• Built and managed a five-person team responsible for Medical Device supply chain including S&OP ownership, shipping/receiving, buying, supplier engineering, and customer engagement.• Helped drive the expansion and distribution of capital equipment and consumable products to over sixty countries globally, enabling sales strategies that improved market positioning. • Introduced a quarterly format for ranking, tracking, and mitigating supply chain risk across all product lines and suppliers; with proposals reported to the executive team.• Created formats for cross functional meetings and slide decks between international sites, which improved communications, alignment of yields, S&OP, and reduced COGs.

• Promoted to owner of manufacturing cost analysis for Apple enclosures on LOB including iPhone, Watch, iPad, Mac and future products.• Lead analyst responsible for supporting NPI/sustaining negotiations, long term production strategy, and total cost of ownership breakdowns.• Subject matter expert for Chinese labor rate analysis and breakdown, hiring/retention, labor overtime/staffing analysis, creating OPEX budgets, and Covid 19 Bubble planning. • Led a cross functional team in creating a robust equipment auditing program for CNC mills, lathes, lasers, and anodization lines. • Responsible for the creation and maintenance of business tools to track total cost of programs at suppliers, bottom-up cost standardization, and labor/process rate should cost.• Senior GSM responsible for training of new hires on capacity planning, how to create a bottom-up cost, and how to be an operations DRI.

• Operations lead for prototype to mass production of key cosmetic parts representing $1.5 billion USD of Apple spend. Products supported include iPhone 12,13,14 and sustaining programs.• Managed vendor contacts for respective parts and ensuring proper ramp planning, peak capacity preparation, and cost negotiations. Negotiations savings were $180 million USD.• Created business tools for forecasting: Vendor allocation, Supplier volume/output by week, CNC Mill and equipment capacity demand by week, labor demand, and revenue estimation.

• Initiated the Form 3 and 3B printer RMA/repair processes at contract manufacturers located in Europe and North America. Project involved material/line planning, operator/technician training, and technical team management.• Realized $1 million USD in savings by reducing cost of a consumable converted product through cost structure negotiations and engineering actions.

• Managed NPI and steady state production for the galvanometer sub-assembly in the Form 3 Printer. This included production planning, cost negotiations, contract agreements, implementing IQC/OQC, measurement analysis, and tolerance review.• Introduced basic quality management workflows (FMEA, Validations, Internal Auditing) to a medical resin manufacturing facility during their ISO13485 audit.

-Managed the Calibration and Preventive Maintenance of all tools for multiple company locations.- Reviewed and approved manufacturing equipment qualifications.- Acted as a subject matter expert on the function of biomedical devices produced by the company.- Performed root cause analysis on observed device failures as well as performed post-sterile lot qualification investigations.-Quality Engineering resource for injection molded device components. Assisting in validation of processes related to the device as well as root cause analysis of defects.

-Used root cause analysis to determine the cause of medical device failures.- Responsible for having in depth technical knowledge of the mechanical and electrical function of drug pump devices and electronic data managers.- Redlined and updated procedures to optimize Post Market lab processes.- Completed investigative reports that were submitted to the FDA MAUDE database.

- Consultant for the National Science Foundation through Washington University- Performed metabolic engineering experiments on Drosophila melanogaster populations.- Involved in husbandry and upkeep of experimental populations of Drosophila melanogaster.- Presented research at the Experimental Biology Conference in San Diego (April 2016)- Instructed students in SolidWorks and wet lab practices.

• Ensured efficient and constant production of brain and spine implants.• Created, prototyped, and manufactured machine pieces involved in implant production.• Optimized the sterilization of catheters through statistical analysis.• Contributed to interdisciplinary team efforts to improve medical device production.• Aided in audit preparation and implantation.

• Improved yield and quality of micro-manufactured biomedical devices.• Fabricated sensors, retinal implants, and atomizers.• Collaborated on documentation involved in FDA approval.