Machine Learning engineer for Electronic Warfare applications. Researched methods of using Convolutional Neural Networks for recognizing threat emitters. Wrote Tensorflow/Keras training code using Python, SQL, Pandas. Investigated Xilinx DNNDK and Xilinx Vitis/AI using Docker for hardware accelerated AI/Machine Learning applications.

Firmware developer for FPGA-based EW applications. Wrote IP in VHDL, automated build scripting in TcL for Xilinx RFSoC and MPSoC platforms. Verification using Modelsim/Questasim in SystemC using C++

Telemetry - long-range, airbourne, wireless data acquisition. Designed embedded electronics for instrumented munitions - requiring small size, low power, and high-g shock survival. Projects included SoC programming in VHDL and C, PCB design, mechanical design using PTC Creo. Signal processing using MATLAB. E&M, antenna modelling and simulation using Ansys Electronics Desktop (HFSS & Maxwell)Developed patch and IFA antennas for S-band, C-band, GSM, and ARGOS satellite services. Used HFSS to model and simulate designs. Test and measurements using VNAs and anechoic chambers. Researched methods of broad-banding patch antenna designs. Project Green Eyes – (2010-2011) – Winner of Army Greatest Inventions Award 2010 - Remote control addition for the CROWS system.

• Performed software development, programming, and systems design of essential software for the department, including content management systems, and public websites. Programmed server side code mainly in C# (.NET 3.0) and PHP4, client side code using HTML, CSS, and Javascript.• Developed a suite of database driven web applications for call center operations, including a web portal, an employee database, and a client ticketing system. Applications were integrated together using a custom-written API. Worked with department employees to fit applications to their needs.