Power, Performance & Thermal Architect - Platform Architecture

Apple Inc.; Beaverton (OR); On-site; USD 180,000 - 240,000; Full time

Job summary

Apple Inc. is seeking a Power, Performance and Thermal Architect to advance the Platform Architecture Team. You will influence architecture across Apple's SoC, balancing power, performance and thermal constraints for the next generation of devices.

You will collaborate with SoC, OS, and platform engineers to architect high-efficiency systems, and define new hardware and software features to extract maximum performance under power limits.

Qualifications

• Minimum: B.S. in Computer Engineering, Computer Science or similar engineering degree.
• Preferred: M.S. in Computer Engineering, Computer Science or similar engineering degree.
• Knowledge of computer architecture and power management is required.

Responsibilities

• Extend Apple's SoC power, performance and thermal control architecture to new platforms and deployment scenarios.
• Partner with SoC and power delivery architects, OS 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 under power, performance and thermal constraints.

Skills

Experience with computer architecture

Experience with power management

Experience with software performance分析

Experience with operating system imple

Experience with power delivery control

Experience with machine learning workl

Excellent verbal and written communic

Education

B.S. in Computer Engineering, Computer Science or similar engineering degree

M.S. in Computer Engineering, Computer Science or similar engineering degree

Job description

Apple Inc. is seeking a Power, Performance and Thermal Architect to advance the Platform Architecture Team. You will influence architecture across Apple's SoC, balancing power, performance and thermal constraints for the next generation of devices.

You will collaborate with SoC, OS, and platform engineers to architect high-efficiency systems, and define new hardware and software features to extract maximum performance under power limits.