Archived listing. The details below describe a past opening.
Required Skills & Experience
- 5+ years of experience in vehicle systems validation, integration, or testing.
- Direct experience with electric vehicle charging systems.
- Strong understanding of:
- AC Charging
- DC Fast Charging (DCFC)
- EVSE interactions
- Vehicle charging architectures
- Experience validating vehicle functions at the complete vehicle level.
- Familiarity with charging communication standards including:
- ISO 15118
- DIN 70121
- SAE J1772
- J3400 / NACS
- Experience troubleshooting complex hardware/software integration issues.
- Ability to analyze CAN logs, charging traces, and vehicle diagnostic data.
- Experience working across cross-functional engineering teams. Strong technical communication skills with experience presenting test results and status updates.
Nice to Have Skills & Experience
- Experience with EV charging validation tools from:
- Keysight
- Vector
- ChargeX
- AVL
- dSPACE
- Hands-on experience with:
- CANoe
- CANalyzer
- Vehicle Spy
- CANape
- Understanding of:
- Battery Management Systems (BMS)
- Thermal Systems
- High Voltage Systems
- Power Electronics
- Experience developing automated test frameworks or validation scripts.
- Familiarity with charging certification processes and compliance testing.
- Previous experience supporting EV launches or production vehicle programs.
- Experience with Plug & Charge implementation.
Knowledge of EV charging infrastructure and public charging networks.
Job Description
- Execute end-to-end vehicle-level validation and regression testing for AC and DC charging systems.
- Run charging tests, analyze logs and test data, document results, and communicate findings to engineering stakeholders.
- Identify, reproduce, and triage charging-related issues, partnering with software, systems, and hardware teams to drive resolution.
- Lead integration and validation activities for DC Fast Charging (DCFC), coordinating dependencies across Battery Management, Thermal, High Voltage, and Charging subsystems.
- Develop and execute test plans to improve charging performance, reliability, and capability across various charging scenarios and infrastructure.
- Collaborate with cross-functional teams to support the design, requirements, and validation of new charging features, including DCFC preconditioning, scheduled charging, and future charging technologies.
- Provide regular status updates, technical recommendations, and test results to program managers and technical leadership.