Shanghai
Full time
About us:
Mobileye is a global leader in Physical AI, developing computer vision, software, and hardware to power autonomous driving solutions and humanoid robots. Our mission is to bring autonomy into the real world by building intelligent technologies that are designed to expand accessibility and enhance everyday life, from advanced driver assistance systems (ADAS) and autonomous driving to robotics and humanoids.
Built on decades of automotive innovation and industrial-scale AI expertise, Mobileye technologies power more than 230 million vehicles worldwide. With teams around the world, we continue to innovate at the forefront of autonomous systems, advancing the next generation of Physical AI for the real world.
About the team:
Who you are:
- Data-driven test practitioner passionate about validating full-scale humanoid robots under complex real-world conditions, while also pushing high-torque joint actuators and robotic skeletons to their limits.
- Hands-on builder who constructs system-level testing setups, automated full-body testing scripts, multi-channel DAQ integration, environmental test chambers, and joint dynamometer test benches.
- Rigorous troubleshooter skilled at Root Cause Analysis (8D/FMEA) bridging mechanical wear, structural compliance, and electrical component failures.
- A strong collaborator across structural design, joint actuation, power electronics, and embedded firmware teams.
Responsibilities:
- Lead whole-body humanoid system integration testing, end-to-end functional validation, dynamic motion profiling, and full-robot system reliability testing.
- Design, write test cases for, and execute whole-body tests covering highly dynamic locomotion, heavy payload manipulation, complex terrain navigation, fall recovery, balance stability, and structural reliability.
- Execute whole-body mechanical and environmental qualification: drop shock, dynamic payload capacity, whole-body vibration profile sweeps, thermal dissipation limits, and ingress protection (IP) verification.
- Collaborate closely with motor and actuator engineers to assist in joint module and motor testing, performance validation, and thermal limit evaluations.
- Perform root cause failure analysis (RCFA) on broken joint gears, bearings, motor windings, and structural components using 8D/FMEA methodologies.
- Execute Highly Accelerated Life Testing (HALT) and Highly Accelerated Stress Screening (HASS) to establish hardware reliability boundaries.
- Define quality acceptance criteria, testing SOPs, and end-of-line verification procedures for pilot production lines.
- Maintain lab test equipment calibration, high-voltage battery safety protocols, and testing infrastructure.
Requirements:
- B.Sc. or M.Sc. in Mechanical Engineering, Electrical Engineering, Mechatronics, or related disciplines.
- 5+ years of hardware testing and reliability engineering experience in whole-body robotic systems, complex electro-mechanical platforms, motor drive systems, or aerospace actuators.
- Proficient with system-level instrumentation and testing tools: whole-body motion capture / tracking tools, environmental chambers, oscilloscopes, CAN analyzers, strain gauges, accelerometers, and thermal cameras.
- Strong experience in designing test scenarios, writing test cases, and utilizing automated testing software/scripting tools (Python, LabVIEW, MATLAB).
- Ability to work alongside motor engineers to evaluate joint/motor performance data and assist in motor validation test execution.
- Deep technical understanding of mechanical failure modes (gear fatigue, harmonic wave generator wear, bearing pitting) and thermal dynamics in high-power BLDCs.
- Solid knowledge of international test standards (ISO, IEC, MIL-STD) for vibration, shock, thermal cycling, and electrical safety.
- Methodical approach to data analysis, documentation, and technical reporting.
Advantages:
- Direct experience testing high-torque frameless BLDC motors, harmonic/planetary reducers, or humanoid joint modules.
- Experience in structural fatigue testing of aluminum alloys limbs.
- Knowledge of functional safety testing and high-voltage DC safety protocols.
- Comfortable communicating technical topics in English with international teams.
