• Designer and developer of PCBs used for video/image processing and various methods of video output (USB3, HDMI, TFT LCD display). • Developer of image signals processing pipeline with proprietary auto-exposure algorithm.• Drafted requirements and specifications for medical device 510k approval.• Worked with software engineers to integrate an embedded Linux OS with a Qt GUI application. Design was completed on a system-on-chip device with FPGA and ARM dual Cortex A9.

• Performed high-speed digital hardware verification for next generation wireless base station designs.• Integrated and developed clock distribution scheme of FPGA CPRI implementation for a 4G LTE AAS radio. Worked with verification team to provide coverage using UVM test cases. • Worked with team of engineers to successfully troubleshoot hardware issues and meet deliveries.

- Responsible for several high density, high-speed PCB designs with multiple layers (component selection, schematic capture, CAD layout)- Developer of FPGA logic (Verilog, some VHDL) for embedded systems designs, primarily imaging/video applications (HDMI, CoaXPress, CameraLink, 3G-SDI)- Working knowledge of many FPGA devices and software tools (Altera Quartus Prime, Xilinx Vivado and ISE, Lattice Diamond, Microsemi Libero SoC)- Image signals processing experience (Bayer interpolation, spatial filtering, color correction, white balance)

• Led combat operations in a harsh environment. (OIF Aug. 2005-2006, Sep. 2007-Nov. 2008)• Responsible for personal safety, training, and performance of 9 service members.• Trained on multiple communication systems, weapons, and explosives.