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Ph.D. in Human Bioenergetics:
Course Requirements
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Total Minimum Credits Required for Degree (72 credits):
A minimum of 48 credits (30 credits of core requirements, plus 6 credits of statistics cognate, plus 12 credits of elective cognate area), plus up to a maximum of 30 credits submitted from the Master’s degree in partial fulfillment of the doctoral degree should equal a minimum total of 72 credits. If less than 30 credits are accepted by the department for the Master’s degree and this is insufficient to meet the 72 minimum credits overall, the remaining credits must be taken to reach a minimum of 72 credits for the doctoral degree. Additional courses may be required by a graduate committee to address deficits in a given applicant’s training/academic preparation. In addition, the credit totals for a given program of study may be well above the minimum credit expectations.
REQUIRED: 30 CREDITS CORE COURSES
Course Number |
Title |
Credits |
Prerequisite |
Catalog Description |
HES 610 |
Exercise Bioenergetics |
3 |
BC 351 or FSHN 350, HES 403 |
Molecular, cellular, and systems bioenergetics in human health and disease. |
HES 700 |
Professional Skills in Bioenergetics |
3 |
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Grant writing, authorship, and peer review process, responsible conduct of science, research ethics, professional conduct, and career opportunities. |
HES 645 |
Epidemiology of Health and Physical Activity |
3 |
HES 600 |
Foundation in chronic disease epidemiology that will enable students to evaluate the current epidemiologic literature. |
HES 710 |
Exercise in Disease Prevention |
3 |
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Role of exercise/ physical activity in the prevention, pathophysiology and treatment of chronic diseases. |
PHIL/CM 666 |
Science and Ethics |
3 |
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Ethical issues of research on humans and animals; biosafety; fraud and deception in science; genetic engineering. |
HES 793 |
Bioenergetics Seminar |
3 |
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Research seminar. |
HES 799 |
Dissertation |
12 |
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TOTAL |
30 |
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REQUIRED: 6 CREDITS STATISTICS COGNATE
Choose any 2 of the following:
- STAT 511 – Design and Data analysis for researchers I
- STAT 512 – Design and Data analysis for researchers II
- STAT 530 – Mathematical Statistics
- STAT 540 – Data analysis and regression
- STAT 544 – Biostatistical methods for quantitative data
- STAT 560 – Applied multivariate statistics
REQUIRED: MINIMUM OF 12 CREDITS SPECIALIZATION COGNATE AREA
EXAMPLE COGNATE AREAS (these cognate lists are not meant to be requirements, nor are the listed options meant to be exhaustive; cognate course electives are determined by the individual student adviser, the student’s doctoral committee and the individual student.)
CELL AND MOLECULAR ENERGETICS COGNATE
Core requirements plus: (choose any 4 of the following)
- FSHN 700 – Cellular Nutrition
- HES 704 – Advanced Topics in Bioenergetics
- CM 501 – Advanced Cell Biology
- BC 563 – Molecular Genetics
- BC 565 – Molecular Regulation of Cell Function
- MIP 576 – Bioinformatics
INTEGRATIVE PHYSIOLOGY COGNATE
Core requirements plus: (choose any 4 of the following)
- HES/FSHN 560 – Exercise and Nutrition
- HES 730 – Cardiovascular Pathophysiology
- HES 735 – Human Cardiovascular Control
- BMS 500 – Mammalian Physiology I
- BMS 501 – Mammalian Physiology II
METABOLISM COGNATE
Core requirements plus: (choose any 4 of the following)
- HES/FSHN 560 – Exercise and Metabolism
- HES 704 – Advanced Topics in Bioenergetics
- FSHN 550 – Advanced Nutritional Science I
- FSHN 551 – Advanced Nutritional Science II
- FSHN 700 - Cellular Nutrition
- BMS 501 – Mammalian Physiology II
NEUROPHYSIOLOGY/BIOMECHANICS COGNATE
Core requirements plus: (choose any 4 of the following)
- HES 530 - Advanced Biomechanics
- HES 531 – Musculoskeletal Biomechanics
- HES 619 – Advanced Neural Control of Movement
- BIOM/MECH 570 –Bioengineering
- BMS 575 – Human Dissection
- BMS 619 – Advanced Human Gross Anatomy
BIOBEHAVIORAL HEALTH COGNATE (new courses in MPH would apply here)
Core requirements plus: (choose any 4 of the following)
- HES 556 - Wellness/Health Promotion
- HES 656 – Comprehensive Stress Management
- BC 563 – Molecular Genetics
- MIP 576 - Bioinformatics
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