2026 Summer Intern - Vehicle Embedded Engineer (DBW)

San JoseInternentry

Other2026 Summer2026 Summer Recruiting Pool2026 Summer School Instructional Aide

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Overview

WeRide is a leading, commercial-stage global company that develops autonomous driving technologies from Level 2 to Level 4. It offers an all-rounded product mix of Robotaxi, Robobus, Robosweeper,

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Other2026 Summer2026 Summer Recruiting Pool2026 Summer School Instructional Aide

WeRide is a leading, commercial-stage global company that develops autonomous driving technologies from Level 2 to Level 4. It offers an all-rounded product mix of Robotaxi, Robobus, Robosweeper, Robovan and Advanced Driving Solution to provide services. WeRide aims to develop safe and reliable driverless solutions to make our mobility and transportation safer, more affordable, and accessible.

The Drive-by-Wire (DBW) team focuses on the development of electronic and electro-mechanical systems that replace traditional mechanical linkages in vehicle control functions. Our mission is to ensure that vehicles accurately receive and execute driving commands from higher-level systems, enabling safe, reliable, and efficient vehicle operation.

Develop drive-by-wire functions and software with redundancy and diagnosis.

Perform electrical and software integration and introduction of drive-by-wire systems on new autonomous vehicle platforms.

Ensure reliable vehicle operation of drive-by-wire actuators in all modes of operation across various vehicle platforms.

Troubleshoot, triage, and provide diagnostic support for field issues related to the vehicle control system.

BS/MS degree in Mechanical Engineering, Electrical Engineering, Automotive Engineering, Computer Engineering, or a similar field

Proficient in Embedded C, C++ is a must

Strong understanding of either of the following fields:

1. Brake/steering/propulsion actuators of electric vehicles

2. CAN/LIN/Ethernet communication protocol

3. Vehicle ECU embedded development

4. CAN tools like CANalyzer/CANoe and capl script

Strong root-cause analysis for problem-solving