Samantha Verdello
About Samantha Verdello
Samantha Verdello is a Field Clinical Specialist at Boston Scientific, providing clinical support and education for cardiac devices in the Greater Atlanta Area.
Current Title at Boston Scientific
Samantha Verdello has been serving as a Field Clinical Specialist at Boston Scientific since 2018. In her current role, she provides clinical support and troubleshooting for cardiac devices in both cath labs and operating rooms. Additionally, she educates hospital personnel on the clinical usage of cardiac rhythm management products through demonstrations and in-services.
Previous Employment at Koning Corporation
In 2018, Samantha Verdello worked as a Clinical Engineer at Koning Corporation for three months. During her brief tenure in Atlanta, GA, she contributed to the company's clinical engineering initiatives.
Clinical Development Engineering Intern at Intuitive Surgical
Samantha Verdello gained significant experience as a Clinical Development Engineering Intern at Intuitive Surgical in the San Francisco Bay Area in 2017. This role, which lasted three months, allowed her to delve into clinical development engineering within a leading medical device company.
R&D Engineering Co-Op at CR Bard
From 2015 to 2016, Samantha Verdello served as an R&D Engineering Co-Op at CR Bard in Covington, GA. Over the course of one year, she was involved in research and development projects, which honed her engineering skills and contributed to her professional growth in the medical engineering field.
Education at Purdue University
Samantha Verdello earned her Master of Engineering (MEng) in Biomedical Engineering from Purdue University, completing her studies from 2020 to 2024. This advanced education has equipped her with specialized knowledge and skills in biomedical engineering.
Undergraduate Education at Georgia Tech
Samantha Verdello completed her Bachelor of Science (B.S.) in Biomedical Engineering at Georgia Tech, where she also pursued a minor in Material Science and Engineering. She attended this esteemed institution from 2013 to 2017, laying a solid foundation for her career in the biomedical engineering field.