SystemsDeveloped fault-tolerant systems compliant with ISO 26262 for powertrain, power management, chassis, and lightingOptimized charging algorithm, significantly extending battery cycle life and service intervals for BEV trucksLed commissioning activities for prototype vehicles and cross-functional integration of new supplier componentsPerformed root cause analysis on field telemetry data to address common issues in software buildsSoftwareCreated Python tools to automate CAN log analysis, reducing troubleshooting time significantlyUsed socketcan and Linux stack to simulate vehicle components, increasing access to full test benchesImproved security and performance by transitioning libraries to in-house solutionsBuilt scripts for data visualization and CAN traffic analysis, making data accessible to non-technical teamsCybersecurityDeveloped cryptographic verification for vehicle components and cloud connectivity to prevent mismatched software/hardware deploymentsSecured powertrain communication against man-in-the-middle attacks by collaborating with suppliersDesigned advanced vehicle-level cybersecurity, doubling performance while enhancing security through modern cryptographic techniques

Intern for summer 2019 (through the University of Rhode Island) and winter 2020 (directly through Electric Boat)Department 440: Payload Launch ControlAssisted the department in development and maintenance for systems onboard the US Navy's submarines.Verified wiring and hardware for the VPM section on the new USS Virginia class block 5 submarines.Performed reliability engineering analysis for onboard computer systems.Acquired and held a DoD security clearance.