| Location | Reno, NV |
We are looking for a motivated, hands-on test engineer to join the Low Voltage Test Automation group, a team building robust, data-driven equipment for Tesla's vehicle electronics. Our work spans the full product life cycle, from early engineering validation to high-volume production, and we are known across the company for tackling tough problems head-on and getting it done.
This team moves fast. Projects can go from idea to deployed test equipment in just weeks, supporting products on the cutting edge of Tesla's innovation. The pace is demanding, and priorities can shift quickly, but that's what makes the work exciting and impactful. As the team grows, we are looking for engineers who not only enjoy tinkering and building but also want to bring clarity and structure to how we operate.
The ideal candidate thrives on hands-on problem solving, takes ownership, and is eager to grow. You'll have the chance to design real systems, see them in production, and directly shape how the team scales. Superior work is noticed, responsibility is high, and the impact is immediate. This is your opportunity to be part of the "machine that builds the machine" at Tesla's newly opened factory in Reno, Nevada.
Develop end-to-end test strategies using in house automation framework (Python, Go, AWX), and drive continuous improvement across all vehicle programs
Create, analyze and review schematics, wiring diagrams, and electrical circuits (EPLAN, Altium)
Conduct failure analysis on electronic components and collaborate with cross-functional teams to improve design and manufacturing processes
Troubleshoot from PCBAs and software/firmware up through full system-level integration spanning communication protocols (CAN, LIN, I2C, Ethernet) and functional validation
Execute multiple projects in parallel, applying strong technical judgment while balancing priorities and aligning cross-functional needs
Degree in Computer, Electronics, Electrical or Mechanical Engineering, or equivalent experience
2+ years of demonstrated excellence as a Test Engineer or equivalent in a manufacturing setting for automotive, robotics or related industries
Experience with tester architecture, system qualification, troubleshooting, limit definition, and process validation
Ability to quickly learn new engineering concepts and innovate based on first principles
Exposure to diverse test systems, industrial equipment (pogo-pins, industrial sensors, PLCs, pneumatics, microcontrollers, etc.)
Strong verbal and written communication skills, with the ability to filter and distill relevant information for the right audience
Remain engaged, proactive, and positive in tough circumstances, owning assignments and taking full accountability for project success under tight, changing deadlines
Willingness to travel domestically and internationally up to 10%