-Contributing author for Excel ActiveX Automation chapter in textbook, "LabVIEW: A Developer's Guide to Real World Integration," CRC Press, 2012 (http://www.amazon.com/LabVIEW-Developers-Guide-World-Integration/dp/1439839816)-Certified LabVIEW Architect (CLA)-Have developed many applications used for both prototype systems and salable products-Specialize in GUI development and data acquisition

-Lead design of medical device consoles and systems used in arthroscopic procedures, including RF generators and motor control devices-Fluent with Green Hills Integrity RTOS and utilize its capabilities to design fast, reliable embedded systems-Implemented fully functional graphical user interface using PEG graphics package and Green Hills RTOS-Software and hardware architect driving product development from concept phase to production-Co-author of “Developing Safe and Effective Software for Medical Devices” MEDS Magazine May, 2011 and New Electronics UK, October, 2011-Wrote device drivers for SPI, I2C, UART, and 1-Wire peripherals-Developed bsp for Freescale i.MX31 processor using Green Hills-Used Green Hills MULTI IDE for both device driver and application development-Have utilized Green Hills Integrity RTOS to develop safety critical systems with well designed architecture to aid in risk mitigation through virtual address space segregation

-Have designed data logging algorithms for console recording and tracking of device usage, performance, and errors-Responsible for characterizing and improving performance of RF generators-Experience in design of consoles with applied parts for low electromagnetic emissions and understanding of EMC requirements for medical devices-Responsible for writing reliable software components within consoles including communication modules for RFID and 1-wire memory enabled disposable products

-Designed automated test fixtures for functional verification of video camera systems, light sources, RF ablation devices, and wireless systems-Automated control and monitoring of test equipment (thermal chambers, Instron machines, etc.)-Developed new testing methodologies and techniques to improve test time lines and coverage-Managed a team of technicians who were responsible for the execution of new product verifications-Designed and implemented numerous electro-mechanical automated systems for product reliability testing using LabVIEW