Department of Biology, Environmental Science, and Health Science
Christopher A. Cink, Ph.D., Chair
- Health and Exercise Science Major
- Health and Exercise Science Major (Pre-MBA Option)
- Health and Exercise Science Major (Pre-MSAT Option)
- Health and Exercise Science Major (Pre-Physical Therapy Option)
Mission Statement of the Health and Exercise Science Program
The Health and Exercise Science major will provide quality undergraduate education that integrates the principles of evidence-based practice, critical thinking, faith, ethics, and communication competences to meet the diverse needs of an evolving health industry.
Health and Exercise Science Program Purpose, Goals, and Student Learning Outcomes
The broad-based curriculum in health and exercise science offers a range of educational experiences that can be tailored to support a student's personal goals and interests or preparation for a post-baccalaureate degree program in related healthcare disciplines (i.e. AT, PT, OT). The purpose of the program is to offer an opportunity for students to gain foundational scientific and practical knowledge that enhance health and wellness across the lifespan and to serve as the academic foundation for various health related professions.
Upon satisfactory completion of the Health & Exercise Science Program, Graduates should be able to:
Apply Knowledge of and Analyze Healthcare Systems
- Utilize knowledge of the principles and processes of the basic sciences and the scientific method in their completion of basic science courses, and other experiential learning.
- Describe and assess basic components of the U.S. healthcare system, including care delivery, financing, quality, and management challenges.
- Apply this knowledge to issues of healthcare access, quality, and heath disparities.
- Describe the roles and responsibilities of stakeholders in health, including health care professionals, the community and policy makers.
Apply Knowledge of Biological Sciences & Behavior Sciences
- Identify the basic structure-function relationships of the human body and the skeletomuscular system.
- Describe the relationships between skeletal and muscular system and movement.
- Discuss the structure and functional changes in tissue and organs of the body, which cause or are caused by disease processes and mechanisms.
- Describe normal processes of growth and development across the life span.
- Identify the principles of human behavior.
- Discuss the pathologies of abnormal functioning.
Construct Evidence Based Practice Methods and Analytic Strategies
- Apply independent decision making grounded in evidence-based practice/best practices.
- Describe and assess the evidence-based practice model of health information utilization and paradigm approaches.
- Apply this knowledge to analyze, critically appraise external and internal evidence and interrupt publications.
Define and Explain Faith and Learning
- Successfully utilize expressive and receptive skills to effectively demonstrate faith and values with peers, educators and the community at large.
Develop Knowledge and Analyze Cultural Competency and Healthcare Ethics
- Discuss a conscious effort to view people in terms of their individual characteristics rather than group membership.
- Knowledge of reducing stereotyping and stigmatization.
- Knowledge of interventions that address physical barriers to access healthcare.
Identify Communicate Health Information Effectively
- Knowledge of shared decision-making between patients and providers.
- Build social support networks.
- Knowledge of how to deliver accurate, accessible, and actionable health information.
- Identify the meanings of medical terms in the context of the structure and function of the human body in health and disease.
- Demonstrate, through the use of correct/appropriate language, the ability to effectively communicate with a prospective patient.
Students must maintain a cumulative GPA of 2.50 or higher in the major in order to progress to the junior and senior year. All required courses in the major must be completed with a grade of C- or higher, and a student may repeat a required course no more than once.
Additionally, in some cases, students may have to take additional courses to meet the specific admission requirements of the graduate school/program of their choice (e.g. Physics I & II, Chemistry I & II, etc.).