Biomechanics, Running, and Research
In 2014, the city of Jacksonville had limited running science in town despite being one of the top running cities in the country; Dr. Wight came to Jacksonville University determined to change that. With internal funding from Jacksonville University and under the guidance of the University of Calgary Running Injury Clinic, Dr. Wight was able to develop a biomechanics running lab on campus and become part of the Clinic’s research network. In that first year, Dr. Wight analyzed about 30 top local runners and in the next year, the kinesiology graduate program began, where Dr. Wight was able to use a team of five students to help with the research and gain hands-on experience. With opportunities expanding, Dr. Wight and his students began collaborating with the top local running store, 1st Place Sports, who funded a full graduate assistantship for the laboratory. And by 2017, Dr. Wight had an idea to develop a community running laboratory at 1st Place Sports, where they provided the loft at the Jacksonville Beach location for Dr. Wight and his students to work. With additional internal funding, Dr. Wight and his team were able to acquire the equipment to set up a duplicate lab. Continuing to expand, they developed a fee-for-service clinic at the 1st Place Sports lab via a collaboration with JTC Running, the large running club that directs Jacksonville’s famous race, the Gate River Run 15k. JTC Running funded a graduate assistantship for this project. Runners paid a fee and received a scientific analysis, slow-motion video analysis, and consultation to better understand and improve their running biomechanics. The graduate assistant analyzed runners with assistance from laboratory interns. There are few “running clinics” in the country that provide these options.
In the classroom, Dr. Wight teaches all undergraduate and graduate students the methods they have developed in the running lab, and he has learned that the most effective way for students to do this is to analyze their own running. In his graduate classes, Dr. Wight works with each student during labs to optimize their mechanics, just like he would with runners in the community lab. Each semester, the lab has approximately 8-10 graduate and undergraduate students who take the lead on a study, often presenting their work at several conferences. To date, the department has had 18 students present at conferences, and several graduate students who have completed their theses in the lab.
Dr. Wight is passionate about helping runners optimize their biomechanics, knowing that when adjustments are made, years of pain and aches can disappear, and runners can shave 10+ seconds per mile without working any harder. Overall, runners, coaches, and shoe companies have a very limited understanding of running biomechanics, which is why Dr. Wight is so passionate about educating his students and the community. “I’ve been running intensely for years and I strongly believe that optimizing running biomechanics is the most critical factor for runners. That is why I focus my energy on biomechanics both personally and in the lab. I plan to continue to work with our community and JU Athletics to help people optimize their running for performance and health," says Dr. Wight.