Thomas Puestow
About Thomas Puestow
Thomas Puestow is a Test Engineer with extensive experience in mechanical engineering and testing procedures. He has worked at Harley-Davidson Motor Company since 2009 and has a strong educational background, including a Bachelor's and a Master's degree from Milwaukee School of Engineering.
Current Role at Harley-Davidson
Thomas Puestow has been employed as a Test Engineer at Harley-Davidson Motor Company since 2009. In this role, he is responsible for conducting various tests to ensure the quality and performance of motorcycle components. His extensive experience in testing methodologies contributes to the overall reliability of products manufactured by the company.
Previous Experience at Buell Motorcycle Company
Before joining Harley-Davidson, Thomas Puestow worked as a Test Engineer at Buell Motorcycle Company from 2006 to 2009. During his three years at Buell, he gained valuable experience in the motorcycle industry, focusing on testing processes and quality assurance.
Education and Expertise in Mechanical Engineering
Thomas Puestow studied Mechanical Engineering at Milwaukee School of Engineering, where he earned his Bachelor’s degree from 2004 to 2008. He furthered his education by obtaining a Master of Science (MS) in Engineering from the same institution between 2013 and 2018. His academic background provides a strong foundation for his work in mechanical testing and engineering.
Training and Certifications in Testing Equipment
Thomas Puestow has completed several training programs to enhance his skills in testing equipment. He achieved MTS 793 Software & Servohydraulic Test System Operation Training at MTS Systems Corporation in 2009 and FARO Cam 2 Measure Software & Portable CMM Operation Training at FARO Technologies Inc. in 2008. Additionally, he completed MTS Test Suite Software Training in 2013, which further solidified his expertise in testing technologies.
Hands-On Experience with Fabrication Tools
Thomas Puestow possesses hands-on experience with various fabrication tools, including MIG Welders, Lathes, and Milling Machines. This practical knowledge enables him to effectively solve mechanical engineering problems and contribute to the development of innovative test fixtures and procedures that improve testing efficiency.