● Implement Total Productive Maintenance (TPM) strategies to optimize equipment effectiveness and minimize unplanned downtime● Verify production lead time and whether the first pipe production starts within lead time.● Root cause analysis of problems and prepare CAR form for the finding of problems.● Conduct routine inspections, checks, and preventive maintenance activities on manufacturing equipment to ensure optimal performance and safety compliance.● Diagnose equipment malfunctions and breakdowns, implementing timely corrective actions to minimize production downtime.● Calibrate and align machinery to maintain precision and accuracy in manufacturing processes.● Ensure compliance with safety regulations and company policies in all maintenance operations.● Provide training and supervision to maintenance technicians and operators on equipment operation, maintenance procedures, and safety protocols.● Manage spare parts inventory, ordering replacements as needed to minimize downtime during equipment failures.● Proactively identify areas for process optimization and cost reduction, collaborating with cross-functional teams to implement solutions.● Uphold quality standards and product specifications by maintaining equipment in optimal condition.● Prepare daily work order report, demand reports and usage of store spares report.● Prepare monthly machine downtime index report and Maintenance MRM.

• Perform all day-to-day engineering activities; preparing technical designs i-e structure sectional drawings, PV layouts, and on site structure assessment as and when required.• Perform computer aided engineering designs and drawings using AutoCAD, Solid works and Sketch Up, as per project requirements.• Conduct engineering site survey, analysis to determine the feasibility, costs and benefits of mechanical designs. This includes site surveys, analyzing survey data, drawings, performing simulations, comparing mechanical designs/drawings and creating prototypes for testing/finalizing.• Verify structure technical parameters as per specification shared by vendors, clients and/or tenders, presenting analysis along with possible solutions with the engineering team.• Preparing proposals/tenders/drawings, ensuring quality of mechanical equipment and documents are met effectively and efficiently.

• Assembled parts of packaging machines, increasing production efficiency by 25% and reducing assembly time by 20%.• Manufactured components and parts for machinery, utilizing knowledge of manufacturing processes and precision toolsto ensure accurate and high-quality output.• Tested and performed quality inspections on products, resulting in a 30% decrease in defective products and a 20%increase in customer satisfaction ratings.• Contributed to the continuous improvement of products by proposing and implementing design and aestheticsimprovements that enhance user experience and differentiate the products in the marketplace.• Collaborated with vendors and suppliers to procure high-quality materials and components for production, ensuringtimely delivery and adherence to budget

• Gained hands-on experience with the working of injection molding machines.• Learned about the common defects in parts produced by these machines and their remedies.• Observed the fabrication and assembly processes of refrigerators and water dispensers.• Witnessed effective implementation of kaizen and 5S methodology in the plant.• Time motion study

• Learned about the working of CNC lathe and vertical milling machines in the machine shop• Obtained comprehensive knowledge about IC engines and energy production in the power plant shop• Learned about the pump and nozzle section, turbo section, Radiator and Lobe Oil Cooler Section in the diesel classifiedshop• Manufactured different tools and learned how to use each tool in the tool shop• Created objects from wrought iron or steel by forging the metal, using tools to hammer, bend, and cut in the blacksmithshop• Learned about the working of cupola and rotary furnace in the furnace shop