in EV charging, IoT, or power electronics is highly preferred.
- Embedded systems, CAN protocol and peripherals such as analog/digital systems, sensors and display devices.
- Technical Knowledge: Deep understanding of AC/DC power , high/low voltage systems, controls and the ability to read electrical schematics.
- Strong grasp of networked hardware (TCP/IP, DHCP, firewalls, and cellular connectivity).
- Must Have Skills: A "customer-first" mindset with the ability to remain calm while helping a client whose operations are stalled by a product failure.
- Education: AAS or BS in Electronics Technology, Engineering, or a related field.
- Real-Time Troubleshooting: Diagnose and resolve issues for EV chargers: Electronic controls, power modules, peripheral components such as circuit breakers, fans, wiring harness (loose connections, broken or damaged wires etc.)
- Electronic controls, power modules, peripheral components such as circuit breakers, fans, wiring harness (loose connections, broken or damaged wires etc.)
- backend management platforms, and networking equipment (Wi-Fi, Ethernet, 4G/5G).
- Field Support: off and onsite diagnostics, repair, verification and configuration.
- Commissioning & Training - Conduct commissioning, operation and maintenance training of new installation. Expectation is customers must be able to support themselves after training.
- Incident Management: Monitor site performance proactively to identify anomalies before they lead to downtime.
- Technical Documentation: Maintain detailed case records and contribute to the internal knowledge base and field support manuals.
- Cross-Functional Collaboration: Work closely with the R&D and Engineering teams to escalate complex bugs and provide feedback on product improvements.
- Knowledge of EVSE standards (e.g., OCPP , ISO 15118).
- Knowledge of battery charging protocols (CAN Bus), lead acid battery charging basics and BMS