Elizabeth Garber
About Elizabeth Garber
Elizabeth Garber is an Associate Clinical Account Specialist at Biosense Webster, with a background in psychology and geology. She has held various roles in the healthcare and event coordination sectors since completing her Bachelor of Science at the University of Georgia in 2020.
Work at BioSense Webster
Elizabeth Garber has served as an Associate Clinical Account Specialist at BioSense Webster since 2021. In this role, she focuses on the clinical aspects of electrophysiology, gaining knowledge and experience in heart-related technologies. Her position requires her to work in both Orange County, California, and Greenville, South Carolina, allowing her to engage with diverse clinical environments and practices.
Education and Expertise
Elizabeth Garber earned her Bachelor of Science degree in Psychology with a minor in Geology/Earth Science from the University of Georgia - Franklin College of Arts and Sciences, completing her studies from 2017 to 2020. Her educational background equips her with a unique perspective, combining insights from psychology and earth sciences, which may inform her clinical work and understanding of patient interactions.
Background
Before her current role, Elizabeth Garber gained experience in various positions. She worked as an Operations Associate at EnergeiaWorks from 2020 to 2021, where she contributed for 11 months. Additionally, she served as an Event Coordinator at Renewables UnWind for three months in 2021. Her earlier experience includes a year-long position as a Research and Sourcing Associate at Verge Management Group, focusing on OT/ICS Cybersecurity from 2019 to 2020.
Current Roles and Responsibilities
In addition to her position at BioSense Webster, Elizabeth Garber works as a Student & Lab Assistant at the Arrhythmia Technologies Institute in Greenville, South Carolina, since 2021. This role complements her clinical account specialist position, allowing her to further her understanding of electrophysiology and contribute to academic and practical applications in the field.