Nicole Stark, MS

I have six years of experience in conducting research with a focus on patient populations.  For my master’s thesis, I used finite element analysis to build a model of the tongue to research dysphagia. During my undergraduate career, I conducted research in Widener University Rehabilitation Biomechanics Lab with lower limb amputees. While I was a member of the lab, I learned many different data collection methods as well as how to formulate a research question and then follow a project through to completion. Additionally, I have completed course work in advanced biomechanics where I was trained in motion capture data collection and processing. I completed three internships during my undergraduate and graduate studies in the areas of mechanical engineering, project management, and physical therapy. While interning as a mechanical engineer and a project manager, I learned valuable team skills such as team coordination and goal setting in order to complete projects. My time at the physical therapy clinic allowed me to observe the treatment of various patient populations including patients with joint replacements, back pain, and various overuse injuries that altered movement mechanics. After the completion of my undergraduate and master's degrees, I moved to Virginia Tech to peruse my Ph.D. in biomedical engineering working in the Kevin P. Granata Biomechanics Lab.

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During my first year at Virginia Tech in the School of Biomedical Engineering and Science (SBES) program I have completed a majority of my course work. This course work has prepared me for the analysis of biomechanical measures and different research approaches throughout biomedical engineering.  Additionally, during my first year at Virginia Tech, I have been integrated into the Kevin P. Granata Biomechanics Lab where I was able to expand my knowledge in biomechanics data collection, analysis, and research design. I have gained valuable knowledge in three-dimensional (3D) motion capture, accelerometers, and capturing ground reaction force. I have also learned how to study and intemperate movement mechanics through a variety of on-going projects most notably: Gait Asymmetry, Balance and Fall Risk in Healthy Younger Adults, Physical Activity and Gait Symmetry: Total Knee Arthroplasty & Healthy Adult Walking, and Ankle Osteoarthritis Causes Hip Extension Asymmetry Compared to Healthy Controls. 

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Passions other then Research