Elizabeth Reynolds
About Elizabeth Reynolds
Elizabeth Reynolds is an Undergraduate Research Assistant who studied Medical Engineering at Vanderbilt University and has experience working on biomechanics and pediatric orthopedic conditions.
Title and Role
Elizabeth Reynolds has held the position of Undergraduate Research Assistant. She has extensive experience working in biomechanical research and has contributed to specialized projects in the field of medical engineering. Her role has involved significant research and collaboration in multidisciplinary teams.
Work Experience at Texas Scottish Rite Hospital For Children
In 2015, Elizabeth Reynolds worked as a Biomechanics Intern at Texas Scottish Rite Hospital For Children in Dallas, Texas. During her three-month internship, she conducted research on the biomechanics of pediatric orthopedic conditions and developed assistive devices for children with mobility impairments. Her work in this capacity included collaboration with both engineers and medical professionals to improve patient outcomes.
Research Experience at Vanderbilt University
Elizabeth Reynolds served as an Undergraduate Research Assistant at Vanderbilt University in Nashville, Tennessee. During her tenure, she was involved in various research projects, presenting findings at the Southeastern Biomechanics Conference in 2016. Her experience encompasses contributing to a published paper on the mechanical properties of pediatric bone tissue.
Educational Background
Elizabeth Reynolds completed her Bachelor of Engineering in Medical Engineering at Vanderbilt University, where she studied from 2013 to 2017. Before attending Vanderbilt, she completed her secondary education at Highland Park High School, from 2009 to 2013.
Research and Publications
Elizabeth Reynolds contributed to a published paper on the mechanical properties of pediatric bone tissue. She collaborated with a multidisciplinary team to further research in pediatric orthopedic conditions, aiming to improve patient outcomes. Her work was recognized and presented at the Southeastern Biomechanics Conference in 2016.