Vinoth Baskaran
About Vinoth Baskaran
Vinoth Baskaran is a Lead Engineer in the CAE Integration Team, specializing in Body in White modeling and modal analysis. He has a background in mechanical engineering and has previously worked as a CAE Senior Analyst at Satyam Venture in India.
Work at Ford Motor
Vinoth Baskaran serves as the Lead Engineer for the CAE Integration Team at Ford Motor Company. In this role, he focuses on the integration of computer-aided engineering processes within the automotive design framework. His position in Dearborn, Michigan, places him at the center of automotive engineering and innovation, allowing him to contribute to significant projects that enhance vehicle performance and safety.
Education and Expertise
Vinoth Baskaran holds a Master of Technology degree in Design from Vel Tech Technical University, where he studied from 2013 to 2016. He also earned a Bachelor's degree in Mechanical Engineering from Vel Tech Engineering College, completing his studies from 2007 to 2011. His academic background provides a strong foundation for his specialization in Body in White (BIW) modeling and modal analysis.
Background
Before joining Ford Motor Company, Vinoth Baskaran worked at Satyam Venture as a CAE Senior Analyst from 2011 to 2015. During his four years at Satyam, he developed skills in computer-aided engineering, which he has since applied to his current role. His experience in India contributed to his understanding of engineering practices and methodologies in the automotive sector.
Specialization in BIW Modeling
Vinoth Baskaran specializes in Body in White (BIW) modeling, which involves the design and analysis of the car body structure prior to the installation of components such as doors and hoods. This specialization is critical in ensuring the structural integrity and performance of vehicles, making it a vital aspect of automotive engineering.
Expertise in Modal Analysis
Vinoth has extensive experience in modal analysis, a technique used to assess the vibration characteristics of structures and machine components. This expertise is essential in automotive engineering, as it helps in predicting how vehicles will respond to various forces and vibrations during operation, contributing to overall vehicle safety and performance.