Senior Power Electronics / Automotive Hardware Design Engineer
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Verified partner opportunity
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Responsible for end-to-end electronic hardware development, from requirements analysis and circuit design to component selection, schematic capture, PCB layout, and design verification for analog, mixed-signal, sensor, communication, and RF applications.
Responsible for end-to-end electronic hardware development, from requirements analysis and circuit design to component selection, schematic capture, PCB layout, and design verification for analog, mixed-signal, sensor, communication, and RF applications.
Official job description checked 2026-10-24:
About Turing:
Based in San Francisco, California, Turing is the world’s leading research accelerator for frontier AI labs and a trusted partner for global enterprises deploying advanced AI systems.
Role Overview
Responsible for end-to-end electronic hardware development, from requirements analysis and circuit design to component selection, schematic capture, PCB layout, and design verification for analog, mixed-signal, sensor, communication, and RF applications.
Experience: 6–12 years
Key Responsibilities
Interpret functional and electrical requirements and convert them into circuit-level specifications.
Develop circuit architectures and select suitable components using datasheets, application notes, and design calculations.
Design analog, mixed-signal, sensor-interface, signal-conditioning, industrial-interface, and RF circuits.
Develop schematics and associated BOMs, including suitable component alternatives where required.
Design PCB layouts with attention to grounding, noise reduction, signal integrity, impedance control, and electromagnetic compatibility.
Apply suitable placement, routing, return-path, shielding, and isolation practices.
Perform schematic checks, PCB design-rule checks, and design reviews.
Prepare manufacturing documentation and support prototype testing and troubleshooting.
Required Skills
Strong fundamentals in analog electronics and mixed-signal circuit design.
Experience in component selection, schematic capture, and PCB layout using KiCad (mandatory).
Understanding of operational amplifiers, ADCs/DACs, filters, sensors, communication interfaces, and noise management.
Familiarity with RF layout and controlled-impedance design where applicable.
Preferred Experience
Wireless communication, RF circuits, industrial electronics, instrumentation, or sensor systems.
Prototype validation, circuit debugging, and performance optimization.
Project Details:
Contract Start Date: Expected between 20 october - 23 october
Engagement: 8 weeks (with potential chances of extension)
Commitment - 40 hours/week
Engagement Type: Contract
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