Managed chemical analyses and maintained equipment that provided chemical slurries to the fabrication plant.• Start and ramp up of manufacturing facility which included installation, calibration, validation and certification of leading edge equipment.• Analyzed data for positive or negative trends utilizing data collected in the SPC++ database.• Analyzed all chemical blend and distribution samples for pH, Specific Gravity and Conductivity to ensure integrity of finished product.• Adjusted equipment specifications to ensure blends were in specification for the product they were supporting.• Completed weekly, monthly and semi-annual preventative maintenance schedules on equipment that supported Planar.

Maintained all sorter equipment for the factory and ensured the equipment was in 100% working order through preventative maintenance, scheduled and non-scheduled repairs.• Start up and ramping up of Development Factory (D1D) which developed production processes. Performed invasive repairs of the sorter tools.• Ordered, received, and maintained an inventory of all quartz parts used in D1D.• Repaired all equipment used to conduct experiments on products as they moved through the production process.• Trained and certified personnel on equipment used in the development of photolithography masks.• Inspected and classified any surface defects that may have occurred during the manufacturing process.• Emergency Response Team and Micro-contamination audit team member.• Certified micro scoped used to located and identify surface defects during manufacturing.• Led, trained, and certified personnel on all microscopes used to locate and identify surface defects on silicon wafers.• Mask manufacturing technician in the pellicle work center for Intel Mask Manufacturing.

Conducted destructive and non-destructive experiments on Thermal Ink Jet printer pens manufactured at Hewlett Packard.• Conducted, organized, and tracked experiments on Thermal Ink Jet printer pens.• Used statistical and data analyses to determine failure criteria of printer pens.• Tested printer pen electrical qualities using electrical/impedance testers.• Performed destructive and non-destructive testing on new and used printer pens.

Trained and supervised two co-workers on equipment used in the Implant process.• Start up and ramped up WaferTech LLC ahead of production schedule.• Completed troubleshooting, inspection calibrations and modifications on equipment.• Managed, organized, and audited wafer flow through the production process.• Coordinated and organized repairs with maintenance personnel and process engineering.• Performed weekly and monthly preventative maintenance schedules.

Trained peers on drilling ink flow slots in silicon wafer die. I have audited other technician's work using microscopes.• Managed, organized and tracked progress of on-shift technical problems.• Trained peers in drilling ink flow slots in thermal ink jet pens and audited their progress.• Updated records that tracked products surface defects through the manufacturing process.

Structural Design Code 250.24 for Puget Sound Naval Shipyard. Constructed U.S. Naval Ship Blueprints for Submarines, Carriers, and Nuclear Barge designer (assisted). Leader of repair team onboard surface ships and submarines. Inspected all compartments and holding tanks onboard vessels and wrote repair orders (Engineering Notice) accompanied by blueprints pertaining to repairs.Worked with the Naval Sea Systems Command on particularly difficult designs or alterations to existing repair blueprints.