Program Overview
The Clinical Exercise Science program at ASU equips students with a comprehensive understanding of exercise physiology and its applications in healthcare settings. Through hands-on experience and coursework in anatomy, biomechanics, and exercise prescription, graduates are prepared for careers as exercise physiologists, clinical exercise specialists, and other roles in the exercise science field. The program is accredited by CAAHEP and offers opportunities for global education and further studies.
Program Outline
Through this program, students gain the knowledge and skills necessary to become exercise physiologists, working in various healthcare settings.
Program Objectives:
- Develop expertise in exercise physiology and its application to various populations.
- Gain hands-on experience with innovative exercise, metabolic, and cardiopulmonary equipment.
- Understand the scientific basis for exercise prescription and program design.
- Learn to identify and address health risks associated with physical inactivity.
- Prepare for professional certification as an exercise physiologist.
Outline:
The program consists of various courses covering different aspects of exercise science, including:
- Anatomy and Physiology: Understanding the structure and function of the human body.
- Biomechanics: Analyzing human movement and its implications for exercise.
- Exercise Physiology: Exploring the body's response to exercise and its adaptations.
- Nutrition for Exercise and Performance: Learning about the role of nutrition in exercise and athletic performance.
- Exercise Prescription and Program Design: Developing individualized exercise programs for various populations.
- Special Topics in Exercise Science: In-depth exploration of specific areas of interest, such as exercise for chronic diseases or rehabilitation.
Assessment:
Students are assessed through various methods, including:
- Exams: Testing knowledge and understanding of course material.
- Assignments: Applying theoretical concepts to practical scenarios.
- Presentations: Communicating research findings and scientific concepts.
- Practicals: Demonstrating skills in exercise testing and program design.
Teaching:
The program employs a variety of teaching methods, including:
- Lectures: Delivering core knowledge and foundational concepts.
- Laboratory sessions: Providing hands-on experience with equipment and practical application of theories.
- Group work and discussions: Encouraging collaboration and peer learning.
- Guest lectures: Inviting experts in the field to share their knowledge and experiences.
Careers:
Graduates are prepared for various careers in the exercise science field, including:
- Exercise Physiologist: Working in hospitals, clinics, and fitness centers to design and implement exercise programs for individuals with chronic diseases or injuries.
- Clinical Exercise Specialist: Assisting with exercise programs in healthcare settings, working under the supervision of a physician or exercise physiologist.
- Exercise Scientist: Conducting research in universities, government agencies, or private companies to investigate the effects of exercise on health and performance.
- Weight Management Consultant: Helping individuals achieve weight loss and improve their overall health through lifestyle interventions.
Other:
- The program is accredited by the Commission on Accreditation of Allied Health Education Programs (CAAHEP).
- Students can participate in global education opportunities to gain international experience in their field.
- Graduates are well-prepared for further studies in various related fields, such as physical therapy, occupational therapy, or public health.
