Srinath Swaminathan
About Srinath Swaminathan
Srinath Swaminathan is an experienced engineer specializing in chassis systems and automotive design, currently working at Daimler AG since 2013. He has a background in mechanical engineering and has held positions at notable companies including Ford Motor Company and General Motors.
Work at Daimler
Srinath Swaminathan has been employed at Daimler AG since 2011, where he currently holds the position of Ingenieur - Integration Chassis-System. Over the course of his tenure, he has accumulated significant experience in chassis system integration. His role involves collaborating on various engineering projects and ensuring the seamless integration of chassis components. Additionally, he has worked as an Exterior Engineer Concept Realization, contributing to the development of innovative automotive designs. His ongoing commitment to Daimler AG spans over 11 years.
Previous Experience in Automotive Engineering
Before joining Daimler AG, Srinath Swaminathan worked at Ford Motor Company as a Product Engineer - BIW for one year in Chennai, India. Following this, he spent three years at General Motors as an Engineer in Bangalore, India, where he further honed his engineering skills. He also served as a Lead Engineer at Mercedes Benz Research and Development in India for one year. These roles provided him with a solid foundation in automotive engineering and design.
Education and Expertise
Srinath Swaminathan earned his Bachelor of Engineering in Mechanical from the University of Madras, completing his studies from 1999 to 2003. He later pursued a Master of Science in Manufacturing Management with a focus on Product Design at BIT Mesra, graduating in 2008. His educational background supports his expertise in various engineering disciplines, including BIW Design, Design Failure Mode Effective Analysis (DFMEA), and Value Added Value Engineering (VAVE).
Technical Skills and Proficiencies
Srinath Swaminathan is proficient in several 3D CAD software programs, including UGNX, Catia V5, and Pro E. His technical skills extend to A class surfacing, sheet metal forming, plastic injection molding, and interior trim design. These proficiencies enable him to effectively contribute to complex engineering projects within the automotive industry, ensuring high-quality design and functionality.