Manufacturing EngineeringBuilt and utilized an open source 3D printer to use for rapid prototypingRedesigned factory floor layout to include second assembly line and maximize production flow efficiencyPreformed time studies for all operations and corrected using statistical evaluationEvaluated capacity issues and equipment needs to reach production goalsFacility upgrades using Arduino and C++ programming to add to production tracking capabilities

Received Division Quality Award for 30% improvement in tooling reliability Worked with tool repair group to diagnose fixture issues and address root causeMaintained and developed measurement systems for hard drive components Utilized SPC for critical production parametersUtilized Gauge R&R, as well as other measurement certification methodsCompleted 8 start ups of high volume production lines in factory settingsProvided on-site support for production (2 plants, 24 lines)Participated in Design For Manufacture (DFM) and Failure Mode Effect Analysis (FMEA) for new designs

Led effort to improve reporting accuracy at engine re-manufacturer (Six Sigma Green Belt Project)Evaluated x-ray and particulate methods for determining torque converter failure modesAssisted in pursuing cost reduction opportunities for Ford's After market engineering Completed Sarbanes-Oxley Modular Control Review Program audit for department