The basic principle that provides the foundation for the study of human physiology is the maintenance of homeostasis through the operation of complex control systems encompassing all levels of the hierarchy of human structure and function (i.e., cells, tissues, organs, and organs systems).

Therefore, each course in the curriculum emphasizes an integrated study of humans across this hierarchy of structure and function. Consequently, a reductionist approach of separating the curriculum into specific courses such as "molecular physiology," "cell physiology," "histology," or "organ physiology," has been purposely avoided. Topics covered across the revised degree include:

• General Physiological Concepts: body organization, homeostasis, control systems, biochemistry, cell structure, cell function, histology, metabolism, membranes, and cellular communication.
• Systems Physiology: neurophysiology, muscular physiology, cardiovascular physiology, respiratory physiology, renal physiology, fluid and acid-base physiology, digestive physiology, endocrinology, immunology, and reproductive physiology.
• Integrative Physiology: exercise physiology, environmental physiology, physiology of aging, biomechanics, and nutrition.