My degrees in applied physics (BS), exercise science (MS), and neuroscience (PhD) establish a unique foundation for studying neuromechanics. Specifically, my research interests lie in studying the neuroplasticity that occurs as a result of physical and cognitive rehabilitation following brain injury. My physics background aids in my understanding the MRI acquisition and analyses techniques I use to measure changes in structural and functional brain connectivity. My teaching assignments also reflect my diverse academic background. I facilitate the development of students’ skills in an Advanced Writing in Neuroscience course, tout the benefits of exercise on the body and brain—including the neuroprotective effects against cognitive decline due to injury, aging, and disease—in Fitness for Life courses, and enjoy sweating with college co-eds while leading in aerobic and strength training courses.