Exercise Science is the systematic study of the mechanisms underlying human movement exercise, and physical activity. Sub-disciplines include human anatomy, physiology, neuroscience, psychology, motor control and biomechanics. An individual studying exercise science should have a strong interest in applying scientific principles to a variety of human movement, exercise and physical activity settings.
The Exercise Science program is dedicated to developing a student’s critical thinking skills, capacity to solve problems and the ability to apply theoretical concepts and contribute to the existing body of knowledge. The abilities are addressed in classroom and laboratory settings as well as practicum, internship and independent research opportunities.
An Exercise Science major prepares students for careers in a variety of areas related to human movement, exercise and physical activity. The career possibilities for an individual with an exercise science background and appropriate graduate study include many fields in health and medicine such as cardiac rehabilitation, physical therapy, dietetics, occupational therapy, medicine and chiropractics. The Exercise Science graduate may also pursue careers or advanced studies in disciplines including, but not limited to, corporate wellness, strength and conditioning, public health, personal training, applied physiology, psychology, bioengineering and related areas of research.
The mission of the Exercise Science program is to disseminate theoretical and empirical knowledge pertaining to exercise and physical activity through a multidisciplinary examination of physiological, biomechanical, psychological, and behavioral factors. This examination takes place in the classroom, through laboratory experiences, and experiential learning in professional settings. The focus of these endeavors is to critically examine the ways in which exercise and physical activity improve the human condition. Students develop necessary skills for advanced study and professional advancement through clinical, research, and volunteer activities. These skills include but, are not limited to, written and verbal communication; critical thinking and problem solving; active discovery; and application of theory to practice.
Hupfeld is one of six students nationwide to receive the society's Marcus L. Urann Fellowship.
Miller's appointment was announced May 31, 2016, by Provost Steven House.
Four faculty members and 19 retirees were honored May 11 for excellence and service to Elon.
The new institute now supports both students and student-athletes at Elon while continuing to lead evidence-based research and practice in the field of concussions and mental health.
David L. Wyrick ’94, Stuart E.Y. Richie ’10 (in absentia) and Maurice “Don” Owens ’95 were honored with the 2016 Elon College Distinguished Alumni Awards during a special April 28 ceremony.
Kathleen Hupfeld ’16 will receive a three-year grant from the National Science Foundation to continue her studies at the graduate level.
The American Society of Biomechanics held the first National Biomechanics Day at universities and resaerch facilities across the country. The Departments of Physical Therapy and Exercise Science invited local high school students to participate in demonstrations and a tour at the Gerald L. Francis Center on April 13.