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Charging engineer (EV)

Global Connect Technologies

Location

Foster City, CA

Salary

Not specified

Type

fulltime

Posted

Today

via linkedin

Job Description

EV Charging Validation Engineer

FOSTER CITY,CA

Rate: $100k

Responsibilitie

  • s

Execute verification and validation testing for vehicles ↔ charger interoperability across various identified supplier DC charging system

  • s.Develop and implement test cases derived from interoperability and conformance standards (e.g., CCS, ISO 15118, DIN 70121) in collaboration with Powertrain Engineering, Firmware, and Integration/Validation team
  • s.Create structured test plans and maintain comprehensive test suites, ensuring clear documentation to support engineering design decision
  • s.Configure, operate, and troubleshoot test equipment, including engineering tools (e.g., Vector CANoe, CANalyzer), power supplies, electronic loads, and charging test asset
  • s.Manage test infrastructure, including hardware configurations, equipment calibration, software versions, and test documentatio
  • n.Investigate field issues by analyzing vehicle and charging logs (CAN, Ethernet), performing root cause analysis, validating fixes, and driving issues to closur
  • e.Support integration, commissioning, and supplier validation activities, requiring up to 50% travel to various field site

s.Qualificatio

  • ns3–5 years of experience in EV charging systems, including charging session analysis and validatio
  • n.Strong understanding of EV/EVSE charging fundamentals, interoperability, and vehicle-level validatio
  • n.Solid knowledge of DC fast charging technologies and global standards such

as○ SAE J17

72○ SAE J34

00○ DIN 701

21○ ISO 151

18○ IEC 618

  • 51Experience analyzing communication protocols such as CAN, PLC, and serial interfaces using tools like CANalyzer, PCAN View, Wireshark, and terminal interface
  • s.Working knowledge of automotive communication protocols (CAN, LIN, FlexRay, Ethernet, SPI, I2C
  • ).Experience working safely with high-voltage systems (up to \~500 VDC) and AC power systems (single- and three-phase

).

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