Scott E. Crouter

Scott E. Crouter is a Professor in the College of Education, Health, and Human Sciences at the University of Tennessee, Knoxville. He serves as director of the Applied Physiology Laboratory and is a Fellow of the American College of Sports Medicine. His research focuses on improving physical activity and energy expenditure measurement using wearable monitors and machine learning algorithms, with applications in youth, adults, and special populations like pregnant individuals and cancer survivors.

• Education: Postdoctoral in Nutritional Sciences (Cornell, 2005-07), PhD in Exercise Physiology (University of Tennessee, 2005), MS in Cardiac Rehabilitation/Adult Fitness (University of Wisconsin, 2000), BS in Exercise Science (Linfield College, 1998)

Dr. Crouter's work spans physical activity assessment, sedentary behavior analysis, and technology validation. He has developed machine learning models for energy expenditure estimation using ActiGraph GT9X and Cosmed K5 devices. His recent studies examine pregnancy hyperglycemia interventions, urban environment impacts on activity patterns, and robotic exercise aids.

He has secured significant NIH funding for projects including digital health weight management, pediatric obesity treatment translation, and fall risk factors in the elderly. As associate editor for Medicine and Science in Sports and Exercise and Journal for the Measurement of Physical Behaviors, he contributes to methodological advancement in activity monitoring.

• Scientific Awards:
  • Fellow, American College of Sports Medicine
  • Editorial Leadership
  • National Physical Activity Plan Alliance Participation
  • CDC/National Collaborative on Childhood Obesity Research Contributions
  • National Academy of Sciences Committee Member

Dr. Crouter's student collaborations include works with Natalie Butte on youth compendiums, Allan Opotowsky in cardiac rehabilitation trials, Patrick Hibbing in metabolic equivalent research, and Sara LaMunion in consumer monitor validation. His lab has produced over 100 publications and 15 recent articles focusing on sensor technology and population health.