Cody Bowman
About Cody Bowman
Cody Bowman is a Welding Engineer at Miller Electric Mfg. Co., where he has worked since 2014. He developed the Dynamic Dig feature for PipePro welders and oversees interns while training users on welding machine features.
Work at Miller Electric
Cody Bowman has been employed at Miller Electric Mfg. Co. since 2014, where he currently serves as a Welding Engineer. His role involves directing and managing interns and other personnel to enhance the performance of the engineering team. He previously worked as a Welding Engineering Intern at the same company for three months in 2014. During his internship, he contributed to the development of the Dynamic Dig feature for PipePro welders, which improved arc consistency and adaptability to various welding conditions.
Education and Expertise
Cody Bowman earned a Bachelor of Science (B.S.) degree in Welding Engineering Technology/Technician from Brigham Young University - Idaho. His studies spanned from 2011 to 2014, providing him with a solid foundation in welding engineering principles. This educational background supports his current role as a Welding Engineer, where he applies his knowledge to optimize welding processes and technologies.
Background
Before joining Miller Electric, Cody Bowman worked as a Welding Lab Supervisor at Brigham Young University - Idaho for three months in 2014. In this position, he was responsible for overseeing welding lab operations and ensuring that students received proper training and guidance in welding techniques. His experience in both academic and industrial settings has contributed to his expertise in the field.
Training and Development
In his current position at Miller Electric, Cody Bowman trains end users on welding machine features both on location and at conferences. This training enhances user proficiency and satisfaction with the products. Additionally, he prepares technical reports on welding procedures and experiments, effectively communicating project outcomes to management and ensuring that practical solutions are implemented based on feedback from in-field welders.