JEEVAMOORTHY.S

Currently serving as a trainee at Cube CNC CAD & CAM Technology, where I am acquiring hands-on experience and practical insights in the application of CNC and CAD/CAM technologies. My role involves actively participating in training programs and real-world projects, contributing to the growth of my knowledge and proficiency in the domain.

During my tenure as a Graduate Apprentice Trainee at Renault Nissan Automotive India Private Limited, I gained valuable exposure to gear shaft machining, CNC operations, gauge inspection, tool change, and part handling. This experience provided me with practical insights into the automotive manufacturing industry and offered hands-on training in critical operational processes and quality control measures.

As an intern at Shardlow India Limited, I actively contributed to the quality improvement initiatives by conducting a rigorous analysis of forged crankshafts using non-destructive testing techniques. This involved the application of advanced methodologies to identify and rectify potential defects, thereby significantly enhancing the overall quality and reliability of the finished products.

During my internship, I conducted a comprehensive analysis of forged crankshafts using non-destructive testing methods to enhance the quality of the products. This involved meticulous inspection, testing, and evaluation processes, contributing to the overall quality improvement initiatives of the company.

The snake robot project involved the comprehensive design and development of a functional robot capable of mimicking the serpentine movement of a snake. My responsibilities included contributing to the technical design, development, and testing phases, which provided valuable insights into the practical application of mechatronics and robotics principles.

My involvement in the design and development of a snake robot project provided me with the opportunity to explore cutting-edge technologies and apply theoretical concepts to practical, real-world applications. This experience significantly enhanced my understanding of robotics and automation.

The automatic irrigation system project involved the design and implementation of an automated solution for optimizing irrigation processes in agricultural settings. My contributions encompassed the design, prototyping, and testing phases, allowing me to gain hands-on experience in addressing practical challenges through the application of advanced automation technologies.

My involvement in the development of an automatic irrigation system project allowed me to apply my knowledge of mechatronics and automation to address real-world challenges in agriculture. This experience broadened my practical understanding of automated systems and their potential agricultural applications.