inhealth@oakland.edu
Title: Assistant Professor - Exercise Science
Office: 1016 Human Health Building
Phone: (248) 364-8793
Fax: (248) 364-8657
E-mail: jhaworth@oakland.edu
Fax: (248) 364-8657
E-mail: jhaworth@oakland.edu
Educational Background:
Ph.D., Biomechanics and Motor Development, University of Nebraska Medical Center
M.S., Exercise Science, Miami University
B.S., Exercise Science, Miami University
Teaching Interests:
Biomechanics
Clinical Biomechanics
Research/Scholarships:
Dr. Haworth’s research focuses on the mechanisms responsible for the integration of sensorimotor information in the production of human behavior. He uses eye-tracking combined with motion capture and posturographic measures to identify motor strategies used during daily tasks like upright standing, walking, and interpersonal communication. Extensions of this work include the identification of early indicators of clinical disorders and the production of novel therapeutic modalities. He has many active collaborations with colleagues in fields including chiropractic science and pediatric rehabilitation technology. He is focused to better understand the development of motor and social-cognitive skills in children with, and without, autism.
Professional Affiliations:
American Society of Biomechanics
American College of Sports Medicine
International Society for Biomechanics in Sport
Society for Chaos Theory in Psychology and Life Sciences
Personal Interests:
Family time, Bicycling, Hiking, Woodworking, Cooking
Ph.D., Biomechanics and Motor Development, University of Nebraska Medical Center
M.S., Exercise Science, Miami University
B.S., Exercise Science, Miami University
Teaching Interests:
Biomechanics
Clinical Biomechanics
Research/Scholarships:
Dr. Haworth’s research focuses on the mechanisms responsible for the integration of sensorimotor information in the production of human behavior. He uses eye-tracking combined with motion capture and posturographic measures to identify motor strategies used during daily tasks like upright standing, walking, and interpersonal communication. Extensions of this work include the identification of early indicators of clinical disorders and the production of novel therapeutic modalities. He has many active collaborations with colleagues in fields including chiropractic science and pediatric rehabilitation technology. He is focused to better understand the development of motor and social-cognitive skills in children with, and without, autism.
Professional Affiliations:
American Society of Biomechanics
American College of Sports Medicine
International Society for Biomechanics in Sport
Society for Chaos Theory in Psychology and Life Sciences
Personal Interests:
Family time, Bicycling, Hiking, Woodworking, Cooking