Senior Power & Thermal Architect, Systems Co-Design

NVIDIA; United States; On-site; USD 232,000 - 368,000; Full time

Benefits offered by this job

Equity

Benefits

Job summary

NVIDIA is hiring a Principal Architect to lead system-level power and thermal co-design across platforms and datacenters. You will scan research, academia, and silicon partners to identify breakthrough ideas and drive them through architecture, VLSI, software, packaging, and operations teams into production.

With 15+ years in the field, you will shape product differentiation, collaborate across disciplines, and guide roadmap decisions that balance performance, cost, and reliability.

Qualifications

• 15+ years in system-level power/thermal or related architecture.
• Experience shaping system co-design from concept to production.
• Active contributions to standards bodies, consortia, or external technical communities.

Responsibilities

• Architect next-generation system, platform, and datacenter-level power/thermal co-design solutions.
• Lead end-to-end co-design from concept to product across multiple teams.
• Shape innovation for workload-aware power and thermal controls and telemetry.
• Maintain an intercept pipeline and brief leadership on next steps.
• Collaborate with architects, software, manufacturing, and partners to bring products to market.

Skills

System-level power/thermal expertise

Cross-team collaboration

Publications/standards contributions

Problem-solving

Education

BS, MS, or PhD in Electrical Engineering, Computer Engineering, Computer Science

Job description

NVIDIA is hiring a Principal Architect to lead system-level power and thermal co-design across platforms and datacenters. You will scan research, academia, and silicon partners to identify breakthrough ideas and drive them through architecture, VLSI, software, packaging, and operations teams into production.

With 15+ years in the field, you will shape product differentiation, collaborate across disciplines, and guide roadmap decisions that balance performance, cost, and reliability.