Amy Courtney
About Amy Courtney
Amy Courtney is a Manager of the Biomechanics Practice with over 30 years of experience in researching musculoskeletal tissues. She holds degrees from Michigan State University and Harvard University and has authored over 70 publications in medical and scientific literature.
Work at Exponent
Amy Courtney serves as the Manager of the Biomechanics Practice at Exponent. In this role, she applies her extensive knowledge in biomechanics to address complex issues related to musculoskeletal injuries and their implications. Her leadership in the practice involves overseeing research initiatives and providing insights into injury mechanisms, particularly in the context of traumatic brain injuries and blast injuries.
Education and Expertise
Amy Courtney holds a Bachelor of Science degree in Engineering from Michigan State University, where she studied from 1985 to 1989. She furthered her education at Harvard University, earning a Master's degree in Engineering from 1989 to 1991. Additionally, she completed her doctoral studies in the Harvard/MIT Division of Health Sciences and Technology, which included medical coursework and clinical training at Harvard Medical School. Her educational background supports her expertise in biomechanics and injury analysis.
Background
With over 30 years of experience, Amy Courtney has focused her research on the material and structural properties of musculoskeletal tissues under various conditions. Her background includes a deep understanding of injury biomechanics, particularly in relation to musculoskeletal injuries, traumatic brain injuries, and the effects of blast injuries. Additionally, she possesses specialized knowledge in the safe operation of small arms and the physics of ammunition.
Achievements
Amy Courtney has authored more than 70 publications in medical and scientific literature, contributing significantly to the field of biomechanics. Her research outputs reflect her expertise and commitment to advancing knowledge in injury biomechanics and related areas. Her work has implications for understanding injury mechanisms and improving safety protocols in various contexts.