Creation and implementation of a novel System Design Verification Test methodology for Enphase Energy's first EV charger platform, validating the complete ecosystem across hardware, firmware, cloud, mobile applications, energy systems, and vehicle interoperability.
The innovation transformed verification from sequential subsystem testing into a unified system-level validation model.
Novel SDVT methodology validating end-to-end behavior across component boundaries and reducing validation cycles from months to hours.
SDVTEV ChargerSystem ValidationEnphase expanded into EV charging and required reliable validation across hardware, firmware, cloud, mobile, energy storage, and vehicle platforms during an industry transition from J1772 to NACS.
Authored requirements, architecture, and SDVT plans with traceability across requirements, verification activities, and outcomes.
Represented Enphase at CharIN Testival, an EV interoperability event involving vehicle and charging ecosystem stakeholders.
Received the Enphase Energizer Award for contribution to the first-of-its-kind EV charger launch.