About The Position

Camera Hardware Engineering group drives the design, development, and innovation of camera systems across Apple's entire product portfolio—from iPhone and Mac to iPad and Vision products. Our team delivers cutting-edge camera electronics, including custom silicon, that enable best-in-class imaging experiences for our users. We're seeking an enthusiastic, high-energy engineer to help shape the next generation of camera technology. In this role, you'll collaborate with world-class experts across optics, controls, mechanics, and imaging to architect and develop custom silicon ICs that push the boundaries of what's possible in computational photography.

Requirements

  • BS Degree
  • Experience in at least one of the following domains: analog/mixed-signal IC development, low-power, low-noise sensing and signal processing
  • Experience with board-level design constraints, power assessment, and analysis
  • Experience with performing root-cause analysis and problem-solving
  • Experience driving complex projects to completion
  • A minimum of 3 years of industry experience

Nice To Haves

  • MS or PhD degree in Electrical or Computer Engineering
  • Engineer and relevant in low-power, low-noise sensing and signal processing
  • Experience with embedded systems and MCU-based custom silicon designs
  • Experience with software/hardware co-design methodologies
  • Experience optimizing designs across multiple disciplines, including hardware/firmware partitioning, trade-off assessments, design verification, and tolerance analysis
  • Experience with IC development from architecture through high-volume production ramp
  • Experience working independently to design and deliver complex systems

Responsibilities

  • Collaborate with cross-functional teams including mechanical, optical, firmware, product, test, and camera systems engineers to define silicon requirements.
  • Partner with silicon design vendors from architecture requirement definition through silicon delivery throughout the entire development cycle.
  • Provide guidance for verification and validation plans and review results to ensure quality and performance targets are met.
  • Drive the development of emulation platforms using discrete component design or FPGA implementations
  • Review and provide guidance for board-level designs that integrate our custom silicon into camera systems.
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