Mariah Gewin
About Mariah Gewin
Mariah Gewin is a Research Associate at ADVANO in New Orleans, Louisiana, where she has worked since 2020. She specializes in identifying and mitigating failure mechanisms of silicon anodes and has a strong academic background in Chemistry and Chemical Engineering.
Work at Advano
Mariah Gewin has been employed as a Research Associate at Advano since 2020. In this role, she focuses on identifying and mitigating failure mechanisms of silicon anodes. Her work contributes to advancements in materials science, particularly in the development of battery technologies. Advano is known for its innovative approaches in the field, and Gewin's expertise in materials analysis techniques supports the company's objectives.
Education and Expertise
Mariah Gewin holds multiple degrees in the sciences. She earned a Bachelor of Science in Chemistry from Louisiana State University, where she studied from 2010 to 2015. Additionally, she obtained a Bachelor of Science in Chemical Engineering from the University of Louisiana at Lafayette, completing her studies from 2017 to 2020. Gewin also has a background in Biology, having pursued a Bachelor of Science at Louisiana State University from 2010 to 2016. Her educational foundation supports her specialization in materials analysis techniques, including BET, TGA, PSD, tapped density, and SEM.
Background
Prior to her current position at Advano, Mariah Gewin gained research experience as an Undergraduate Student Researcher at Louisiana State University. She held this role in 2013 for two months and again in 2014 for four months. Additionally, she briefly worked as a Guest Service Advocate at Target in early 2020. Her diverse experiences in research and customer service have contributed to her professional development.
Research Contributions
Mariah Gewin has co-authored a publication related to her research work, demonstrating her contributions to the scientific community. This publication reflects her commitment to advancing knowledge in her field, particularly in the area of materials science and engineering. Her research efforts are aligned with her focus on silicon anodes and their performance in battery applications.