About The Position

The Platform Architecture Power, Performance and Thermal team enables Apple Silicon to deliver a great user experience while operating under physical limits. Our hardware and software innovations are at the heart of every Apple Watch, iPhone, iPad and Mac. We're looking for an experienced architect to help us expand our capabilities to new and exciting domains. You will play a key role in taking Apple's SoC performance and efficiency architecture to a whole new level. Working at the intersection of hardware and software, you will influence a wide spectrum of features across Apple's product lineup. Extend Apple's SoC power, performance and thermal control architecture to new platforms and deployment scenarios. Partner with SoC and power delivery architects, operating system designers, control system engineers and platform power management stakeholders to drive high-efficiency system architectures. Develop and specify new hardware and software features to extract maximum capabilities from systems operating under power, performance and thermal constraints.

Requirements

  • B.S. in Computer Engineering, Computer Science or similar engineering degree.
  • Experience with computer architecture.
  • Experience with power management.
  • Excellent verbal and written communication skills.

Nice To Haves

  • M.S. in Computer Engineering, Computer Science or similar engineering degree.
  • 20+ years of relevant industry experience.
  • Experience with software performance analysis and optimization.
  • Experience with operating system implementation.
  • Experience with power delivery control, thermal management and workload scheduling at scale.
  • Experience with machine learning workloads.

Responsibilities

  • Extend Apple's SoC power, performance and thermal control architecture to new platforms and deployment scenarios.
  • Partner with SoC and power delivery architects, operating system designers, control system engineers and platform power management stakeholders to drive high-efficiency system architectures.
  • Develop and specify new hardware and software features to extract maximum capabilities from systems operating under power, performance and thermal constraints.
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