EV Charging Systems Verification Engineer

Required QualificationsBachelor's degree in Electrical Engineering or a related technical field.5+ years of experience in electrical systems integration, verification, validation, testing, or commissioning.Hands-on experience with electrical systems and power electronics, including:AC/DC power systemsPower suppliesInvertersDC-DC convertersPower distribution equipmentExperience developing and executing electrical test plans and test procedures.Ability to read and interpret electrical schematics, engineering drawings, and technical specifications.Strong troubleshooting and root cause analysis skills for complex electrical systems.Proficiency in using electrical test equipment, including:OscilloscopesPower analyzersDigital multimetersData acquisition and logging systemsFamiliarity with Python, MATLAB, or similar tools for data analysis and test automation.Strong technical documentation, reporting, and communication skills.Ability to work onsite in a warehouse-based engineering laboratory.Ability to meet applicable Export Control requirements.Preferred QualificationsHands-on experience with Electric Vehicle Supply Equipment (EVSE).Experience with DC fast charging systems and fleet charging infrastructure.Knowledge of EV charging standards, charging protocols, and interoperability testing.Experience validating charging compatibility between electric vehicles and charging stations from multiple manufacturers.Experience commissioning or validating high-voltage electrical systems.Experience working with power electronics manufacturers, charging equipment vendors, or automotive OEMs.Previous experience in laboratory-based electrical validation and testing environments.Experience with automated test execution, data acquisition, and engineering analysis tools.Technical EnvironmentCandidates should have experience or familiarity with the following technologies:EV charging systems and fleet charging infrastructure.Electric Vehicle Supply Equipment (EVSE).AC and DC power distribution systems.High-voltage electrical systems up to 1000V DC and 480V AC.Power conversion, rectification, and electrical integration.Inverters, DC-DC converters, and power supplies.Electrical test equipment and data acquisition systems.Python and MATLAB for test automation and data analysis.Multi-vendor charging interoperability and system-level validation.