Rajendra Kolekar
About Rajendra Kolekar
Rajendra Kolekar is a Senior CAE Engineer with expertise in structural analysis and optimization, currently working at FORVIA in Pune, India. He has a background in automotive engineering and specializes in finite element analysis and crash simulation.
Work at Faurecia
Rajendra Kolekar has been employed at Faurecia as a Senior CAE Engineer since 2018. In this role, he focuses on structural analysis and optimization, utilizing advanced software tools to enhance the performance and safety of automotive components. His work contributes to the development of innovative automotive seating solutions, leveraging his expertise in computer-aided engineering.
Current Role at FORVIA
Since 2021, Rajendra Kolekar has also served as an Advanced Engineer in Finite Element Analysis (FEA) at FORVIA. In this position, he applies his knowledge of finite element methods to conduct detailed simulations and analyses, ensuring the reliability and effectiveness of automotive designs. His dual roles at Faurecia and FORVIA highlight his commitment to advancing engineering practices in the automotive sector.
Education and Expertise
Rajendra Kolekar studied at SVPM Baramati, where he earned a degree in Mechanical Engineering with a focus on Automobile/Automotive Mechanics Technology from 2006 to 2009. His educational background provides a solid foundation for his expertise in structural analysis, optimization, and crash simulation, particularly using software such as LS-DYNA and Hypermesh.
Background in Automotive Engineering
Rajendra Kolekar has a strong background in developing automotive seating solutions through computer-aided engineering. His experience includes extensive work with finite element analysis, which is crucial for assessing the structural integrity and performance of automotive components. His skills in Optistruct and LS-DYNA position him as a knowledgeable professional in the automotive engineering field.
Skills in Finite Element Analysis
Rajendra Kolekar possesses strong skills in finite element analysis, particularly in using Optistruct for structural analysis and optimization. He utilizes Hypermesh for pre-processing tasks, which is essential for preparing models for simulation. His proficiency in these tools supports his work in the automotive industry, where accurate simulations are critical for safety and performance assessments.