Lauren Hines
About Lauren Hines
Lauren Hines is a Support Specialist with a background in chemistry and experience in various educational and technical roles. She has worked at institutions such as Montana State University-Bozeman and Radford University, and has a keen interest in environmental chemical analyses and biocompatibility related to medical devices.
Current Role at Advance Auto Parts
Lauren Hines currently serves as a Support Specialist at Advance Auto Parts, a position she has held since 2021. In this role, she is responsible for providing assistance and support to customers and team members, ensuring efficient operations within the company. Her experience in customer service and technical support contributes to her effectiveness in this position.
Previous Experience at Montana State University-Bozeman
Lauren Hines worked at Montana State University-Bozeman in various capacities. She served as a Graduate Teaching Assistant from 2019 to 2021 for two years, where she supported faculty in delivering course content. Additionally, she was a Graduate Research Assistant for four months in 2020, contributing to research projects in the field of Chemistry.
Experience at TechLab, Inc.
Lauren Hines held multiple roles at TechLab, Inc. from 2017 to 2019. She began as a Senior Production Technician for ten months in 2017, where she was involved in the production processes. Following this, she worked as a Biological Materials Production technician for eight months in 2018, focusing on the production of biological materials.
Educational Background in Chemistry
Lauren Hines has a strong educational foundation in Chemistry. She earned her Bachelor of Science (BS) in Chemistry from Radford University, completing her studies from 2013 to 2017. She further advanced her education by obtaining a Master of Science (MS) in Chemistry from Montana State University-Bozeman from 2019 to 2021.
Engagement in STEM Communication
Lauren Hines actively engages in STEM communication, demonstrating her commitment to sharing scientific knowledge with a broader audience. Her interest in environmental chemical analyses and biocompatibility related to medical devices reflects her dedication to advancing understanding in these important areas.