Matthew Lord
About Matthew Lord
Matthew Lord is a Principal Manufacturing Quality Engineer at Boston Scientific in Arden Hills, MN, with a background in quality engineering and aerospace engineering.
Title at Boston Scientific
Matthew Lord currently holds the position of Principal Manufacturing Quality Engineer at Boston Scientific. He has been with the company since 2017, based in Arden Hills, MN. His role likely entails overseeing the quality of manufacturing processes, ensuring compliance with regulatory standards, and possibly leading initiatives to improve product quality and manufacturing efficiency.
Previous Role at Nuvectra
Before joining Boston Scientific, Matthew Lord worked at Nuvectra as a Senior Design Assurance Engineer and Supplier Quality Engineer from 2016 to 2017. Based in Blaine, MN, he held this role for one year. His responsibilities would have included assessing design processes to ensure product quality and reliability, as well as managing supplier quality to maintain high standards in component sourcing.
Experience at Zimmer Spine
Matthew Lord worked as a Quality Engineer at Zimmer Spine from 2013 to 2015. During his two-year tenure in the Greater Minneapolis-St. Paul Area, his duties would have involved various aspects of quality assurance, focusing on product quality within the medical device manufacturing sector.
Early Career at Boston Scientific
Earlier in his career, Matthew Lord held the position of Supplier Quality / Component Engineer (R&D) at Boston Scientific from 2007 to 2013. Based in St. Paul, MN, he was with the company for six years. His work likely focused on research and development, ensuring the quality of components sourced from suppliers and contributing to the innovation of new products.
Educational Background at Georgia Institute of Technology
Matthew Lord graduated with a Bachelor of Science in Aerospace Engineering from the Georgia Institute of Technology, where he studied from 2002 to 2007. His education provided a strong foundation in aerospace engineering principles, which may have contributed significantly to his later roles in quality engineering within the manufacturing and medical device industries.