Teaching

As a professor at WVU with 40% teaching, my major teaching emphasis is in the undergraduate program. With 4 other faculty, i help to co-teaching in EXPH 386 and EXPH 460. In EXPH 386 i lay down the fundamentals of the cardiovascular system and how it is regulated during acute and chronic exercise, and how it adapts to long term exercise training. Then, in the senior year, students in the health professions track are required to take EXPH 460 (pathophysiology). In this course, i build upon the basic knowledge gained in EXPH 386 and demonstrate how the normal aging process alters the CV phenotype and then how pathological conditions (obesity, hypertension, etc) builds upon these age-related changes to accelerate the aging process.

EXPH 386: Advanced Physiology of Exercise 1. The study of the major systems of the body and how they function during acute and chronic adaptations that occur from exercise stress. Special focus is given to metabolism and the neuromuscular, respiratory, and cardiovascular systems.

EXPH 460: Pathophysiology. The study of disease etiology and the physiological changes that occur from disease, with special emphasis given to the use of exercise in disease prevention and therapy.

At the graduate level, i once again co-teach and build upon the EXPH 386 class with more advanced level of cardiovascular regulation with exercise (EXPH 567) and apply research based concepts and techniques in a more focused (small group sessions) with EXPH 791

EXPH 567 - Exercise Physiology II (CV Physiology section)

EXPH 791 - Advanced Cardiopulmonary Physiology

Undergraduate Education

West Virginia University, School of Medicine

Lecture EXPH 365: Exercise Physiology 1 (CV Physiology section) 2009-2013

Mentor EXPH 496: Senior Thesis: Capstone 2009-current

Course Director EXPH 470: Research Methods 2010-2011

Lecture EXPH 386: Exercise Physiology 1 (CV Physiology section) 2013-current

Mentor EXPH 491: Research Internship 2010-current

Mentor BIOL 486: Research 2017-2019

Lecture EXPH 460: Pathophysiology (CV Physiology section) 2018-current

Mentor EXPH 497: Research 2019-current

Lecture EXPH 499B: GSL: Learning Brazil 2019

Graduate Education

West Virginia University, School of Medicine

Advisor EXPH 799 - EXPH colloquium and journal club 2009-current

Course Director - EXPH 693- Research Methods 2010-2011

Lecture EXPH 791 - Advanced Cardiopulmonary Physiology 2011-current

Lecture EXPH 693 - Exercise Prescription and Stress Testing 2011-current

Lecture EXPH 680 - Advance Clinical Exercise Physiology 2012-current

Lecture EXPH 691 - Advance Clinical Exercise Programming 2012-current

Lecture EXPH 567 - Exercise Physiology II (CV Physiology section) 2015-current

Mentor EXPH 797 - PhD Research students 2011-current

Mentor EXPH 697 - MSc Research students 2010-current

Lecture CTS707 - Journal Club 2017-current

Biomedical Sciences 706 - Biomedical Research Methods 2020-current


WVU Masters in EXPH

Clinical and Thesis Track

The Division of Exercise Physiology offers a Masters of Science degree in Exercise Physiology. Two tracks exist (i) a clinical (non-thesis) program and (ii) a thesis program.

The clinical track program (3-4 semester program). The healthcare system continues to change and grow with a greater emphasis placed on chronic disease prevention rather than treatment. The knowledge you gained (both didactic and experiential) through this program will place students at the forefront of this movement, that is the required exercise specialists with expertise in disease management. We have designed the M.S. clinical EXPH program to give our students a strong academic and hands on clinical application that mirrors the ACSM requirements. This approach helps to ensure that students are well prepared to take the Clinical Exercise Physiologist (CEP) exam as well as serve the clinical populations with whom they will be working with. In addition, our program also supports students who wish to pursue other professional programs (medical school, physician’s assistant, physical therapy etc), and for those who wish to continue onto a research setting.

The thesis track program (2 year program) is intended to give exceptional students knowledge in basic medical and scientific areas to prepare them for entry into advanced research intensive or professional careers (e.g., Ph.D., MD/Ph.D., PT, OT, dentistry, pharmacy, etc). Students in the thesis track will typically complete the coursework and research thesis within two academic years. Graduate work involves a program of study and research individually designed to utilize the abilities and strengths of the faculty and accommodate the needs of the student within a specific area of interest. Although there are common goals, expectations, and courses that will be universal for all masters’ graduate students, the exact content of a program of study may differ from one student to another.

The mission for the M.S. clinical track program is to be an innovative leader in the promotion of exercise in healthcare.

The objectives of the program are:

  1. Provide current, integrative scientific education in the biomedical and clinical sciences to graduates from an accredited undergraduate institution.

  2. Provide clinical experiential learning opportunities working with patients diagnosed with various acute and/or chronic disease conditions.

  3. Provide high quality instruction on health assessments and measurements thereby allowing for safe and effective exercise prescriptions for clinical populations.

  4. Train students to be proficient with electronic medical records for improving patient care.

  5. Encourage students to embrace and utilize advancements in physical activity monitoring and tracking with clinical populations, thereby improving the overall healthcare delivery process.

  6. Prepare graduate students with the required knowledge and clinical experiences to be eligible to sit for the ACSM’s CEP certification.

  7. Provide students the opportunity to participate in, discover, and advance the role of exercise in healthcare by engaging in innovative research projects.

  8. Develop integrative and critical thinking skills necessary to successfully apply scientific knowledge to clinical settings.

  9. Enhance professionalism and career skills in a clinical or rehabilitation settings.


Goals and Objectives of the Program

The M.S. thesis track program provides students training to develop their research skills that will lead to a career in clinical health research, clinical care, or additional research-intensive training (e.g., Ph.D.).

The objectives of the program are:

  1. Provide integrative basic and applied scientific education to graduates from an accredited undergraduate institution.

  2. Provide the opportunity to obtain training in scientific principles of research that are applied to a health or disease problem.

  3. Develop integrative and critical thinking skills to allow application of scientific knowledge.

  4. Enhance competitiveness for admission to a health professional (e.g., medicine, physical therapy, occupational therapy, doctor of chiropractor, nursing, physician assistant and/or Ph.D.) program.

  5. Enhance skills for job placement in a clinical or rehabilitation setting or for additional graduate education including preparation in data analysis, interpretation, and presentation as well as writing and discussing data outcome and interpretation of data.