Analog IC Design Engineer

AppleCupertino, CA

About The Position

At Apple, we work every single day to craft products that enrich people’s lives. We have an opportunity for a visionary and uncommonly talented IC Designer. As a member of our dynamic group, you will have the rare and rewarding opportunity to craft upcoming products that will delight and inspire millions of Apple’s customers every single day. In this role, you will be involved in specifications of analog portions of IC, behavioral modeling to validate architectures, and transistor-level feasibility studies for various blocks in ADC/DAC. You will also be responsible for crafting blocks and documenting design towards formal design reviews, driving mask design to implement layout view of designs, and performing top-level simulations to validate top-level integration. Additionally, you will define production/bench-level test-plans, take lab measurements to validate analog designs, drive/review yield/lab test results to drive bug fixes, and ensure design for ESD compliance.

Requirements

  • Bachelor's of Science in Electric Engineering
  • Proven expertise in low noise design techniques
  • Proven expertise in high precision techniques in presence of device mismatch
  • Experience in C / Matlab / Verilog modeling
  • Strong device physics knowledge as it applies to analog IC designs
  • Proven working experience in using spectrum analyzers, oscilloscopes, signal generators, etc. to validate analog designs
  • Extensive experience working with production test engineers to firm up test plans and design for testability details

Nice To Haves

  • Proven track record of taking chips to production
  • Deep knowledge of ADC/DAC architectures and knowing which are suitable for given applications
  • Deep knowledge of band-gaps, bias, op-amps, switched-cap circuits, LDOs, feedback and compensation techniques

Responsibilities

  • Involved in specifications of analog portions of IC
  • Behavioral modeling to validate architectures
  • Transistor-level feasibility studies for various blocks in ADC/DAC
  • Crafting blocks and documenting design towards formal design reviews
  • Drive mask design to implement layout view of designs
  • Top-level simulations to validate top-level integration
  • Defining production/bench-level test-plans
  • Taking lab measurements to validate analog designs
  • Driving/reviewing yield/lab test results to drive bug fixes
  • Design for ESD compliance
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