As a master’s student, you’ll work closely with a faculty advisor to develop an academic program and research projects tailored to your particular interests. A thesis option is available in this program.
Students who pursue a Movement Science Master of Science degree study human movement in depth from different perspectives. Our graduate faculty are leading scholars in several movement-related areas including exercise physiology, motor control and development, biomechanics, and sport-related injury prevention.
In addition to coursework, our program provides students with the opportunity to gain valuable and relevant research experience focused on topics such as obesity, diabetes, mechanisms and prevention of joint injury, concussion, movement-based rehabilitation, and learning and adaptation of motor behavior across the lifespan.
Graduate training often involves collaborations with other units on campus including engineering, psychology, public health and medicine. An important aspect of our program is the flexibility in course selection and research areas which allow students to tailor their program of study to fit individual interests. Graduates are well-prepared to pursue doctoral research studies, professional health care programs including medicine and rehabilitation, health and wellness, as well as positions in the private and public sector.
A student with a B+ average for the first twelve credit hours of graduate work will be permitted to proceed with writing a master’s thesis. In addition to a thesis advisor, the student must have two other faculty members serve on his/her thesis committee. Students considering writing a thesis are strongly encouraged to discuss possible topics with potential thesis advisors soon after entering the program.
Movement Science Master's Curriculum
Students in the Movement Science Master of Science program must:
- Complete a minimum of 30 credit hours for the MS degree;
- Complete KINESLGY 615 (Philosophy of Science & Research);
- Complete one graduate-level statistics course;
- Elect at least 9 hours of Kinesiology coursework. Five of these may be for independent research (e.g. KINESLGY 684), practicum experience, or internships (e.g. KINESLGY 680 and 686);
The courses you take will vary, depending on your educational goals. Courses taken for graduate credit will carry MOVESCI or KINESLGY program codes.
Browse only KINESLGY courses in the Course Catalog
Browse only MOVESCI courses in the Course Catalog
Movement Science Graduate Faculty
Our Movement Science graduate faculty are leaders in their fields, and have a variety of interests and specialties. Here's a list:
- Steven Broglio, PhD: Sports medicine: mild traumatic brain injury prevention, biomechanics, assessment, and treatment, postural control.
- Susan Brown, PhD: Motor coordination, Aging, Stroke, Cerebral Palsy, Rehabilitation.
- Greg Cartee, PhD: Exercise, diet, and age effects on insulin signaling and glucose metabolism in skeletal muscle.
- Weiyun Chen, PhD: Innovative and technology-enhanced physical activity interventions; determinants of developing physically active habits; impact of physical activities on physical and psychosocial health and brain cognitions.
- Natalie Colabianchi, PhD: The role of environments and policies in facilitating physical activity behavior in children and adults. She is also interested in physical activity measurement, including accelerometry and direct observation.
- Deanna Gates, PhD: Biomechanics, rehabilitation, prosthetic and orthotics, control of repetitive movements, nonlinear dynamics.
- Erin Giles, PhD: joins us in Fall 2022.
- Melissa Gross, PhD: Biomechanics; expression of emotion and mood disorders in body movements; impact of action-based learning activities on student learning outcomes.
- Rebecca Hasson, PhD: Causes and consequences of childhood obesity in multiethnic populations.
- Jacob Haus, PhD: Protein metabolism and skeletal muscle function with aging, as well as glucose and lipid metabolism with obesity, diabetes, and aging.
- Jeff Horowitz, PhD: Regulation of fuel mobilization and oxidation and the impact of this regulation on human health.
- Lindsey Lepley, PhD, ATC: Therapeutic approaches to combat the negative neuromuscular effects that follow traumatic joint injury; effects of ACL injury on neuromuscular function in a rodent model; ability of exercise to promote muscle and joint health.
- David Lipps, PhD: Biomechanics; musculoskeletal imaging; injury mechanisms; upper extremity injuries; rehabilitation.
- Andrew Ludlow, PhD: Telomeres, telomerase, alternative splicing regulation, chromatin biology, miRNAs, RNA biology, diseases of aging, and cancer.
- Haylie Miller, PhD: Use of visual information to guide motor planning, execution, and modification of movement in Autism Spectrum Disorder (ASD) and related developmental conditions; health disparities among underrepresented groups in the ASD community; symptom manifestation in ASD with versus without co-occurring conditions; use of emotional intelligence and interpersonal skills in academic, professional, and clinical contexts.
- Riann Palmieri-Smith, PhD, ATC: Neuromuscular consequences of joint injury relating to arthrogenic muscle inhibition; mechanisms of post-traumatic osteoarthritis.
- Lori Ploutz-Snyder, PhD (professor and dean of the school): Integrative exercise physiology. Physiologic adaptations to long term disuse including spaceflight, bed rest and deconditioning, exercise training to maintain physical function in astronauts and clinical populations, fitness thresholds required for optimal physical task performance.
- Laura Richardson, PhD: Exploring subjectivity centered on obesity stigmatization and fat bias among fitness professionals. Raising awareness for weightism and breaking barriers for improving physical activity adherence with chronic health conditions.
- Leah Robinson, PhD: 1) Assessment of motor performance and physical activity along with the implementation of evidence-based interventions to maximize physical activity, motor skills, and physical health and development in pediatric populations; 2) The effect of evidence-based interventions on school/academic readiness and cognitive outcomes.
- Brian Umberger, PhD: Biomechanics, energetics, computer modeling and simulation, optimal control
- Eleanna Varangis Burns, PhD: Mild traumatic brain injury; cognitive neuroscience; aging; magnetic resonance imaging.
- Michael Vesia, PhD: Cognitive psychology, neuropsychology, cognitive science
- Ron Zernicke, PhD, DSc: Functional adaptation of bone to physiological stimuli (exercise, disuse, diet, and disease); joint injury and post-traumatic osteoarthritis; biomechanical mechanisms underlying control of normal and pathological movements.
Forms & Bulletins
Bulletins contain important information about graduate study in the University of Michigan School of Kinesiology. They provide key information about academic program requirements, rules, and regulations of our School. Please also consult U-M’s Rackham School of Graduate Studies website at rackham.umich.edu for more expansive and detailed information.