• Wrote global SOP’s for all products; Sourced, introduced, and implemented a global roll-out of a new SOP system to comply with ISO 9001 and saving $72,000 per year.• Significantly improved yield of various products, saving $200k per year with one process improvement; Increased yield of water treatment product to increase sales by $5M per year.• Scaled up new products from the lab to the pilot plant and supervised the scale-up to manufacturing for paper, leather, and water products.• Sourced equipment and assisted in design of new pilot plant

• Support manufacturing and process improvement of small joints, synthetics, and biologics• Implement special processes through IQ/OQ/PQ validation• Support in new product implementation for DMLS and synthetic products• Program and validate laser systems using vision capabilities

GE90/GE9X Process Specialist• Lead implementation of GE9X Fan Case manufacturing• Lead production team in meeting weekly commitments• Develop and execute cost out projects and quality improvements for GE90 fan case productionTrenchfiller Process Specialist• Manage production needs for the manufacture of trenchfillers and abradables• Develop and work on a team to implement process improvements to increase first time yield and decrease costAutoclave Process Specialist• Co-lead team in automation of autoclave processes• Understand, analyze, and improve cure cycles related to the GEnx and GE90 fan cases• Maintain and assist in improving autoclave control systems• Consult on and assist in implementation of NPI for curing processes• Perform root cause analyses and corrective actions on nonconforming parts based on cure cycle output• Create lean layouts for fan case work areas• Implement new bagging techniques to prevent blown bags and improve flow of resin and air• Research effects of corrosion on chromium based paint

• Find processes in need of improvement, and redesign those processes to increase efficiency• Increased press shop availability from 11% to 29% within a two month period• Designed spreadsheets to predict the diameter or weight of a given coil with at least 95% accuracy to aid in redesigning a floor layout

I have provided time studies and analysis of those studies of the current process of manufacturing of medical devices. More recently, I have used the data gathered from those time studies to help build accurate models of machining for the R3 cups process. I have also worked to develop empirical formulas to model the process, measure variables in the process, and run cost analyses of the process while writing an SOP to provide a generalized but accurate method for others to run and analyze time studies to model and continuously improve other processes.

I tutored in freshman chemistry, college algebra, precalculus, calculus I-III, and differential equations.

I worked in the specialty gas lab analyzing various gases and pumping specialty gases. I also completed my senior project with nexAir. I validated a system for the mass filling of medical device gases.

I checked and verified donor information. I also poured and transferred blood serums and plasmas.