- IE 3050 Engineering Economics Analysis, - Guided students in applying time value of money principles, including project evaluation and risk analysis.

- Enhanced procurement processes, saving $50,000 annually by utilizing plasma cutting for high-usage parts.- Designed optimized shop floor layouts to enhance material flow and workflow, while ensuring employee safety and ergonomics through a human-centered process approach.- Developed a new manufacturing process through root cause analysis, increasing production by 20%.- Conducted time studies using Basic MOST for over 20 stations, leading to a 15% boost in output.- Applied 5S methodology, raising production efficiency by 10% and reducing waste.- Introduced an advanced barcode scanning system, improving traceability and reducing errors 20%.- Ensured dimensional accuracy and compliance in structural designs by collaborating with engineering and customer teams.- Created accurate technical drawings and ensured compliance with engineering standards

- IE 348 (Solidification Processes), Instructing students weekly in metal casting, welding, polymer processing, powder metallurgy, composites manufacturing, and rapid manufacturing processes."- Conducting 2 labs per week and providing guidance on theory and applications in various manufacturing processes to enhance student comprehension.

- Reduced injury risk by 30% through ergonomic part positioning across 10 workstations.- Achieved a 12% reduction in production cycle time through layout reconfigurations and process optimizations.- Increased output by 15% in door automation using pull and lean manufacturing systems.- Streamlined 9-part locations using data analytics from material flow simulations to reduce motion and increase morale- Improved production efficiency by 15% by resolving quality and throughput issues with specialized jigs and fixtures.- Established and implemented quality standards and testing protocols for customer trials and product qualifications in a welding and glass door manufacturing company.

- Acquired hands-on expertise in Wire Rod Mill operations, proficiently managing input materials such as billets measuring 125 mm x 125 mm and 150 mm x 150 mm square cross-section, and overseeing a variety of steel grades, including low, medium, and high carbon steel, case hardening steel, and others. Demonstrated success in operating two Wire Rod Mills, WRM-1 and WRM-2, with a combined annual production capacity of 1,450,000 tons. Specialized in the continuous rolling of steel billets into wire rods