Flávio Aguiar
About Flávio Aguiar
Flávio Aguiar is a Development Engineer specializing in Heavy Duty Engines with over 30 years of experience in the automotive sector. He has worked for notable companies such as Mercedes-Benz and Daimler AG, demonstrating expertise in project management and engineering design.
Work at Daimler
Flávio Aguiar has been employed at Daimler AG as a Development Engineer specializing in Heavy Duty Engines since 2016. His role involves managing complex engineering projects and contributing to the development of advanced heavy-duty engine technologies. Aguiar's extensive experience in the automotive sector supports his ability to innovate and improve engine performance and efficiency.
Previous Experience at Mercedes-Benz Do Brasil Ltda.
Flávio Aguiar worked at Mercedes-Benz Do Brasil Ltda. for a total of 18 years, holding various positions as a Development Engineer. He began his career there in 1997, focusing on Bus Chassis for nine years. He then transitioned to Medium Duty Engines from 2006 to 2012 for six years, followed by a role in Heavy Duty Engines from 2012 to 2015 for three years. This extensive tenure provided him with a comprehensive understanding of engine development across different vehicle categories.
Education and Expertise
Flávio Aguiar's educational background includes studies in Engineering at Brazcubas Educação from 1990 to 1996, followed by Project Management at The University Center of Fei from 2005 to 2006. He also studied at the Goethe Institute, enhancing his language skills. His expertise encompasses CAD, component design, project management, and prototype assembly, all of which are critical in the automotive industry.
Background in Vehicle Development
With over 30 years of experience in vehicle development, Flávio Aguiar has established a deep understanding of the automotive sector. His career has been marked by significant contributions to various projects, particularly in the development of heavy-duty engines. This extensive background enables him to navigate the complexities of engineering projects effectively.