Master of Science
This program is offered in an Online format.
Program Description
The Master of Science in Exercise Science (MSES) prepares candidates for mid- and high-level positions in a variety of fitness, sports, and health care settings working with diverse populations. The MSES core curriculum provides students with a strong foundation in the areas of exercise physiology, sports nutrition, sports psychology, research methods, and program organization and administration. Based on this foundation, students develop expertise in Clinical Exercise Physiology. Through additional course work students will be qualified to sit for the American College of Sports Medicine’s (ACSM) Clinical Exercise Physiologist (CEP) exam.
Admission Requirements
- Completed Graduate Application for Admission (aurora.edu/auapply)
- Official transcripts for all prior college and/or university credit
- Complete a baccalaureate degree from a regionally accredited institution of higher learning with a major in exercise science, kinesiology, or related area with a 3.0/4.0 GPA. Those without the appropriate major must complete the prerequisite courses as listed below.
- Prerequisite required courses: Anatomy and Physiology and Exercise Physiology
- Bridge courses are available for those not meeting the above prerequisite courses
- Submit a current TB screen/test (within past 12 months). Cost incurred by student.
- Complete a criminal background check through the university. Cost incurred by student.
Program Prerequisites:
- Anatomy and Physiology
- Exercise Physiology
The Master of Science in Exercise Science is offered in an Online format. The program requirements are listed below.
Program Requirements - MSES
The MSES degree requires 30 semester hours: 18 semester hours of required core courses plus the completion of either the sports performance or clinical exercise physiology specialization (12 semester hours).
Program Prerequisites:
- Anatomy and Physiology
- Exercise Physiology
| Code | Title | Credits |
|---|---|---|
| Required Core Courses | ||
| EXS-5010 | Research Methods in Exercise and Sport | 3 |
| EXS-5020 | Nutrition for Sports Performance | 3 |
| EXS-5030 | Applied Sports and Exercise Psychology | 3 |
| EXS-5040 | Management in Exercise and Sport | 3 |
| EXS-5100 | Advanced Exercise Physiology | 3 |
| EXS-5110 | Advanced Exercise Physiology Lab | 3 |
| Specializations | ||
| Select one of the following specializations: | 12 | |
| Sports Performance Specialization | ||
| Advanced Methods of Strength and Conditioning | ||
| Program Evaluation and Analysis | ||
| Applied Biomechanical Principles | ||
| Exercise Physiology Graduate Internship | ||
| Clinical Exercise Physiology | ||
| Advanced Exercise Assessment and Prescription | ||
| Advanced Cardiovascular Physiology and ECG Interpretation | ||
| Advanced Clinical Exercise Physiology | ||
| Exercise Physiology Graduate Internship | ||
| Total Credits | 30 | |
Graduate Degree Requirements
- Completion of all coursework specified by the graduate program.
- Cumulative GPA of at least 3.0 on a 4.0 scale, or higher if specified by the graduate program.
- Submission of all pre-graduation materials required by the graduate program.
- Acceptance of thesis or other required final project by the graduate program.
- Submission of two copies of approved thesis or project in a specified form together with payment of binding fee where applicable.
- Submission of Application for Graduation and payment of any graduation fees assessed by the university.
- In the case of certification programs, submission of all governmental forms.
- Residency Requirement: A minimum of 25% percent of the total credits required for the completion of the graduate degree or post-baccalaureate certificate or credential must be earned at Aurora University. Individual programs may establish more extensive residency requirements, including requirements that specific coursework be completed at Aurora University.
Learning Outcomes
Candidates will:
- Synthesize and critically analyze scientific literature in the field of exercise science and communicate clearly and concisely in both the written and oral forms.
- Select and administer the appropriate health-related and sport-specific assessments to evaluate individuals across diverse populations and health conditions.
- Create, implement and modify various programs and interventions to improve the overall health and wellbeing of various populations.
- Understand the role of various psychological variables (personality, motivation, stress) and their impact on exercise and sport performance.
- Evaluate the role of nutrition on the disease process, disease prevention, and exercise and sport performance.
- Demonstrate effective management practices and professional behavior that aligns with ethical standards in the field of exercise science.