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Job Description:
Lead power architecture development for next-generation custom silicon used in AI-enabled wearables.
Model and own use-case power requirements in collaboration with systems teams.
Define SOC power states, power trees, and power sequencing requirements.
Work with CPU, GPU, image-compute, PMIC, and system architecture teams.
Optimize silicon power architecture to meet performance and power targets.
Evaluate trade-offs between performance, power, and area across system solutions.
Develop custom IP block power estimates and low-power design methodologies.
Analyze hardware and software partitioning for efficient compute solutions.
Perform post-silicon model-to-hardware power correlation and debugging.
Drive concepts from prototypes through transition to high-volume consumer products.
About Company:
Meta is a technology company that builds products and platforms designed to help people connect, build communities, and grow businesses. Its products and services include Facebook, Messenger, Instagram, WhatsApp, and technologies focused on artificial intelligence and immersive computing.
Reality Labs is Meta's organization focused on augmented and virtual reality and next-generation wearable technologies. The Reality Labs Silicon team develops custom silicon to support advanced AI, computer vision, graphics, displays, sensors, and efficient computing for wearable devices.
Key Eligibility
6+ years of experience with production silicon
At least one shipped product
Bachelor's degree in Computer Engineering, Electrical Engineering, or related field
Experience with low-power design principles
Experience with custom IP block power estimation
Understanding of technology-node scaling
Experience evaluating performance, power, and area trade-offs
Experience with hardware/software partitioning
Strong problem-solving and cross-disciplinary debugging skills
C, C++, or Python experience is preferred.
