Power Architect for AI Accelerators & High-Perf Compute

Cerebras; United States; Remote; USD 180,000 - 240,000; Full time

Job summary

Cerebras Systems is seeking an exceptional Power Architect to lead our power roadmap for high-performance compute, AI accelerators and advanced ASIC platforms. This role focuses on defining and driving power delivery architecture and strategy.

You will lead architecture exploration, collaborate with product, ASIC, and systems teams, and oversee the full lifecycle from concept to production, optimizing electrical performance and cooling efficiency for cutting-edge processors.

Qualifications

• 15+ years of hands-on experience in power delivery systems.
• PhD preferred or equivalent industry experience.
• Experience with high-current, low-voltage power delivery for advanced silicon.
• Thermal modeling and cooling solution implementation.
• Experience with server hardware and AI accelerators.

Responsibilities

• Lead power delivery architecture exploration for high-performance compute.
• Define and refine power specifications with product, ASIC, and systems teams.
• Architect power delivery systems optimized for electrical performance and cooling efficiency.
• Evaluate and select architectures and partners for new technology development.
• Oversee lifecycle from concept to production deployment.
• Collaborate across package, silicon, PCB, and mechanical teams.

Skills

Power delivery design

Thermal management

High-current, low-voltage systems

Team collaboration

Leadership

Education

MSEE or MSCE

Tools

PMICs knowledge

Inductor design

Job description

Cerebras Systems is seeking an exceptional Power Architect to lead our power roadmap for high-performance compute, AI accelerators and advanced ASIC platforms. This role focuses on defining and driving power delivery architecture and strategy.

You will lead architecture exploration, collaborate with product, ASIC, and systems teams, and oversee the full lifecycle from concept to production, optimizing electrical performance and cooling efficiency for cutting-edge processors.