Maxime Lebreton
About Maxime Lebreton
Maxime Lebreton is a skilled engineer currently serving as Responsable Uap Assemblage Glissiere at Faurecia in Caligny, France. He has extensive experience in production and process engineering, having held various roles within Faurecia since 2008, and has a strong educational background in mechanical engineering and production.
Current Role at Faurecia
Maxime Lebreton currently holds the position of Responsable Uap Assemblage Glissiere at Faurecia, a role he has occupied since 2022. He works in Caligny, Normandie, France. In this position, he is responsible for overseeing assembly operations related to sliding mechanisms, ensuring efficiency and quality in production processes.
Previous Experience at Faurecia
Maxime Lebreton has extensive experience at Faurecia, having worked in various roles since 2008. His previous positions include Responsable UAP Découpage Fin from 2018 to 2022, Responsable UAP Assemblage from 2016 to 2018, and Responsable Méthodes et Qualité from 2015 to 2016. He also served as a Process Engineer from 2011 to 2013 and as an Apprenti Ingénieur Process from 2008 to 2010, contributing to multiple projects and process improvements.
Education and Qualifications
Maxime Lebreton studied at IUT Cachan, where he focused on Production, CAO, and Outillage, achieving a Licence Professionnelle en Alternance in 2008. He furthered his education at ITII Haute Normandie, obtaining a degree in Mécanique et Production from 2008 to 2011. His academic background supports his engineering roles in production and process optimization.
Language Proficiency
Maxime Lebreton has demonstrated proficiency in English, achieving a TOEIC score of 900 out of 990. He enhanced his language skills through an intensive course in Cambridge, England, which supports his professional communication in an international work environment.
Professional Projects and Contributions
During his career at Faurecia, Maxime Lebreton led the launch and optimization of a new product in Poland as an apprentice engineer in the R&D process. He was also the first team member on two Six Sigma projects aimed at improving the bending process of prototype and series tools. His contributions include participating in the setup of a new production line, focusing on product, presses, and tooling.