The Gait Biomechanics Lab is a research group within the Department of Kinesiology and Applied Physiology at the University of Delaware.
We study how people walk in order to better understand the effects of aging, osteoarthritis, and exercise.
04/01/2025
Julien recently did an interview to share the goals and participant involvement in his dissertation research. See the link to the UD Center for Human Research Coordination's Instagram post to hear more!
https://www.instagram.com/reel/DH4CBROgvTy/?utm_source=ig_web_button_share_sheet&igsh=MzRlODBiNWFlZA==
03/12/2025
We are still seeking adults with knee osteoarthritis for ongoing studies! Email us at [email protected] to find out if you qualify!
07/09/2024
We've got new studies running in the lab! Learn more using the QR codes or by emailing our research teams at the addresses on the flyers!
05/03/2023
The lab's ongoing project was recently featured in UDaily. Read about how we're using wearable sensors to learn more about joint function during daily walking.
Learning outside the lab | UDaily Wearable tech helps UD biomechanics researchers get first glimpse at everyday walking patterns
09/01/2022
We're seeking volunteers for a new, NIH-funded study! We're studying how people's everyday walking affects joint health and knee osteoarthritis. Contact us via the email on the flyer below or by clicking the "Sign Up" button.
05/12/2022
We'll be at the Arthritis Foundation Delaware Walk to Cure Arthritis on May 22! Visit their webpage (below) to participate, donate, or volunteer.
2022 Walk to Cure Arthritis - Delaware Sign up today and support the  Arthritis Foundation!
04/20/2022
Did you know that walking is recommended for people with arthritis? We study how walking influences long term joint health, including in those with knee arthritis. Contact us today to participate in our ongoing studies!
04/12/2022
We're recruiting!
We are a lab group in Kinesiology and Applied Physiology at University of Delaware. We study how people walk with the aim of helping people maintain mobility and function as they age.
