Design and develop smart access control systems, including keyless entry, smart control units, buzzers, and vehicle control units based on product requirements.
Develop signal processing logic, encryption, and authorization protocols to ensure secure vehicle access.
Implement anti-theft protection mechanisms and fail-safe features in smart control systems.
Integrate IoT functionalities into EV systems, including CAN data monitoring, remote operation, lock/unlock, vehicle monitoring, and OTA updates.
Design electrical circuits, PCB layouts, and connector pinouts for smart key systems.
Conduct communication reliability testing to ensure proper system integration and performance.
Ensure compliance with applicable safety standards and regulations through simulation and testing.
Coordinate with suppliers on testing activities and conduct testing on actual vehicle units to identify and troubleshoot smart key system issues.
Collect and analyze test data to identify potential issues and recommend improvements.
Prepare technical reports documenting test results, root causes, and recommendations for design or material improvements.
Collaborate with design, engineering, manufacturing, and supplier teams to resolve technical issues and implement improvements.
Ensure testing procedures comply with applicable industry standards and support continuous product improvement.
Job requirements
Familiar with wireless communication technologies and protocols.
Familiar with telecommunication protocols and server communication.
Knowledge of CAN communication and automotive communication systems.
Familiar with CAN and CAE simulation tools.
Understanding of electrical circuit design, PCB layout, and electronic control systems.
Proficient in data analysis software and relevant engineering tools.
Familiarity with automotive electronics, EV systems, embedded systems, or smart key/access control systems is an advantage.
Strong analytical, troubleshooting, and problem-solving skills.