• Created alpha prototype engine to exercise XYZ arm hardware, fluid pumpers, and send data and script commands to Excel documents. Later in the project, transformed the engine into a dynamic schedule engine to adjust necessary extra standard analyses to accommodate automation in handling unexpected results from check standards or other sensor metric data in a just-in-time fashion to reduce eye clutter or changing future schedule row target analyses.• Created flexible discrete integration engine with the ability to pre-condition data and integrate peaks based on a wide array of variables. This allowed a quick and efficient evaluation of 6 CO2 detectors. • Responded to growing and rapidly changing requirements to provide the UI and process engine that was needed to accommodate evolving product knowledge.• Created new reusable skeleton test fixture install media to install necessary drivers, test software, firmware files, and other necessary documentation in an organized fashion to facilitate a move to a different PCB oversees manufacturer. • Modernized issue tracking system Excel files to locally hosted Redmine that I administrated.• Deployed and administrated Jenkins continuous integration server for safe and consistent build services.• Improved Internationalization Techniques• Actively maintained .NET common assemblies that are product agnostic and provided more effective, efficient, and pretested code for new or reopened projects.• Minimized ROI period employing customer purchased USB license dongle to protect automated combustion of Naphtha samples for Mercury analysis. • Learned Delphi to update products that were gained through company acquisition.• Streamlined Marketing creation of Manuals and help by replacing CHM help with context sensitive PDF help.• Unified product code for Atomx XYZ and Lumin to share bug correction and feature enhancements• Added Flash RAM variable capabilities for STM32F40 storing any type of configuration dictionary data.

Systems level engineer hosting applications and providing framework software to interact with hospital DICOM networks.• RsDigital (now ClearRead +Detect™) CAD update implementing all project documentation, software updates, and verification testing.• OnGuard (now ClearRead +Detect™) product framework update responsible for data structure design and implementation, build system configuration, Matlab code conversion, and software tools implementation. Assisted team in instruction on C++/OO concepts and usage of newly authored OO library that maintained technical constraints.• Updated OnGuard (now ClearRead +Detect™) framework to divorce application specific data from system workflow allowing for system framework accepting 1 - n applications as pluggable components and extended configuration.• Architected and authored Query Retrieve OnDemand services providing DICOM access to additional patient data with short-term storage backed with MySQL database and DICOMDIR object storage.• Converted application builds from Cygwin makefile based build system into Jenkins Continuous Integration build server process.• Joint work to architecture and implement automated testing framework to reduce 3 standard man-weeks of verification testing down to 3 man-days.• Created and maintained validated Windows software installation distribution.• Co-architected enterprise application framework to allow for live extension of throughput capabilities and new or updated applications.• Architected and created initial prototype of discrete job distribution and results collection to handle internal tests against image processing tasks.• Implemented manufacturing process that reducing manufacturing time for single device from 75 minutes down to 25 minutes and removing dependency on single test manufacturing validation PC.• Worked closely with RAQA and Management to streamline development documentation and processes an Agile SCRUM model while maintaining FDA scrutiny.

Embedded, application services, and GUI software architecture, design, and implementation for FDA regulated laboratory sample analysis and automated robotic sample vial handling.• Lead Software Engineer for all TOC (Total Organic Carbon) products and assisting in VOC (Volatile Organic Compounds) product development• Software System Architect, Systems Lead, and Company Lead for new product FDA 21CFR Part11 compliant architecture using Visual Studio 2005 C++/CLI and C# .NET languages• Lead Designer and Engineer updating software for FDA 21CFR Part11 compliance using Borland 5.02 C++ and Visual Studio 2002/2003 C++• Software Engineer assuming control of previously outsourced TOC platform using Borland 5.02 C++, Quinn Curtis Graphics, and ProtoView Design Libraries• Outsourcing Coordinator and System Lead for new server software architecture• Project Manager and sole Software Engineer for two major TOC updates using Borland 5.02 C++ and Visual Studio 1.52• Lead Software Engineer for all new software installs using Inno Setup Installer and proprietary main CD software interfacing with InstallShield, Inno Setup install programs, and product labeling• Lead Software Engineer for all robotic firmware controls on the VOC SOLATek motor board controller using RTXC RTOS with the SingleStep IDE and compiler for the Motorola 68332 and using Oscilloscope /Logic Analyzer to diagnose Altera and other board related issues• Designer for Altera PLD logic of quadrature encoder signal acquisition data collection and quadrature and half-stepping signal creation for stepper motor control accessed from 68332 and 68711 micro controller / microprocessor. Digital design and implementation I used was AD 2000 and Altera PLD IDE.• Software Engineer Lead for software quality procedure updates including form templates, project document storage, and inter department deliverables transfer management for production software and its security