Support verification of architectural and micro-architectural features - Develop CPU verification software in C++ and Python - Document and deploy random test generation methodology

Validated post-silicon firmware and system functionality of battery fuel gauge ICs - Developed test automation scripts for SCPI-enabled lab instruments using Python - Maintained revision control & documentation using Git, Confluence - Aligned team objectives & delegated tasks using Jira

Developed high-volume wafer test solution for automotive USB-C integrated circuits - Designed probe-card on ETS-364 platform; released to multi-site global production - Developed optimized test logic in C/C++ for significant cost savings - Debugged using manual lab skills (instrumentation, soldering, oscilloscope, etc.) - Analyzed manufacturing & test statistics using Spotfire, Excel to improve yield

Designed automatic RTV potting system to enhance F-35 optics production - Integrated system-level electromechanics, control software & computer vision - Managed material budget & equipment vendor negotiations - Trained engineering successors upon resignation to ensure project completion Created automatic plasma treatment system to reduce mechanical failures in optics - Designed & integrated custom hardware & software systems for production use - Incorporated safety devices & enclosures in collaboration with safety engineers - Manually constructed & wired all electromechanical & safety systems - Developed GUI-based control software using WPF (C#/XAML) in Visual Studio - Implemented built-in user management & job tracking with SQLite - Trained optics production engineers & operators on system implementationAutomated mechanical ovens to prevent misuse & production hardware damage - Integrated microcontroller & serial I/O devices into existing PID controller circuitry - Troubleshooted systems with digital multimeters & digital signal logic analyzers - Maintained control software for user management & job tracking

Implemented an automated EMI shielding test suite, enabling >90% time savings - Automated data acquisition to reduce F-35 electromagnetic shield research costs - Interfaced with proprietary reverberation chamber & vector network analyzer - Developed GUI-based control software using WPF (C#/XAML) in Visual StudioPiloted industrial IoT architectures to support federal DMDII & corporate initiatives - Educated senior leaders on IoT protocols for future data-driven manufacturing - Developed machine data acquisition scripts in Python with integrated MySQL - Added SCADA capabilities to legacy production hardware via Raspberry Pi, Linux - Graphed real-time & historical data with HTML, CSS, & JavaScript on Apache