职位介绍
What to Expect
Autonomy begins with sensing. Tesla's vehicles depend on a diverse array of sensing systems, from spatial perception (vision, radar) and motion sensing (IMU) to user interaction, environmental monitoring, and chassis sensing, to perceive and interact with the world. At the core of every one of these systems is a circuit board that must be engineered to the highest standard.
This role owns that foundation. As part of the Sensing team, you will design, validate, and industrialize circuit boards, rigid, flexible, rigid-flex, and beyond, that enable Tesla's autonomous driving and intelligent vehicle features. You'll translate high-level system requirements into board-level designs that meet aggressive cost, size, and reliability targets across a uniquely broad portfolio of sensor technologies.
The scope is rare: few roles touch this many sensing domains, form factors, and production scales in one seat. If you want to see your boards ship in millions of vehicles and directly advance Tesla's autonomy mission, this is the place.
What You’ll Do
- Own board-level electronic design end to end, from concept through prototype, DVT, and mass production
- Translate system-level sensing requirements into board-level design specifications and architecture
- Drive key component selection, power tree design, and signal chain definition for diverse sensor modalities
- Design schematics and supervise PCB layout across rigid, flexible, and rigid-flex substrates
- Develop and execute test plans for engineering validation and production-line verification
- Run design simulations (SPICE, SI/PI) to de-risk designs before fabrication
- Collaborate with supply chain to ensure component availability, cost targets, and second-source strategies
- Lead DFM and DFT efforts with internal manufacturing teams and contract manufacturers
- Drive root-cause analysis and corrective actions for board-level failures with internal teams and vendors
- Partner with reliability, EMC, software, and manufacturing teams to deliver production-ready sensor modules
What You’ll Bring
- Degree in Electrical Engineering or equivalent experience
- Strong EE fundamentals in mixed-signal PCB design, including analog front-ends, power conversion, and digital interfaces
- Hands-on schematic capture and PCB layout experience across rigid, flex, and rigid-flex technologies (Altium preferred)
- Solid understanding of EMC, signal integrity, and power integrity design practices
- Proficiency with design simulation tools (SPICE, impedance/crosstalk analysis) to validate designs before fabrication
- Experience designing and debugging embedded systems including microcontrollers, communication interfaces (SPI, I2C, UART, CAN, Ethernet, etc.), and power management ICs
- Competence with lab instruments (oscilloscopes, spectrum analyzers, network analyzers) for board bring-up and validation
- Ability to write test automation and data analysis scripts, and to distill results into clear, actionable conclusions
- First-principles thinking: you ground your designs in fundamental physics and verify assumptions through analysis and measurement
- Effective use of AI-assisted design and analysis tools to accelerate development without sacrificing quality
