Exercise Science (MS)

Program Director: Karl F. Kozlowski, PhD

Faculty: Michael Dolan, MS, ATC, CSCS; Dennis Koch, PhD; Gregory Reeds, EdD;

Degree: Master of Science

INTRODUCTION

The Master of Science degree program in Exercise Science (formerly Health and Human Performance) at Canisius University trains students in the areas of exercise as medicine, with an emphasis on clinical exercise science, health behaviors, pre-habilitation and strength and conditioning.  This degree is appropriate for people who hope to work in corporate wellness, fitness training, clinical exercise physiology, human performance/strength and conditioning, or research settings.  The program prepares students to practice in clinical settings as part of a health care team, or to work in exercise and health-promotion programs with apparently healthy or high-risk populations.  This program also offers a solid platform to go on to doctoral studies.  Finally, students have found this program to be helpful in preparing for medical school, physician assistant studies, occupational therapy or doctor of physical therapy programs.

Offered in a ONLINE format, the 33 credit hour MS program offers students the choice between an internship and a research (thesis) experience, the latter a preparation for doctoral programs.

The curriculum will provide students with appropriate course work and field experiences to prepare for the National Academy of Sports Medicine's (NASM) Performance Enhancement Specialization (PES), Corrective Exercise Specialization (CES), Behavior Change Specialist (BCS) and Certified Sports Nutrition Coach (CSNC) certification exams. There is also coursework geared towards preparing students for the Certified Strength and Conditioning Specialist (CSCS) exam offered by the National Strength and Conditioning Association (NSCA).

ADMISSION

Applications are processed on a rolling basis and are considered as they are received for each term. We recommend submitting all materials required for admission at least 30 days prior to the start of the term you wish to begin. Earlier application will ensure the best scheduling options, as some course sections may become unavailable. Terms are fifteen weeks in length, and students may start in the fall, spring, or summer semesters. The online application can be submitted with no application fee.

To qualify for admission, all students must:

• Complete the graduate admissions application.
• Complete a baccalaureate degree from an accredited institution of higher learning with a minimum GPA of 2.70.
• Submit one (1) official undergraduate transcript from each institution attended with the degree posted from the degree-granting institution.
• Submit two (2) letters of recommendation.
• Provide evidence of sufficient college-level coursework in the areas of anatomy and physiology and exercise physiology. Students who do not meet prerequisites may be required to complete additional coursework.
• Provide a statement of purpose of approximately 500 words explaining your motivation for pursuing the MS in Exercise Science at Canisius University. The statement may be submitted in the essay section of the graduate application.

Transfer credit: Previous graduate level transfer credits will be assessed on a case-by-case basis.

PROGRAM DETAILS

Academic Standing

Students must maintain a GPA of 3.00 to graduate from the program. If the GPA drops below 3.00, the student will be placed on academic probation. If the student does not bring his/her cumulative GPA above 3.00 by the end of the next term, the student may be dismissed from the program. A student may also be academically dismissed from the program by receiving more than 2 grades below B-. 

Curriculum

Roadmap

1 Year Roadmap for MS in Exercise Science

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These may also be taken in any semester with approval of the internship supervisor or research advisor. 

2 Year Roadmap for MS in Exercise Science 

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These may also be taken in any semester with approval of the internship supervisor or research advisor.

Learning Goals and Objectives

Learning  Goal #1: Degree candidates in the M.S. program in Exercise Science will understand exercise and nutrition principles necessary to be competent and effective exercise physiologists.

STUDENTS WILL HAVE THE OPPORTUNITY TO:

• 1.1 - Demonstrate principles of exercise and relate them to fitness development.
• 1.2 - Know and apply nutritional principles.
• 1.3 - Know the pathophysiology of common cardiovascular and pulmonary diseases as well as the mechanisms through which commonly used medications work to treat these diseases.

Learning Goal #2: Degree candidates in the M.S. program in Exercise Science  will safely and effectively assess patient status, evaluate fitness, and prescribe exercise.

STUDENTS WILL HAVE THE OPPORTUNITY TO:

• 2.1 - Prescribe safe and effective exercise for a variety of populations, including healthy clients, athletes, and special populations.
• 2.2 - Demonstrate safe and proper use of clinical techniques and protocols to assess a client's fitness and/or clinical status. Create an appropriate sport-specific exercise prescription for an athlete.

Learning Goal #3: Degree candidates in the M.S. program in Exercise Science  will demonstrate appropriate dispositions in a professional setting.

STUDENTS WILL HAVE THE OPPORTUNITY TO:

• 3.1 Exhibit personal attributes of dependability, preparedness, willingness to learn, and responsibility in a professional setting.

Learning Goal #4: Degree candidates in the M.S. program in Exercise Science will demonstrate information literacy and critical thinking skills within their field of study.

STUDENTS WILL HAVE THE OPPORTUNITY TO:

• 4.1 - Systematically analyze, evaluate, and critique a published, peer-reviewed article identifying threats to validity and weaknesses in methodology, as well as evaluating the appropriateness of statistical analysis used to derive conclusions.
• 4.2 - Design a quantitative research study related to their field of study with appropriate consideration given to ethical issues and appropriate controls for threats to validity.    
• 4.3 - Use peer-reviewed journals and other reputable sources to develop an epidemiological argument as to whether a cause-and-effect relationship exists between a potential risk factor and a disease or other health outcome.

Courses