Jason Bryant
About Jason Bryant
Jason Bryant is a Manufacturing Equipment Engineer with extensive experience in high volume manufacturing environments. He has worked for several companies, including Qorvo, SolarWorld, and ON Semiconductor, and holds a Bachelor's degree in Professional Physics from the University of Oklahoma.
Work at ON Semiconductor
Currently, Jason Bryant serves as a Manufacturing Equipment Engineer at ON Semiconductor in Gresham, Oregon. He has held this position since 2020, contributing to the company's focus on advanced semiconductor manufacturing. His role involves optimizing manufacturing processes and equipment to enhance productivity and efficiency. Jason's work aligns with ON Semiconductor's commitment to delivering high-quality semiconductor solutions.
Previous Experience in Manufacturing Engineering
Before joining ON Semiconductor, Jason Bryant worked at several notable companies in the manufacturing sector. He was employed at Qorvo, Inc. as an RF Plasma Etch Engineer II for six months in 2017 to 2018. Prior to that, he spent nine years at SolarWorld as a Manufacturing Sustaining Engineer III from 2008 to 2017. Additionally, he worked at Raychem, now TE Connectivity, as a Senior Manufacturing and Development Engineer for one year from 2018 to 2019.
Education and Expertise
Jason Bryant earned his Bachelor's degree in Professional Physics from the University of Oklahoma. His educational background provides him with a solid foundation in the principles of physics, which he applies in his engineering roles. He also completed his high school education at Oregon City Senior High School, where he achieved his diploma.
Focus on Continuous Improvement
In his engineering career, Jason Bryant emphasizes continuous improvement in safety, quality, and factory output. He is known for his ability to complete projects under budget and ahead of schedule, demonstrating his commitment to operational excellence. His extensive experience in high-volume manufacturing environments supports his focus on enhancing production processes and outcomes.