Greg Hembree
About Greg Hembree
Greg Hembree is a Maintenance Superintendent at Amentum, where he has worked since 2022. He has extensive experience in maintenance operations and pollution control technologies, with a background that includes roles at AECOM and Novelis.
Work at Amentum
Greg Hembree has been serving as the Maintenance Superintendent at Amentum since 2022. In this role, he is responsible for overseeing maintenance operations and ensuring the efficiency of plant processes. His tenure at Amentum has lasted for two years, during which he has applied his extensive knowledge in maintenance management to improve operational performance.
Education and Expertise
Greg Hembree studied at Madison Central High School and pursued further education at Eastern Kentucky University from 1981 to 1997, focusing on Maintenance Operations and Management. He also completed vocational education in Welding Fabrication between 1982 and 1995. His educational background supports his expertise in pollution control technologies, particularly in Baghouses Scrubbers.
Background in Mechanical Maintenance
Prior to his current position, Greg Hembree worked at AECOM/URS/EG&G as a Mechanical Maintenance Supervisor from 2019 to 2022. He managed maintenance operations in Richmond, Kentucky, for three years, where he focused on reducing downtime and enhancing the plant environment. Earlier, he served as an Instrumentation Controls Technician at the same company from 2016 to 2019.
Long-Term Experience at Novelis
Greg Hembree spent 27 years at Novelis as a Reliability Specialist from 1989 to 2016. During his time there, he rebuilt the Preventive Maintenance program, significantly improving its effectiveness. His long-term experience in the aluminum industry has contributed to his deep understanding of maintenance strategies and operational reliability.
Subject Matter Expertise
Greg Hembree is recognized as a Super Subject Matter Expert in several critical areas, including Combustible Dust, Crane Systems, and Fall Protection. His specialized knowledge in these fields enhances safety and operational efficiency in maintenance practices.