Sustaining Engineer

Job Title

At Zoox, we are developing autonomous mobility solutions that require high fleet availability to support testing, mapping, and operational readiness. The Level 3 Toyota Highlander fleet plays a critical role in these efforts, and the Sustaining Engineering team owns the reliability and availability of these vehicles in operation.

• BS in Mechanical Engineering, Electrical Engineering, or related discipline, MS preferred
• 5 years of experience in electrical and mechanical systems engineering within a product development, manufacturing, or sustaining environment
• Demonstrated ability to deliver subsystem level reliability or serviceability improvements using root cause analysis, DFMEA, and validation testing
• Hands on experience using tools such as Python, SQL, Vector CANalyzer, or Databricks to access fleet data, parse logs, review telemetry, and support issue diagnosis and validation
• Strong communication and documentation skills, proficiency with 3D CAD tools such as CATIA, and ability to work cross functionally in a fast paced environment managing multiple priorities
• Prior work experience at client or in client's industry

Applicants must be able to work directly for Artech on W2

• Experience with EV architectures, high voltage systems, or autonomous vehicle platforms
• Background in Toyota or OEM vehicle development and release processes
• Familiarity with electrical design tools and fleet data analysis or visualization tools

• Own sustaining engineering support and corrective action development for the Level 3 Toyota Highlander test and mapping fleet across OEM vehicle systems and Zoox integrated AV hardware, from root cause confirmation through fleet wide implementation
• Drive end to end resolution of vehicle and AV system issues, including diagnosis, troubleshooting, root cause analysis, solution development, validation, release, and implementation into the service fleet
• Lead design updates and improvements for Zoox and Toyota components and subsystems to improve reliability, durability, fleet availability, and serviceability across electrical and mechanical systems