Terry Burdette
About Terry Burdette
Terry Burdette is the Steam Process Owner at American Electric Power, where he has worked since 2012. He has over 20 years of experience in various roles within the company, focusing on optimizing steam processes and managing budgets at the John E. Amos Plant.
Work at American Electric Power
Terry Burdette has held multiple positions at American Electric Power (AEP) since 1995. He began his career as a Maintenance Machinist, serving in that role for ten years until 2005. Following this, he advanced to Maintenance Supervisor III, where he worked for another seven years until 2012. In 2012, he transitioned to the role of Steam Process Owner, a position he has held for twelve years. Throughout his tenure at AEP, Burdette has been involved in various projects aimed at optimizing steam processes at the John E. Amos Plant.
Education and Expertise
Terry Burdette studied at Strayer University, where he earned an Associate's Degree in Business Management from 2009 to 2012. His educational background complements his extensive experience in the energy sector, particularly in steam process operations. He also completed his high school education at Dunbar High School, obtaining his diploma between 1973 and 1976.
Background
Terry Burdette's career in the energy industry began in 1995 at American Electric Power. Over the years, he has progressed through various roles, gaining experience in maintenance and process management. His work has primarily focused on the John E. Amos Plant, where he has contributed to the efficiency of steam processes. Burdette's long-standing association with AEP highlights his commitment to the organization and the energy sector.
Achievements
During his time at American Electric Power, Terry Burdette has implemented continuous improvement methodologies to enhance steam process efficiency at the John E. Amos Plant. He manages the budget for steam process operations and leads projects aimed at optimizing these processes. His efforts have contributed to the operational effectiveness of the plant.