Jay Shinde

Executed comprehensive energy audits across 15+ manufacturing facilities annually, evaluating energy consumption trends, pinpointing inefficiencies, and identifying high-impact cost-saving opportunities to enhance operational sustainability. Authored thorough, data-driven audit reports using Excel, outlining energy optimization strategies, cost-benefit analyses, and ROI projections, leading to an

Coordinated with suppliers and internal teams to improve part quality and reduce supplier defects by 25%, applying Root Cause Analysis (RCA) tools and Corrective Action & Preventive Action (CAPA) to drive long-term improvements. Led PPAP and APQP activities to boost process performance (Cp, Cpk) and cut internal scrap and rework by 30%, directly supporting better production flow and on-time delive

Monitored and optimized CNC machining processes to achieve strict compliance with design specifications and industry standards, leading to a 5% increase in production accuracy and a demonstrable reduction in material waste. Developed and enforced rigorous quality control protocols during CNC part production, achieving a 98% First Pass Yield in quality inspections, minimizing rework, and enhancing

Partnered with production teams to monitor in-process checks, flag deviations, and initiate corrective actions, which contributed to a 10% decrease in line stoppages and increased process dependability. Applied key quality control principles to enhance data-driven decision-making, ensuring product compliance with industry standards and improving customer satisfaction through rigorous quality assur

Assisted in supplier quality assurance by performing ISO 9001:2015-compliant visual, dimensional, and mechanical inspections on CI and SG iron castings using precision instruments, improving product conformity and reducing rework by 20%. Designed and executed practical training sessions for new team members on casting, machining, and foundry operations; this strategy enhanced onboarding efficiency

Pursued a Master of Science in Industrial Engineering, focusing on advanced concepts and applications within the field. Developed expertise in optimizing complex systems and processes.

Completed a Bachelor of Technology in Mechanical Engineering, gaining foundational knowledge and practical skills in mechanical principles. Engaged in coursework covering design, analysis, and manufacturing.