James Tobin
About James Tobin
James Tobin is an Associate at Exponent with a strong background in automotive systems and electric vehicle technologies. He holds a Master of Science in Engineering from Arizona State University and has extensive experience in lithium battery pack design and lean principles.
Work at Exponent
James Tobin has been employed at Exponent as an Associate since 2021. His role involves applying his engineering expertise to various projects, contributing to the company's focus on technical consulting and analysis. He operates from the Phoenix, Arizona office, where he utilizes his knowledge in engineering and automotive systems to support client needs.
Education and Expertise
James Tobin holds a Master of Science (MS) in Engineering from Arizona State University, which he completed from 2018 to 2020. Prior to this, he earned a Bachelor of Science (BS) in Robotic Engineering from the same institution, studying from 2015 to 2019. His educational background is complemented by a high school diploma from Lake Havasu High School, where he focused on Website Design and Architectural Drafting.
Background in Automotive Systems
James Tobin possesses a strong background in automotive systems, with significant expertise in vehicle systems. His knowledge extends to electric vehicle technologies, where he has gained experience in lithium battery pack and high voltage system design. This technical foundation supports his current role at Exponent, where he applies these skills to various engineering challenges.
Previous Experience at Best Buy
Before joining Exponent, James Tobin worked as a Sales Associate at Best Buy in Gilbert from 2015 to 2021. During his six years at the company, he developed strong customer service skills and gained valuable experience in retail operations. This role helped him build a diverse skill set that complements his technical expertise.
Lean Principles and Implementation
James Tobin is fluent in lean principles and their implementation, including methodologies such as 5S, Kaizen, value stream mapping, and Muda reduction. His understanding of these principles enhances his ability to improve processes and efficiency in engineering projects, contributing to effective project outcomes.