Ritesh Kamble
About Ritesh Kamble
Ritesh Kamble is a CAE Engineer specializing in Moldflow, currently employed at Faurecia in Pune, Maharashtra, India. He has a background in Polymer/Plastics Engineering and is pursuing a Bachelor's degree in Mechanical Engineering at the University of Pune.
Work at Faurecia
Ritesh Kamble has been employed at Faurecia as a CAE Engineer specializing in Moldflow since 2018. His role involves utilizing advanced simulation techniques to optimize the design and manufacturing processes of automotive components. Located in Pune, Maharashtra, India, he has contributed to various projects that enhance product performance and efficiency within the automotive sector.
Previous Experience at Rheomold Engineering Solutions
Before joining Faurecia, Ritesh Kamble worked at Rheomold Engineering Solutions as a CAE Engineer focused on process simulation. His tenure lasted from 2016 to 2018, during which he developed skills in analyzing and improving manufacturing processes. This experience provided him with a solid foundation in engineering simulations relevant to polymer and plastics applications.
Experience at Wissen Baum Engineering Solution LLP
Ritesh Kamble served as a Project Engineer at Wissen Baum Engineering Solution LLP from 2015 to 2016. In this role, he was responsible for managing engineering projects and ensuring their successful execution. His work contributed to the development of innovative engineering solutions before he transitioned to his role at Rheomold Engineering Solutions.
Education in Polymer/Plastics Engineering
Ritesh Kamble completed a Diploma in Polymer/Plastics Engineering at MSBTE from 2011 to 2014. This educational background equipped him with essential knowledge and skills in the field of materials engineering, particularly in the properties and applications of polymers and plastics.
Pursuing Bachelor's Degree in Mechanical Engineering
Currently, Ritesh Kamble is pursuing a Bachelor's degree in Mechanical Engineering at the University of Pune. He has been enrolled since 2016, and this academic pursuit complements his professional experience by providing a deeper understanding of mechanical systems and engineering principles.