- In process of implementing machine metrics software on the shop floor that would enable us to make data driven decisions.- Designed a system that detects if the parts are getting stuck in the rail. This helps maintain a smooth feed in the roll threading machine, improving productivity by 30%.- Developed leadership roles on the shop floor, categorizing machines into cells and optimizing sequence of operations to increase efficiency.- Conducted experiments that helped understand wire behavior in forming dyes which gave a strong ground to reiterate our working process.

Thesis: Effect of process parameters on mechanical properties in metal additive-subtractive manufacturing.

• Implemented automation of flame spray cell to equip it with real time monitoring capabilities.• Designed and built a plasma transfer arc cell with integration of a robot and a powder feeder.• Proposed manufacturing parts with Cold Metal Transfer process by conducting time study and cost-benefit analysis.• Coordinated with manufacturing engineers to understand their requirements and conducted research on improving current manufacturing methods.• Conducted research on operating parameters to coat shear bars with Cold Metal Transfer that reduces processing time by 60%.• Lead a lean manufacturing observation cycle and identified wastes that increase cost and production time. Removing these wastes would increase the productivity by more than 20%. • High speed videography of multiple processes to capture details and optimize parameters.Skills• Automation• Thermal spray• Robotics• PLC setup• Sensor communication• Sensor-PLC-Robot wiring• Solidworks• Matlab• Python• AutoCAD• Project Management

• Direct contact with customers, ensuring they received the right product quality.• Frequent customer visits to provide training on health and safety.• Coordinated a proper lab inspection to maintain product quality.• Collaborated with clients to ensure smooth operation.