I am a motivated Mechanical Engineer with hands-on experience in operations, having worked across various departments including Production, Engineering, Quality, Continuous Improvement, and Environmental Health and Safety (EHS). My diverse exposure has equipped me with a comprehensive understanding of industrial processes, quality control, and safety standards. I have a proven track record of contributing to continuous improvement initiatives, optimizing production efficiency, and ensuring adherence to EHS guidelines. My strong analytical skills, coupled with a proactive approach to problem-solving, enable me to excel in dynamic and challenging environments. I am eager to leverage my knowledge and skills to drive operational excellence and support the growth of a forward-thinking organization.
As a Graduate Engineering Trainee in Operations, I have gained comprehensive experience across key departments, including Production, Engineering, Quality, Continuous Improvement, and Environmental Health and Safety (EHS). In the Production department, I contributed to optimizing daily operations and troubleshooting issues to enhance efficiency. My role in the Engineering department involved supporting project implementation and conducting equipment maintenance assessments. In the Quality department, I participated in inspections, audits, and data analysis to ensure product compliance and improve quality standards.
I actively engaged in Continuous Improvement initiatives, implementing KAIZEN and lean manufacturing practices to streamline processes and reduce waste. Additionally, my involvement in the EHS department included conducting audits, risk assessments, and promoting a safety-first culture through training and awareness programs. These diverse experiences have equipped me with a robust skill set, including strong analytical and problem-solving abilities, proficiency in inventory management systems, and a commitment to maintaining high safety standards.
Developed a mechanism to reduce effort and time required for lifting vehicles during maintenance.
Designed a portable air-powered Screw Jack using an air vane motor for efficient vehicle maintenance.
Analyzed wear characteristics of brass brake linings as an alternative to asbestos, using Scanning Electron Microscope (SEM).
KAIZEN
Ball Beverage Packaging, July 2024
The objective of this KAIZEN initiative is to reduce material search time, particularly during downtime and night shifts, and to ensure timely availability of stock.
Article on 'Automation in Agriculture' published in college magazine 'URJA 2020-21',
Completed Kathak Prarambhik (Level 1).