Garry Brown

Tier one supplier developing prototype automotive seats.

Responsible for of all Robotic Project Development for the Newark Meritor Plant Redesigned Robotic Weld Department using Lean principles to reduce WIP and implemented a one piece flow, eliminating the use of fork trucks to move product Designed robotic tooling for welding brackets for Truck and Bus axles Developed multi-pass welds for housing brackets from bead on plate to finished product Programmed current manually welded bracket housing on the Cloos Robotic cell, reducing cycle time from 46 minutes per part to 7 minutes. Fluent in Fanuc, Cloos, and Motoman robotic programming for material handling and welding Six Sigma Yellow belt

Developed Automated High Energy Laser welds on Austenitic Stainless and Inconel Steels Design Automated Assembly lines for installation in Suzhou, China Redesigned current production welds to reduce scrap and rework of parts Conducted weld DV and PV testing

Industrial Robotic Integrator of Welding and Material Handling Robotic Systems.

Worked with customers to design robotic system that met customer’s needs Designed Robotic Systems and Tooling using AutoCAD. Developed system cost and quoted Presented proposed system to customer, including cycle time analysis, payback, system design and cost

Responsible for design and implementation and all robotic and welding processes for Mid Engine Group Plant Welding Engineer in charge of Implementation the Arvin Total Quality Process System. (ATQPS) Direct supervisor for 50 robotic cell personnel

Held a Department of Energy DOE Clearance Experience with NAVSEA specifications New Concept Steam Generator Project, responsible for classified welding research Using Design of Experiment (DOE), I developed welding processes and practices to effectively weld classified products

Designed plant layout for welding of ATV frame components supplied to Honda of America Worked with Honda Engineers to develop ATV frame components Trained associates on proper welding practices