Electric Vehicle (EV) 2-Wheeler Testing

The Lead Engineer is responsible for the end-to-end validation and testing of embedded systems across IoT connectivity technologies such as Wi-SUN, Bluetooth, MQTT, and gateway-based platforms, as well as Electric Vehicle (EV) systems. A key requirement for this role is hands-on experience in

EV 2-wheeler validation

, including

testing EV Control Units (ECUs), Battery Management Systems (BMS), and Motor Controllers

• . The engineer will perform CAN and UART-based communication tests between ECUs and execute performance, endurance, and environmental testing in alignment with EV validation standards.

The role also involves verifying the integration of connectivity features—Bluetooth, MQTT, and Wi-SUN—within EV telemetry modules and validating IoT communication protocols on embedded products. The ideal candidate must have strong expertise in

Python automation, Wireshark-based packet analysis

, and basic embedded C debugging. Familiarity with EV system architectures, battery communication protocols, and gateway-level validation is essential. Overall, the Lead Engineer will ensure robust, compliant, and high-performance behavior across both IoT and EV platforms through systematic testing and validation.