Develop and support ImageLink DICOM-based PACS Medical Imaging application using MS Visual Studio C++ on Windows client and server systems.

Develop Ground Radio Frequency Unit drone control unit application using C/C++ and Xilkernel. • Developed object-oriented multithreaded Input/Output Processor for transmitting and receiving target control commands over the network and converting them to radio frequency (RF) messages.• Ported Pharlap ETS (Windows-based RTOS) C++ components to the Xilinx Xilkernel FPGA-based embedded system.• Created significant new classes and interfaces to fulfill a Windows 7 hosted system GUI application interface using a GNU Posix embedded system. • Integrated over 180 C++ source and header files, 35,000 lines of code in a 13MB memory footprint including new development and ported code.• Developed hardware interfaces including Ethernet, RS232, SDLC (RS485), SPI, Flash, GPIO, SERDES, and a hardware Time of Day clock.

Develop embedded software for a telemetry application using C/C++ and the uCOS real time operating system for NetBurner Coldfire platforms. • Developed object-oriented interface for TDMA radios to manage configuration and operational deployment in a multi-unit in-flight radio network.• Developed object-oriented flash management component for storing host files and configuration data on an embedded flash file system.• Exploited the objects within two different applications on air and ground telemetry devices.• Participated in design and development of a custom airborne telemetry station using ColdFire processors.• Developed a ground station application for receiving telemetry via radio link, logging and forwarding data via radio and IP network protocols. • Worked with Air Force Research Laboratory engineers to define and implement telemetry interfacing protocols. • System was successfully deployed and tested on Eglin Air Force Base range.

Developed and maintained core software components using object-oriented design in C++ and Java. Provide customer support for Edge embedded system hardware debugging platforms for the Nucleus Real Time Operating System. • Developed multi-target core components for EDGE Embedded Debugger• Implemented support for multiple ARM, PowerPC, SH, and NIOS targets in support of embedded SDKs• Provided troubleshooting support for customers developing embedded applications using Nucleus• Primary build focal point for multiple releases of EDGE using ANT scripts, makefiles, and command files*** Supported product set was consistently recognized for excellent customer service in customer surveys