I earned my B.S. and M.Eng. in Biomedical Engineering from Clemson University, where my work focused on developing medical technologies to improve patient care. My projects included designing a pulse oximeter for resource-limited settings, developing a temporary cardiac pacing lead that led to my first provisional patent, and advancing peripheral nerve stimulation technology for pain management. I also taught chemistry labs and an undergraduate SolidWorks course and worked as a biomechanics testing and research intern, where I developed a strong interest in orthopedics, biomechanics, and medical device design.

I grew up in California and South Carolina, playing golf and surfing the Pacific coast. Today I still enjoy golf, along with pickleball, walking/hiking, pilates, and yoga.

Research Project

My research investigates joint acoustic emissions (JAEs), the sounds and vibrations produced during joint movement, as a non-invasive indicator of joint health in athletes. Drawing on principles of biomedical tribology, the project examines how changes in cartilage surface condition and lubrication are reflected in acoustic signatures, from audible snaps, crackles, and pops to sub-audible vibrations. By characterizing the patterns associated with healthy and degenerating joints, the work aims to develop an objective, accessible tool for monitoring joint health in sport, with the potential to support earlier intervention, injury prevention, and more informed return-to-play decisions.

Supervisors: Professor Amy Zavatsky and Professor obin Cleveland