> Automation lead for D2/D3 distributed issuance product lines> Created abstraction layer API for new modular boards using C#.NET and Google Protocol Buffers> Created automated test to verify products’ encryption features (Cert Management, TLS 1.0-1.2, RSA, AES, & TripleDES)> Replaced multi-day hands on browser test with automated Selenium test> Created automated vision measurement app using VB.NET and Cognex PMAlign API> Created proof of concept Android mobile app using C# & Xamarin.Android> Created proof of concept touchscreen Raspberry Pi heads-up display using .NET Standard, UWP, & Win10 IoT Core> Implemented multiple applications for tracking hardware config changes and runtime errors (including real-time analytics)> Created a “many-to-many” test application for confirming firmware-to-customer software compatibility (i.e. auto-test all version combinations)

> Represented all supply chain functional groups as core team lead for next generation immunoassay analyzer co-developed/manufactured in the U.S. & Japan> Technical lead for complete re-development, validation, and re-release of instrument manufacturing acceptance test methods> Designed and implemented a fully automated SPC and defect tracking system> Created dozens of .NET applications to perform automated product testing & data collection / analysis> Performed dozens of process, software, test method, and equipment validations / qualifications> Completed dozens of process and test method improvements such as increasing dilution test capability from Cpk < 0.50 to > 2.0 and improving Luminometer first pass yield (FPY) by more than 40%> Implemented electronic work instruction delivery via Microsoft Surface tablets