• Method and algorithm development, integration and validation with strong focus on vehicle control for both driving and active safety features.

• Development on vehicle control algorithms from planned trajectory to chassis control interface for series product.

• Establish and continuously improve data-driven based development framework to iteratively improve control system.

• Define and maintain chassis actuator functional and performance requirements, including brake system and powertrain system. Analyze track and drive resolution of actuator-related issues, coordinating cross-functional stakeholders

• Cooperation with relevant internal and external algorithm experts mainly in China and Germany for automated driving and driver assistance systems.

• Working with the onsite project team and counter-teams in Germany and the supplier requirements for autonomous driving systems.

Qualification

• Education

- Master in vehicle engineering, robotics, electrical engineering or a related field.

• Experience

- Industrial experience in robotics or ADAS/AD software development.

- Development experience on ADAS function (e.g, AEB, ACC, NGA, etc,).

- Familiar with control (MPC, LQR, PID, etc,) algorithms in autonomous driving with development experience, have base knowledge about start-of-the-art planning.

- Hands on development experience AD platforms (ROS, Autoware, Apollo, etc.)

- Practical knowledge of software engineering on Linux/QNX preferred.

§ Specific Knowledge

- Chinese native speaker with fluent English language skills, German language beneficial.

- Strong skill in C++ programming and scripting languages (Python among others)

- Experience with source code management, unit testing, code review and issue tracking systems.

- Experience with ADAS Chassis control interface (ESP, EPS, etc,)

- Inter-cultural competence and communication skills with various hierarchy levels.

- Independent and proactive working style, willingness to travel inside China and abroad to conduct system testing.