Medical Device company, working on a new approach to Breast Reconstruction post mastectomy.Used manufacturing experiences to help provide DFM on current design and components.Created and implemented new Instron test method to increase inspection throughputLooked for cost reductions at the component level by looking for alternative manufacturingmethodsParticipated in root cause investigations for NCMR and CAPA related issuesDeveloped excels templates and formulas to automate repetitive calculations on theproduction line and testingPerformed gap analysis on update standard to ensure drawing and components maintaincomplianceLead and supported design verfication/validation testing

Medical Device company, working in the Neurovascular Division. Took products from manufacturing transfer to commercial release to post market product development.Developed delivery system (Catheter) from tip to tipCreated new test method, to validate new changes and simulate actual useBecame go to person for creating Instron test methods and test fixturesDesigned and machined new xtures/tooling and Go/No Go gauges to reduce operator'stouch time and to reduce variability between partsPerformed process validation including generating protocols and reportsWorked with Sales/Marketing departments to develop product specsReversed engineered competitive devices to better understand device marketParticipated and assisted in pFMEA and dFMEA working meetingWorked closely with suppliers to improve raw material quality and to harmonize inspectionmethods

Manufacturing EngineerApr. 2013 - Sept. 2013• Created and revise SOP for production line and new product introduction• Improved process yields, flow, cycle times and repeatability: by creating new tooling, fixtures,and process procedure• Trained operators on new process and how to troubleshoot equipment• Lead several failure analysis and continuous improvement meetings on broken process steps• Created PM schedules and troubleshoot machines to minimize down time• Created floor plans and process flow for manufacturing floor, including 100k and 10k classclean rooms• Experience with BOM control and ECOMechanical Engineering InternOct. 2012 - April 2013• Rapid designing and prototyping different tooling and jigs using Solidworks, CNC Mill, andvarious other machine shop tools• Designed lamination stack up jig, which allowed fast and accurate lamination of plastic sheets• Improved CNC Milling process, by rewriting g-code and changing manufacturing procedures• Create company g-code standards which allow problem free hand off of g-code to operators• Designed micro pumps for a micro-fluidic channel system

Micro-hydro turbine power system for irrigation canals· Researched different turbine array placement and configuration to maximize power output for a small area, low flow and low head conditions· Design frame system to hold turbines in array configuration· Design power system to convert mechanical power to usable electrical power· Took first place out of fourteen teams for people's choice at final design review

Team Get S.E.T · Created projects which educate K-12 students about; Math, Science, and Engineering; · Designed and fabricated Air Cannon, Water Bottle Rocket and Trebuchet for demonstrations along with grade based worksheets· Took first place at the Service Learning presentation out of eight teams

Machinist Intern - Checking and making tool path changes to CNC Lathes. Set up and tear downs of CNC jobs, including tooling, tool holders, and material. Preforming quality control on parts with tolerances as small as .0005 in. Update current ERP software and company website. Create and maintain company's database for tooling, parts, jobs, and drawings.

Worked on the creation and development of 4H National Robotics Curriculum which is part of 4H S.E.T (Science, Engineering, and Technology) program. Also worked with Merced County after school program, in presenting the Robotics curriculum to middle school children