Mixed-Signal Verification Engineer

Apple•San Diego, CA

About The Position

Join Apple’s wireless silicon development team, which develops energy-efficient wireless silicon and technologies that transform the product user experience. The organization spans RF/analog, systems/PHY/MAC, VLSI/RTL, emulation, design verification, test and validation, and firmware/software engineering. In this role, you will verify RF and mixed-signal blocks and their interfaces within a wireless SoC. You will work with analog/RF design, digital design verification, digital design, and wireless systems teams to develop verification methodologies that ensure correct silicon functionality while balancing coverage and time to tapeout.

Requirements

  • Bachelor of Science degree.
  • At least 10 years of relevant industry experience.
  • Industry verification experience with RF/mixed-signal blocks and SoCs.
  • Expertise building mixed-signal testbenches, checkers, and tests using SystemVerilog.
  • Experience with UVM methodology and HDL, including SystemVerilog and Verilog, for verification.
  • Strong problem-solving, testing, and debugging skills.
  • Understanding of common analog/RF blocks.
  • Experience with UPF, Python, or Matlab.
  • Experience with Virtuoso Composer, ADE, and HED.

Nice To Haves

  • Master’s or PhD degree in a technical discipline, with at least 5 years of hands-on experience specifically in mixed-signal verification.
  • Wireless experience.
  • Expertise creating and using real-numbered analog behavioral models in SystemVerilog.
  • Ability to work well in a team and be productive under an aggressive schedule.
  • Excellent communication skills, self-motivation, organization, and willingness to take on diverse challenges.

Responsibilities

  • Verify RF and mixed-signal blocks and their interfaces within the wireless SoC.
  • Work with analog/RF design, digital design verification, digital design, and wireless systems teams.
  • Develop verification methodologies that ensure silicon-correct functionality and optimize coverage and time-to-tapeout trade-offs.
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