Eve George
About Eve George
Eve George is a Senior Research and Development Engineer at Boston Scientific, with a background in Mechanical and Biomedical Engineering from Georgia Institute of Technology.
Company
Eve George is currently employed by Boston Scientific, a global medical technology firm, as a Senior Research and Development Engineer. She has worked in various capacities within the company, contributing significantly to its research and development initiatives. Her tenure at Boston Scientific includes roles in Marlborough, Massachusetts, the San Francisco Bay Area, and Maple Grove, Minnesota.
Title
Since 2021, Eve George has held the position of Senior Research and Development Engineer at Boston Scientific. In this role, she leads a team of 10 R&D engineers, guiding key project milestones such as design reviews, design verification strategy and testing, and product commercialization readiness, particularly of acquired holmium laser systems.
Education and Expertise
Eve George holds a Master of Science in Mechanical Engineering from the Georgia Institute of Technology, completed between 2019 and 2021. She also earned a Bachelor of Science in Biomedical/Medical Engineering from the same institution, graduating in 2017. Her educational background provides a solid foundation for her work in the medical technology field, particularly in research and development.
Background
Eve George's professional journey at Boston Scientific began as a Research and Development Intern in 2016 in Maple Grove, Minnesota. She transitioned to the role of Research and Development Engineer in 2019, operating in the San Francisco Bay Area for two years before taking a similar position in Marlborough, Massachusetts in 2021. She was subsequently promoted to her current role as Senior Research and Development Engineer.
Achievements
During her career at Boston Scientific, Eve George has accomplished several notable projects. She managed the technical development of a new PCNL access product, incorporating inputs and feedback from key opinion leaders. She also collaborated with experts in Israel to create a new design failure mode and effects analysis for a laser system. Furthermore, she co-authored and submitted two intellectual property disclosures, both accepted by the Urology Patent Review Board.