Cookies & analytics consent
We serve candidates globally, so we only activate Google Tag Manager and other analytics after you opt in. This keeps us aligned with GDPR/UK DPA, ePrivacy, LGPD, and similar rules. Essential features still run without analytics cookies.
Read how we use data in our Privacy Policy and Terms of Service.
🤖 15+ AI Agents working for you. Find jobs, score and update resumes, cover letter, interview questions, missing keywords, and lots more.

Info Way Solutions • Palo Alto, California, United States
Role & seniority
Stack/tools
Power electronics domain: analog/digital/power circuits, DCDC/DCAC, high-voltage systems, motor drive/control, sensing, microcontrollers
Test hardware/software: multimeters, DAQs, oscilloscopes, power supplies, function generators; Python, MATLAB; data visualization
EDA/MECH: Altium/OrCAD/Cadence/Eagle; SolidWorks/CATIA
Physics/analysis: basics in statics, mechanics, heat transfer; instrumentation and measurement
Top 3 responsibilities
Design, build, instrument, and automate electrical, thermal, and mechanical test setups; validate against internal and automotive standards
Conduct component-, system-, and vehicle-level validation and reliability testing; identify failure modes and generate design validation/reliability test plans
Collaborate with design, reliability, materials, quality, and service teams; investigate failures and drive test improvements; validate firmware/hardware interactions
Must-have skills
Working knowledge of analog/digital/power electronics, high-voltage concepts, motor drive/control, sensing, and microcontrollers
Experience with electrical test equipment and basic scripting (Python preferred) and data visualization
Familiarity with EDA tools (Altium/OrCAD/Cadence/Eagle) and mechanical CAD (SolidWorks/CATIA) is preferred
Ability to design/execute design validation plans and balance cross-functional priorities
Nice-to-haves
Power Electronics Test Engineer – Semi Palo Alto, California
Client: Tesla
What You’ll Do Design, build, instrument, and automate testing equipment for electrical, thermal, and mechanical testing Work together with Design Engineers, Reliability scientists, Material scientists, Quality, and Service to identify failure modes and generate design validation and reliability test plans Perform component-level, system-level, and vehicle-level validation and reliability testing, simulating realistic and accelerated dynamic and environmental conditions Collaborate with test technicians as peers to achieve test objectives Investigate Power Electronics assembly and subassembly failures to drive product development and test improvement Identify and execute experiments targeting new technologies or critical failures Interface and simulate complex vehicular systems to validate firmware/hardware interactions Create novel ways to apply skills learned in the test lab to benefit vehicle products
What You’ll Bring Basic working knowledge of Analog, Digital, and Power Electronics Circuits, general knowledge in Power Electronics, DCDC or DCAC Converters, High Voltage Circuits, Motor Drive/Control Circuit, Sensing circuits, and Microcontrollers is preferred Working experience with electrical test equipment (such as multimeters, DAQs, oscilloscopes, power supplies, and function generator) and hand tools and power tools Familiar with an object-oriented coding language and scripting (Python, MATLAB, etc.), experience in Python and data visualization is preferred Comfort with EDA software of Altium, OrCAD, Cadence, Eagle or equivalent. Working knowledge of mechanical CAD software of SolidWorks, CATIA or equivalent is preferred Basic understanding of Statics, Mechanics of Materials, Fluids, Heat Transfer, Measurement and Instrumentation, and Linear Circuits
Formal or informal experience with one or more of the following is preferred: Automotive components or systems, or vehicles in general, physical testing and analysis of electrical, thermal, or mechanical systems, any form of automation (manufacturing, robotics, testing, personal hobbies, etc.) Experience creating and executing design validation plans and test methods to validate performance requirements is preferred Comfort with balancing competing priorities and timelines and aligning those prioritizations with cross-functional team An appetite for technical problem solving