Master of Science in Sports Conditioning and Performance (MS)

Location(s): Online Campus

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Program Admission

See Admissions Requirements for this program.

Program Information

Graduate students must complete their program within six (6) years of matriculation.
All courses must be passed with a C (2.0) or better to be counted in the program.
Students must earn a minimum overall GPA of 3.0 to graduate.
View a yearly schedule of courses on the department page .

Sports Conditioning and Performance Curriculum (33 Credits)

Required Courses (21 Credits)

KIN 6000 - Foundations of Sport Conditioning 3 Credit(s)
KIN 6010 - Advanced Techniques of Sport Conditioning 3 Credit(s)
KIN 6040 - Designing Resistance Training Programs 3 Credit(s)
KIN 6050 - Resistance Training Techniques 3 Credit(s)
KIN 6060 - Evaluation in Sport Fitness 3 Credit(s)
KIN 6080 - Introduction to Sport Science Research and Statistics 3 Credit(s)
KIN 6933 - Applied Research Project: Sport Conditioning and Performance 1-4 Credit(s) (must complete minimum 3 credits total) 3 Credit(s)

Elective Courses (12 Credits)

Complete 12 credits from the following:

KIN 6020 - Special Topics and Issues 3 Credit(s)
KIN 6030 - Athletic Training and Sport Medicine 3 Credit(s)
KIN 6070 - Psychological Aspects of Sport Performance and Conditioning 3 Credit(s)
KIN 6090 - Motor Skill Acquisition 3 Credit(s)
KIN 6100 - Bioenergetics and Sports Nutrition 3 Credit(s)

Total Credits, MS Degree: 33

Note

Please note that some students may ultimately earn more credits than listed above for the master’s degree. MSSCP candidates must be continuously enrolled in at least one (1) credit hour of KIN 6933 - Applied Research Project: Sport Conditioning and Performance until their thesis is completed.

Program Learning Outcomes

Demonstrate an advanced understanding of human exercise physiology and biomechanics to optimize training stimuli.
Demonstrate advanced understanding of principles of training and exercise prescription to design individualized programs for different sports and populations.
Demonstrate knowledge and use of standardized valid and reliable tests to assess athlete/client performance and progress in a laboratory or field setting.
Demonstrate proficiency in coaching and performing various resistance exercises with proper technique, spotting mechanics, and safety considerations.
Design and implement a comprehensive program incorporating advanced testing and training methods to enhance athletic performance.
Critically evaluate scientific literature, interpret research findings, and apply evidence-based principles to design and implement safe and effective strength and conditioning programs while demonstrating a basic understanding of research methods and their application to professional practice.
Demonstrate specialized knowledge within the field of sports conditioning and performance, including, but not limited to topics such as: special populations, athletic training and sports medicine, sports psychology, motor skill acquisition, and bioenergetics and sports nutrition.