Gordon Duff
About Gordon Duff
Gordon Duff serves as the Global Product Reliability Lead at Smiths Detection in London, where he has worked since 2019. He has extensive experience in engineering and reliability across various aerospace companies, focusing on airframe and component reliability under EASA and MAA regulations.
Work at Smiths Detection
Gordon Duff has been serving as the Global Product Reliability Lead at Smiths Detection since 2019. In this role, he is responsible for overseeing product reliability initiatives and ensuring compliance with industry standards. His position is based in London, Greater London, United Kingdom. Duff's expertise in reliability engineering contributes to the development and maintenance of detection systems used in security and safety applications.
Previous Experience at Aar Corp
Before joining Smiths Detection, Gordon Duff worked at Aar Corp. as Senior Manager of Engineering and Reliability from 2017 to 2019. During his tenure in Wood Dale, Illinois, United States, he focused on enhancing engineering processes and improving product reliability. His role involved managing engineering teams and implementing reliability strategies.
Background in Aerospace Engineering
Gordon Duff studied Aerospace Engineering at Macclesfield College from 2003 to 2005. He furthered his education at Kingston University, where he earned a Bachelor of Science degree in Engineering from 2013 to 2015. This educational background has equipped him with a solid foundation in engineering principles applicable to the aerospace industry.
Experience in the Aviation Sector
Gordon Duff has extensive experience in the aviation sector, having held various roles at Jet2.com and Bae Systems. His positions included Reliability Manager, F-35 Engineering Planning and Change Manager, and Senior Reliability Engineer. He has worked on both commercial and military aircraft, focusing on airframe and component reliability under EASA and MAA regulations.
Specialization in Reliability Engineering
Gordon Duff specializes in several areas of reliability engineering, including ETOPS, avionic component reliability, airframe component reliability, and engine reliability and performance monitoring. His strong working knowledge encompasses both single and twin aisle commercial aircraft, as well as fighter and lead-in trainer jets.