Exercise Science - B.S.
This program, mediated by CoAES (Committee on Accreditation for the Exercise Sciences) and accredited by CAAHEP (Commission on Accreditation of Allied Health Education Programs), is designed to prepare students for post-graduate academic pursuits in exercise science and specifically exercise physiology, cardiac/pulmonary/cancer rehabilitation, biomechanics, or fitness leadership. Students interested in continuing their graduate education in athletic training, physical or occupational therapy or becoming a physician's assistant would benefit from this undergraduate exercise science program as well. The final purpose of this program design is to prepare students for certifications by professional organizations relative to exercise science, specifically the Certified Exercise Physiologist (EP-C) and other certifications by the American College of Sports Medicine (ACSM) or National Strength and Conditioning Association (NSCA). The Exercise Science major received re-accreditation for 10 years by CAAHEP on March 16, 2018.
Admission requirements to Exercise Science Program:
- First time freshman
- Complete PHE 170, BIO 111/111L, BIO 112/112L, PHE 101
- Achieve sophomore status
- Minimum major GPA 2.50, cumulative GPA 2.50
- Transfer and all other students
- Enroll and complete 7 credits in IWU exercise science major
- Achieve sophomore status
- Minimum major GPA 2.75, cumulative GPA 2.50
Once a student is admitted to the Exercise Science Program a $300 program fee will be assessed in PHE-374L.
Continuation in Exercise Science Program:
- Transfer students and students new to the major: Students must complete at least 50% (half) of their major courses at IWU.
- Maximum number of semesters as a pre-exercise science major is 4 semesters.
- Major GPA requirements: 2.75 in the major and 2.50 cumulative.
Exercise Science majors must take PHE-134 as their General Education activity course before PHE-379.
Requirements (53-57 credits)
Required Courses
ATR-431 | Evaluation/Recognition of Injuries/Cond Athletic Injuries | 2 |
ATR-440 | Pharmacology and Therapeutic Medications | 2 |
BIO-112 | Anatomy and Physiology II | 4 |
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| and | |
BIO-112L | Anatomy and Physiology II Lab | 0 |
CHE-120 | Introduction to Organic and Biological Chemistry | 4 |
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| and | |
CHE-120L | Introduction to Organic and Biological Chemistry Lab | 0 |
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| or | |
CHE-125 | General Chemistry I | 5 |
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| and | |
CHE-125L | General Chemistry I Lab | 0 |
PHE-170 | Introduction to Exercise Science | 3 |
PHE-264 | Principles of Strength and Conditioning | 3 |
PHE-286 | Kinesiology | 4 |
PHE-352 | Sport Law and Risk Management | 3 |
PHE-365 | Public and Community Health | 3 |
PHE-370 | Biomechanics and Physics of Human Movement | 3 |
PHE-370L | Biomechanics and Physics of Human Movement Lab | 1 |
PHE-374 | Physiology of Exercise | 3 |
PHE-374L | Physiology of Exercise Lab | 1 |
PHE-379 | Principles of Fitness Assessment | 3 |
PHE-380 | Principles of Exercise Prescription | 2 |
PHE-383 | Professional Experience I | 1 |
PHE-413 | Health Promotion and Wellness Management | 3 |
PHE-415 | Nutrition for Sport and Performance | 4 |
PHE-483 | Exercise Science Internship | 1 to 4 |
PHE-485 | Senior Research Seminar I | 2 |
PHE-486 | Senior Research Seminar II | 1 |
PHE-487 | Culminating Senior Experience | 0 |
-PHE or PSY
| PHE or PSY 224 Psychology of Sport and Exercise | 3 |