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Madeline Gilleran
Senior Battery Engineer at Rivian - Field Reliability
Madeline Gilleran: Senior Battery Engineer at Rivian
Madeline Gilleran is a Senior Battery Engineer, Field Reliability at Rivian, an electric vehicle company based in Irvine, California.3 Her LinkedIn username is madeline-gilleran-aa3953a9.2
Gilleran is an engineer and data scientist with a strong commitment to the development and implementation of sustainable energy technologies, particularly in the transportation sector. She obtained a Bachelor of Science and a Master of Engineering in Mechanical Engineering from the University of Michigan College of Engineering, where she held positions as a graduate student research assistant.
Throughout her career, Gilleran has gained experience in various organizations such as Black & Veatch, Tesla, Pacific Gas and Electric Company, The Taubman Company, GE Appliances, and Mitsubishi Electric Automotive America. Prior to her current role at Rivian, she worked as an electric vehicle infrastructure data scientist at the National Renewable Energy Laboratory.1
Gilleran's diverse background in mechanical engineering and data analysis makes her a valuable asset to the sustainable energy field. Her research interests include batteries, data analytics, sustainable mobility, energy storage, and transportation electrification.4
Highlights
This is a good overview of how we’re able to leverage data from our rapidly growing fleet! We’re analyzing petabytes of vehicle telematics data to assess performance and reliability. This data also sheds light on how consumers are driving and charging their vehicles, which helps with battery life modeling and informing future design.
Currently, electric vehicle owners have limited public options for charging, relying heavily on overnight charging at their private residences. With renters making up a large percentage of the U.S. population, to achieve the widespread electrification of vehicles, we must keep in mind that many people lack access to convenient at-home charging.
Charging stations at big-box retail grocery stores may offer a solution, allowing one to seamlessly integrate charging with weekly errands.
This article discusses a recent paper we published about the potential impact of electric vehicle charging on the power demand of big box grocery stores, as well as the role that on-site generation and storage could play in mitigating the effects of charging at a particular site.
