At LivaNova, I support electrical engineering R&D through PCB design and revision, prototype bring-up, board-level troubleshooting, and test-fixture development. I also perform electrical characterization and analyze test data to support design decisions and prototype validation.
My first-author paper, “Frontal Alpha Rhythm Laterality: A New EEG Analysis Method for Anxiety-Proneness,” was presented at ICMLDE 2026. I developed custom MATLAB, EEGLAB, and eBOSC analyses, and the combined EEG model improved held-out explained variance by approximately 53% over the previously published Fz-only model.
At Weatherford, I built, tested, repaired, and modified circuits, cable assemblies, and prototype test setups for R&D hardware development. I also managed a high-volume lab inventory of tens of thousands of components to improve material availability and prototype support workflows.
For Space Ocean, I researched avionics architecture and flight-computer design considerations for early-stage satellite and spacecraft liquid-transport systems, and developed engineering requirements and risk-analysis documentation. My project work also includes a VHDL 16-bit CPU and an embedded camera-based system for gesture-controlled crane movement.
