HADI SAEIDI

Drives manufacturing excellence by automating production processes, performing simulations, and leading teams.

• Managed a $2M automation project using custom-designed equipment.
• Commissioned 4 Amada punching machines, providing programming and troubleshooting support.
• Released over 140 new and rebuilt dies, reducing downtime and increasing productivity.

• FANUC: Handling Tool Ops & Prog, Advanced TPP, DCS Ops & Prog, CRX-Series Robot Ops & Prog, IRVision -2D.
• Amada: AP100US Punch, EMK M2 Series Turret Punch Press Automation.
• CAD: SolidWorks I & II (Lone Star College).
• Daikin: Forklift Cert, Project Mgmt Prep, RT Toolbox3 Robot Basic Prog.

• Reduced die crashes by 50% through creating die changeover instructions for 40+ stamping dies.
• Increased sheet utilization by 80% and reduced material handling and scraps by automating soft tool sheet metal cutting operations.
• Introduced new hemming tool implementation and saved 2,274 hours and $31,862 in operational costs annually.
• Introduced new AMADA offset tool for high-run parts and saved 2,031 hours and $35,623 annually with a 6-month payback period.
• Implemented staged die set-up on the floor and reduced changeover time by 868 hours, saving $15,624 annually.
• Invented group parts bend improvement and saved 2,389 hours and $38,226 annually with new bending methods.
• Replaced suction cups with magnet grippers for TrumpF machine and decreased downtime by 175.2 hours annually, saving $10,194.
• Designed and implemented V-style stamp meeting urgent ECR before mock trial in two weeks rather than the normal two months.
• Ran off 6 sets of transfer die for Class A AC unit top panel sheet metal part, adjusted die shut height, ensuring quality and timely release for production.
• Developed fixtures and integrated a 2D camera system for improved screwdriving accuracy for the automation cell.
• Created 3D layout for automation cell with 5 robots and 9 stations conveyor, optimizing space utilization and safety.