Mehdi Gdaiem
About Mehdi Gdaiem
Mehdi Gdaiem is an Apprenti Ingénieur Confort et Process Design at Faurecia, where he has worked since 2019. He holds a Diplôme d'ingénieur in mechanical engineering and has experience in various roles within the automotive industry, focusing on process design and product efficiency.
Work at Faurecia
Mehdi Gdaiem has been employed at Faurecia since 2019 as an Apprenti Ingénieur Confort et Process Design. In this role, he focuses on enhancing automotive comfort features and has participated in innovative projects that utilize computational design techniques to improve product efficiency. His contributions include the development of automotive comfort systems, which are essential for modern vehicle interiors.
Education and Expertise
Mehdi Gdaiem studied at multiple institutions to build his expertise in mechanical engineering. He achieved a Diplôme d'ingénieur in Ingénierie mécanique spécialité méthodes et industrialisation from CFAI Mécavenir from 2019 to 2022. Prior to this, he completed a D.U.T in Génie Mécanique Et Productique at Université Paris 13 from 2016 to 2018, and a licence in Mécanique Spe Conception collaborative at the same university from 2018 to 2019. His foundational education includes a Baccalauréat S-SVT from Lycée De Garçon Sousse-Tunisie.
Background
Before joining Faurecia, Mehdi Gdaiem gained diverse experience in the automotive and engineering sectors. He worked at FPT Industrial as an Analyste Défauts De Montage for 11 months in Bourgogne, France, and at Volvo Group Trucks Technology as a Technicien d’essai Turbocompresseurs for 2 months in 2018. Additionally, he held positions at La Martiniquaise, LNE, and AUTOBACS FRANCE, where he focused on maintenance and project management.
Achievements
During his career, Mehdi Gdaiem has been involved in several projects that focus on process design and the enhancement of automotive interiors. His work at Faurecia includes contributions to the development of systems that improve comfort features, showcasing his ability to integrate computational design processes into practical applications. His involvement in these projects reflects his commitment to advancing automotive engineering.