Courtney Johnston
About Courtney Johnston
Courtney Johnston is an Associate Gas Engineer at CenterPoint Energy, where she has worked since 2021. She has a background in industrial engineering, having completed internships at Lockheed Martin and KeyTronicEMS, and is dedicated to process improvement and logistics.
Work at CenterPoint Energy
Courtney Johnston has been employed at CenterPoint Energy as an Associate Gas Engineer since 2021. In this role, she is involved in various engineering tasks related to gas distribution and infrastructure. Her position requires a strong understanding of engineering principles and the ability to apply them in practical settings. Johnston's work contributes to the company's efforts in providing reliable energy solutions to customers in Little Rock, Arkansas.
Education and Expertise
Courtney Johnston studied at the University of Arkansas from 2017 to 2021, where she earned her degree. During her academic career, she focused on engineering principles and gained practical experience through various internships. Her education laid the groundwork for her expertise in process improvement and logistics, which she continues to develop in her professional roles.
Background
Before joining CenterPoint Energy, Courtney Johnston gained valuable experience through internships. She worked as an Industrial Engineering Intern at Lockheed Martin Missiles and Fire Control in 2020 for one month, where she was exposed to engineering practices in a high-tech environment. Additionally, she served as a Process Engineering Coop at KeyTronicEMS in 2019 for two months, further enhancing her skills in the manufacturing sector.
Achievements in Process Improvement
Courtney Johnston has demonstrated a commitment to process improvement throughout her career. During her internships, she implemented Lean Six Sigma principles, which focus on enhancing efficiency and reducing waste in processes. Furthermore, she worked on a senior design project with a hospital aimed at improving doctors' rounding procedures, showcasing her ability to apply engineering concepts to real-world challenges.