-Staff Software Engineer on an LSS Agile Team rapidly implementing modular software for the next-generation LSE2 rack.-Work with Prime contractor to identify and resolve hardware integration issues.-Design, implement, and test launch and maintenance features in support of the next-generation architecture.

Design and implement new features for various HOB and Decoy Concepts in support of new business opportunities.• Ported current HOB software to custom logic module in Zynq Ultrascale+ RFSoC. Design modified to run on a MicroBlaze processor.• Modified prototype software and added support for custom waveform playback on low-cost ALE decoy concept. Created Python script to generate binary playback waveforms.

Design and implement new features for TSTORM mainline software. • Created drone simulation to run in Docker containers using Python. Simulation is based on Dronekit SITL.• Developed simulation capability with current and emulated HW through docker and a serial device.

Design and implement new features for GMD LMS GLM software. Deputy Scrum Master for team.• Redesign LMS software to add support for RKV with existing BVs. Work included updating companion software usually performed by other LMS teams.• Resolved IDRs, CR, and TRs on current shipping software.• Designed and implemented server daemons to support increased LSS network security.• Redesign TDL software to add support for RBCI and P2P through a new Type 1 SDR. Work has included a new software module for the radio and new interfacing to LRUs in support of new network functions.• Developed new architecture and initial software components and methods based on the proof-of-concept application. Initial release had 20% of all features and was completed by a small team in 3 months.• Developed proof-of-concept front-end application for integrated test suite using WPF.• Used proprietary inter-communications protocol between current test program and common remote front-end application to prove suitability of protocol for test programs. Software is written in C#.• Implemented Continuous Integration for suite of test tools. Build/packaging automation implemented using Jenkins. Packaging of suite of test tools into a common Windows installer (.msi) file using WixSharp.

Software design/development for X-ray systems.

Component quality and strategy/tactical sourcing for the 3G cellular phone group.

Algorithm development and software design/development on echo cancelers for the Telematics group.

Hardware design/development of digital sections for Telematics product architectures and embedded cellular phones.

Hardware design/development of baseband sections for mobile radios, pagers, and GSM telephone.