Kinesiology is officially classified as a STEM field by the U.S. Department of Homeland Security, which lists “Exercise Physiology and Kinesiology” under CIP code 26.0908 within the Biological and Biomedical Sciences series. That said, the answer gets more nuanced depending on which agency is doing the classifying and which version of the degree you’re pursuing.
The Federal STEM Classification
The DHS maintains a STEM Designated Degree Program List that determines which fields qualify as science, technology, engineering, or mathematics. This list matters for funding, immigration benefits, and how degrees are perceived by employers. Kinesiology appears on it under the Biological and Biomedical Sciences umbrella (CIP series 26), alongside fields like genetics, neuroscience, and cell biology. The designation specifically covers “Exercise Physiology and Kinesiology” as a single entry.
The National Science Foundation also treats kinesiology as a science field, though it splits the discipline in two. In the NSF’s Survey of Earned Doctorates, “Exercise physiology and kinesiology” falls under biological and biomedical sciences, while “Exercise science and kinesiology” is categorized under health sciences. Both sit within the broader science and engineering classification.
Here’s where it gets complicated. The Department of Education’s own classification system (used by IPEDS, the federal postsecondary data system) files kinesiology under CIP code 31.0505, which places it in “Parks, Recreation, Leisure, Fitness, and Kinesiology.” That’s a different home than the biological sciences category used by DHS. The official NCES definition does describe kinesiology as “a scientific program that focuses on the anatomy, physiology, biochemistry, and biophysics of human movement,” but the umbrella category it sits under doesn’t sound particularly scientific. This mismatch between agencies is one reason the question keeps coming up.
What You Actually Study
The coursework in a kinesiology degree leans heavily on the natural sciences. At Purdue University, for example, the Bachelor of Science in Kinesiology requires two semesters of human anatomy and physiology, two semesters of general chemistry (with labs), and a semester of general physics. That’s 40 to 45 credits of departmental science requirements before you get to the kinesiology-specific courses.
Those kinesiology courses themselves are science-driven. Biomechanics applies physics principles to understand how forces, torques, and mechanical properties of tissues affect movement. Motor neurophysiology examines how the nervous system controls coordination. Exercise physiology looks at how the cardiovascular and metabolic systems respond to physical demands. The curriculum also typically includes biochemistry, biophysics, and research methods with data analysis.
The field has shifted significantly over the past few decades. Kinesiology historically grew out of physical education programs, focused more on teaching and coaching than on laboratory research. Modern kinesiology programs have moved toward an evidence-based, interdisciplinary model. As Northeastern University’s program director put it, the field now intersects engineering with science rather than taking “an old school approach through physical education.” Some universities have rebranded their programs as “human movement science” to signal this shift more clearly.
How the Degree Type Matters
Not every kinesiology degree carries the same STEM weight. A Bachelor of Science in Kinesiology typically requires the full complement of chemistry, physics, and biology coursework. A Bachelor of Arts or a Bachelor of Science in Education with a kinesiology focus may substitute some of those lab sciences for electives in pedagogy, coaching, or liberal arts. The University of Virginia’s B.S.Ed. in Kinesiology, for instance, requires biology but notes that chemistry, physics, organic chemistry, and biochemistry are not required for the major and would count as electives.
This distinction matters if you’re planning to use the degree as a stepping stone. Pre-med and pre-physician assistant tracks need biology, chemistry, physics, organic chemistry, and biochemistry. Pre-physical therapy tracks need biology, physics, and chemistry. A B.S. in Kinesiology from a program like Purdue’s covers most of those prerequisites automatically. A B.A. or education-focused version may leave you adding a full year of science courses on your own.
Practical Impact of the STEM Label
For international students on F-1 visas, the STEM designation is especially significant. Graduates with degrees matching a CIP code on the DHS STEM list qualify for a 24-month extension of Optional Practical Training, giving them up to three years of work authorization in the U.S. after graduation instead of the standard one year. Kinesiology’s listing under CIP 26.0908 makes this extension available, but your specific degree must be coded under that CIP number by your university. If your school files the degree under CIP 31.0505 (the parks and recreation category) instead, you may not qualify. It’s worth confirming with your school’s international student office which CIP code is attached to your diploma.
For domestic students, the STEM classification opens doors to certain federal scholarships, research grants, and employer programs that prioritize STEM graduates. It also signals to graduate admissions committees and employers that the degree has a quantitative, research-oriented foundation rather than a purely applied or pedagogical one.
Biomechanics vs. Exercise Science vs. Kinesiology
These three fields overlap but emphasize different aspects of human movement. Kinesiology is the broadest, covering anatomy, physiology, motor behavior, and rehabilitation. Biomechanics narrows the focus to the physics of motion: how external forces interact with the body’s structure, how joints and muscles operate from a force-development standpoint, and how technique can be refined for efficiency. Exercise science applies physiological findings to performance and health outcomes.
A useful example: biomechanics researchers might study exactly how a sprinter moves out of the blocks at the start of a race, analyzing forces and torques to optimize technique. Exercise scientists would take those findings and research how to improve the sprinter’s physiological output and overall performance. Kinesiology encompasses both perspectives, along with rehabilitation, motor development, and the neurological control of movement. All three fields sit comfortably within STEM, but the depth of physics and math increases as you move toward biomechanics specifically.