Working with a number of clients to develop and manufacture innovative implantable medical devices.

.• Developed medical grade lasers from design through packaging, utilizing SolidWorks in the design process• Responsible for root cause analysis, reducing out of box failures from 20% to less than 5%• Performed cost analysis and time studies reducing company production material costs by 30% and production time by 10%• Responsible for compliance to ROHS, MSDS, ISO, FDA, internal quality standards and international code compliance• Implemented IPC, OSHA, and ESD standards and trained manufacturing engineers on compliance• Managed production via Lean Manufacturing, performing product validation and process verification• Wrote and executed IQ/OQ/PQ, wrote and approved ECOs, TDAs, and VAIs

• Used SolidWorks for designing and developing lights and fixtures for medical production and inspection• Wrote LabView software to automatically program lighting devices• Managed warranty department, reducing turn-around time from days to hours• Trained manufacturing engineers in new product assembly and production device usage, installed ESD monitors• Supervised quality control department and product inspection• Redesigned a visual curing pen to be 50% faster and generate 10% less heat, increasing safety and efficiency

• Calibrated and maintained machinery in a medical laboratory environment• Designed and engineered a hydraulic loading system for spinal disk (IVD) storage that increased storage times by 500%• Provided technical support for NASA-EPSCORE's research• Designed, developed, and tested a Martian environmental simulation chamber including a corona excitation device to charge simulated Martian dust• Tested and modified NASA-EPSCORE's Mars Rover upgrades and apparatus, including the dust mitigation system• Taught laboratory design courses and mentored university student design teams FEED and SEED