Senior Power Electronics / Automotive Hardware Design Engineer
Pay listed on role
Verified partner opportunity
Pay listed by partner
Responsible for developing digital and high-speed electronic hardware from requirements definition and component selection through schematic design, PCB layout, and design verification.
Responsible for developing digital and high-speed electronic hardware from requirements definition and component selection through schematic design, PCB layout, and design verification.
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 developing digital and high-speed electronic hardware from requirements definition and component selection through schematic design, PCB layout, and design verification.
Experience: 6–12 years
Key Responsibilities
Analyze system requirements and develop hardware specifications and circuit architectures.
Select processors, microcontrollers, FPGAs, memories, interface ICs, power-management components, and supporting circuitry.
Design schematics for embedded systems, digital interfaces, communication boards, and high-speed electronic products.
Develop multilayer PCB layouts with appropriate stack-up planning, reference planes, controlled impedance, differential-pair routing, and timing constraints.
Handle BGA placement and escape routing, power distribution, decoupling, and signal-return-path requirements.
Apply design practices for interfaces such as USB, Ethernet, DDR, PCIe, LVDS, and MIPI, as relevant to the design.
Perform schematic reviews, PCB design-rule checks, and design-for-manufacturing assessments.
Prepare BOMs, manufacturing outputs, and design documentation.
Support prototype bring-up, debugging, and design validation.
Required Skills
Strong digital electronics and embedded hardware fundamentals.
Experience with component selection, schematic capture, and PCB layout using KiCad (mandatory)
Knowledge of multilayer PCB design, stack-up selection, signal integrity, power integrity, and high-speed routing.
Ability to interpret component datasheets and interface specifications and translate them into practical hardware designs.
Preferred Experience
FPGA, DDR memory, high-speed communication interfaces, or complex embedded systems.
SI/PI analysis, prototype debugging, and hardware validation.
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
Confirm current eligibility, workload and final terms with Turing. Referral rewards are separate from applicant compensation.
Compensation is not stated in the current feed. Confirm the rate and workload before accepting an assessment or project.
Use your CV to find relevant roles on HumanitApp. This is separate from a partner application.
Match my CV →Optional role alerts from HumanitApp. Subscribe only if you want weekly emails.
Get weekly role alerts →Before you apply
Compensation is not stated in the current feed. Confirm the rate and workload before accepting an assessment or project.
Yes. The button opens the exact verified Turinglisting using the referral URL published for this role.
No. HumanitApp independently curates the opportunity. The partner platform manages applications and hiring decisions.
No. Choose the primary Apply action to continue directly without giving HumanitApp your name or email address.