UF Health Logo

UF Applied Physiology & Kinesiology (APK) doctoral program

Where Science Meets Movement:
Shape the Future of Health with a Ph.D. in Applied Physiology & Kinesiology

At the University of Florida APK doctoral program students are supported by generous departmental research, teaching assistantships, and NIH training grants.

Our Ph.D. graduates move on to positions in academia, industry and healthcare, driving innovation to enhance health and wellness.

Learn More

We’d love to help you take the next step toward your future. Fill out the form below to receive more information and guidance on applying to the Applied Physiology & Kinesiology (APK) doctoral program at UF. We’re excited to connect with you and support you on this important step in your academic journey.

NOTE: Filling out this form does not serve as your application for our Ph.D. program. This form will aid in next steps to learn more.

Why Choose the

Applied Physiology & Kinesiology
(APK) Ph.D.

at the University of Florida?

When you join the APK doctoral program, you’ll be trained for research in:

  • Neurorehabilitation
  • Biomechanics
  • Cardiovascular physiology
  • Movement neuroscience
  • Muscle cellular and molecular physiology
  • Cellular metabolism
  • And other cutting-edge research.

Our students present their work at national and international conferences and publish in high-profile journals.

We ensure that our exemplary graduates are imminently qualified to transition to positions in academia or industry.

Learn More
woman teaching in front of class

What You’ll Experience

in the APK Ph.D. Program

 

Grant Funding of

$8.5 Million

per Year


Including funds from the National Institute of Health, the Department of Defense, and NASA.

 

Published more than

75 Papers

per Year


With an average Impact Factor of 6

 

Large, Vibrant

Ph.D. Program


Work alongside
50 Ph.D. students
13 postdoctorals, and
47 residential masters students.

 

Research Intensive

Lab Environment


You will join a Research 1 University.

 

Funding

to Support Ph.D. Students


Our program leverages funding to pay for tuition and stipends.

 

Research Interests

Align with Faculty Advisor


Learn, grow, and innovate with our world-class faculty.

Career Outcomes & Opportunities

In Applied Physiology & Kinesiology

Graduates of the University of Florida APK doctoral program are set up for future success. Regardless of whether you want to remain within academia or make the transition into the private sector, your experience in this program will make you an attractive hire with the highest level of professionalism and expertise.

Academia

Our program opens doors to impactful academic careers. With a focus on cutting-edge research in biobehavioral science and exercise physiology, you'll gain expertise and credentials to lead in higher education by becoming a professor or research scientist, shaping future scholars and advancing the science of human movement.

Industry

If you’re interested in entering the private sector, our program will allow you to thrive with career paths working with pharmaceutical companies, biotech firms, and military contractors. You will lead the industry in driving innovation and enhancing health outcomes.

Healthcare

You will be equipped for a dynamic career in the world of healthcare. Graduates excel as clinical exercise physiologists, sports performance specialists, or rehabilitation specialists, leveraging advanced research to improve patient outcomes and drive innovations in health, wellness, and athletic performance across diverse populations.

Who is the

Ideal Candidate

for UF’s APK Ph.D. Program?

Our program attracts intellectually curious, driven individuals who are not only seeking academic excellence but are also determined to shape the future of biobehavioral science and exercise physiology. Like our world class faculty, our ideal candidates thrive on challenge, demonstrate an entrepreneurial mindset, and possess a global perspective. They are innovators, leaders, and problem solvers, eager to apply critical thinking and collaboration to real-world challenges.

Graduates from our program go into their field with the tools, insights, and networks to lead transformational change. They will master cutting-edge concepts and develop a strategic mindset, enabling them to adapt in an evolving global landscape. Through hands-on experiences, leadership development, and access to a robust alumni network, our students emerge as thought leaders equipped to drive innovation, lead with confidence, and make an impact on a global scale.

Our graduates consistently leverage the program's world-class faculty, state-of-the-art facilities, and unparalleled industry connections to achieve career advancement and professional distinction. Our goal is that you won’t just learn here—you’ll grow, innovate, and lead.

Candidates that are aligned for success in our program typically are an undergraduate or are about to finish your master’s studies in: 

  • Kinesiology
  • Biomedical engineering
  • Neuroscience
  • Psychology
  • Biology
  • Behavioral science
  • Exercise physiology
  • Physiology
  • Or with some working experience in those fields

We seek candidates with a strong foundation in research writing; while prior experience in composing research papers is preferred, it is not required. Our program is designed to cultivate these critical skills, equipping you to make meaningful contributions to the field and excel in academic and professional research endeavors.

 

Meet the Faculty

The APK department is housed in the College of Health & Human Performance. We collaborate as an academic community to enrich lives, influence healthy living, and enhance human performance. Since the college was founded in 1946, our faculty have consistently been at the forefront of important and emerging health-related issues.

meet the faculty

Dr. Beth Barton

Professor, Associate Dean for Faculty and Staff Affairs

Molecular Physiology of Muscle Laboratory

Dr. Demetra Christou

Associate Professor; Vice Chair

Integrative Cardiovascular Physiology Lab

Dr. Tom Clanton

BK and Betty Stevens Professor

Muscle Stress Physiology Lab

Dr. Orlando Laitano

Assistant Professor

Laboratory of Muscle and Environmental Physiology

Terence Ryan, Ph.D.

Assistant Professor

Molecular Metabolism Laboratory

Ashley Smuder, Ph.D.

Assistant Professor

Molecular Cardiology and Myology Laboratory

Lan Wei-LaPierre, Ph.D.

Assistant Professor

Laboratory for Neuromuscular Physiology

Paul Borsa, Ph.D.

Assistant Professor

Sports Medicine Research Lab

Julia Choi, Ph.D.

Assistant Professor

Locomotion Neuromechanics Lab

Evangelos Christou, Ph.D.

Professor

Neuromuscular Physiology Lab

James Cauraugh, Ph.D.

Professor, Associate Dean of Research

Motor Behavior Lab

Stephen Coombes, Ph.D.

Professor; Graduate Coordinator

Laboratory for Rehabilitation Neuroscience

Diego Guarin, Ph.D.

Assistant Professor

Movement Estimation and Assessment Laboratory

Chris Hass, Ph.D.

Professor

Applied Neuromechanics Lab

Christopher Janelle, Ph.D.

Professor, Senior Associate Dean for Academic and Student Affairs

Performance Psychology Lab

Rachael Seidler, Ph.D.

Professor

Neuromotor Behavior Laboratory

David Vaillancourt, Ph.D.

Professor and Chair

Laboratory for Rehabilitation Neuroscience

Zheng Wang, Ph.D.

Assistant Professor

Neurocognitive and Behavioral Development Laboratory

 

The University of Florida

The University of Florida stands among the nation’s top-ranked institutions, recognized by Forbes as the #4 public university. Our commitment to academic excellence is reflected in a 17:1 faculty-to-student ratio, ensuring personalized mentorship from distinguished faculty. With a 97.3% retention rate, UF fosters a dynamic learning environment in a sunny and vibrant location in the U.S., where students thrive both academically and personally. Our graduates emerge as leaders across diverse fields, prepared for success on a global scale. We unite artists and engineers, physicians and philosophers, entrepreneurs and educators. We distill practical solutions from pure science and apply the lessons of history to contemporary problems. We embrace a diversity of experiences and ideas as the core of our strength.

At UF, we’re feeding communities, healing coastlines, exploring space, curing diseases, powering cities, building industries, and imagining wonders. 

UF is among the nation’s leaders in technology transfer, turning discoveries into companies, products and jobs.

Come join us—let’s see where we can go together.