Wolff brings hands-on approach to musculoskeletal anatomy course

Whitney Wolff had just completed a semester as an assistant professor at tiny Lakeland University in Sheboygan, Wisconsin, when the opportunity to work at an R1 university arose.

Wolff, who earned her Ph.D. from the University of Michigan in 2022, taught at Lakeland—student population approximately 2,500—that fall before applying to the Department of Health and Kinesiology in the College of Applied Health Sciences. As part of this process, the department asked her to develop a musculoskeletal anatomy course.

“Our HK faculty identified a need for a musculoskeletal anatomy course so the students could strengthen their understanding in an applied setting,” said Wolff, now a teaching assistant professor in Health and Kinesiology. 

Many students majoring in HK want to pursue careers in occupational therapy, physical therapy and athletic training, and those fields dovetail with Wolff’s experience.

“I was on the pre-physical therapy track for the first three years of my undergraduate degree. I went to a university that required a semester-long, 40-hour a week internship and an extensive practicum experience, both of which I spent in a physical therapy setting,” she said. “I had a lot of experience observing and shadowing physical therapists, and it just wasn’t for me. However, I was able to draw on those experiences while designing this course.”

Wolff’s academic journey began with a B.S. in Exercise Science and a Master of Education in Kinesiology from Bowling Green State University, followed by a Ph.D. in Movement Science from the University of Michigan.

When she saw a faculty position open at Illinois, she jumped at the chance.

“It was primarily Illinois’ strong kinesiology program and the opportunity to be a part of a department that values both research and teaching. I was also excited by the high caliber of students that I’d be able to teach and mentor,” she said as to why she chose to come to Illinois.

Wolff believes her knowledge of the field as well as her methods are beneficial to students.

“I really challenge my students to develop a set of practical skills that will benefit them in graduate school and beyond. This is why I emphasize hands-on experience and less of ‘Can I memorize this information and then ace an exam’?”

“My approach to this course has been shaped by my experiences as well as knowing that these students want to be successful in very challenging careers.”

Wolff wanted the course to be more experiential learning and not just “listening to me talk about anatomy.”

“I designed musculoskeletal anatomy to be a lab-based course where 90 percent of the students’ time in class is spent completing hands-on activities. They’re working through the process themselves, and I can really see them grow and improve rapidly. It has been a really fun class to develop.”

Wolff informed the course design by talking with friends and colleagues who went through our nation’s leading physical therapy programs, asking about how they prepare for patient-clinician interactions and what anatomy courses are like in those programs.

“In typical undergraduate anatomy courses, (students) learn to identify the muscles on an image or on a plasticized model, whereas you look at us, we’re covered in skin and subcutaneous fat. Kinesiologists need to be able to identify muscles and bony landmarks on a living, breathing person that moves and changes position.”

As much “hands-on” learning as there is, Wolff is more “hands-off,” allowing students to explore and practice without fear of making mistakes. 

And if students aren’t comfortable with being touched or touching others, Wolff will accommodate in class but did acknowledge that that could be a sign a student is in the wrong major.

“Since kinesiology-related careers often involve working with other people, it’s an important experience for the students so that they discover whether this is a good fit for them,” she said.

In addition to teaching, Wolff’s research focuses on the biomechanical presentation of idiopathic chronic neck pain in males and females. Her ultimate research goal is to design and implement workplace interventions aimed at preventing and treating idiopathic chronic neck pain. 

Wolff said part of that research will involve how to manipulate seated posture without the need for an expensive ergonomic chair.

“(Neck pain) is often linked with static work postures such as sitting at a computer, so (an intervention) could be movement-based or could include adjustments to shoulder, head and neck posture. If we can identify the seated posture that decreases musculoskeletal strain of the neck and shoulder while being comfortable enough that an individual can maintain the posture, that could potentially decrease the likelihood of developing idiopathic chronic neck pain,” she said.

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