Sustaining Engineer

Job TitleAt 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.Required Skills & QualificationsBS in Mechanical Engineering, Electrical Engineering, or related discipline, MS preferred5 years of experience in electrical and mechanical systems engineering within a product development, manufacturing, or sustaining environmentDemonstrated ability to deliver subsystem level reliability or serviceability improvements using root cause analysis, DFMEA, and validation testingHands 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 validationStrong 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 prioritiesPrior work experience at client or in client's IndustryApplicants must be able to work directly for Artech on W2Preferred Skills & QualificationsExperience with EV architectures, high voltage systems, or autonomous vehicle platformsBackground in Toyota or OEM vehicle development and release processesFamiliarity with electrical design tools and fleet data analysis or visualization toolsDay-to-Day ResponsibilitiesOwn 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 implementationDrive 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 fleetLead design updates and improvements for Zoox and Toyota components and subsystems to improve reliability, durability, fleet availability, and serviceability across electrical and mechanical systems