Overview In this role you will identify and shape system-level power and thermal co-design strategies that differentiate NVIDIA's platforms. You will lead end-to-end co-design from concept to production, coordinating across architecture, VLSI, software, and operations to land technologies. You will scan research and industry developments, build a product differentiation case, and drive adoption across teams. This is a hands-on opportunity to turn research ideas into production-scale solutions with impact on datacenter and platform performance. You'll work in a cross-functional, innovation-driven environment focused on scalable, energy-efficient computing.
Compensation / Benefits- equity
- benefits
- salary range awareness
- career growth opportunities
- inclusive work environment
Responsibilities- Architect next-gen system, platform, and datacenter-level power and thermal co-design solutions
- Scan research, academia, standards bodies, silicon/memory/packaging/platform partners for emerging ideas
- Lead end-to-end co-design from concept to production and align across architecture, VLSI, software, platform, packaging, and operations
- Shape workload-aware power and thermal controls, telemetry, platform-scale energy buffering, and aging/interpolation with memory co-design
- Maintain a living intercept pipeline, track candidates and productization status, brief leadership on future directions
- Collaborate with system architects, engineers, manufacturing partners, and external researchers to bring next-gen products to market
- Influence multiple teams to land selected technologies in production
Key requirements- 15+ years in system-level power, thermal, or related architecture with deep expertise in at least one area listed
- External technical recognition and active contributions to standards or technical communities
- Track record of translating research ideas into measurable product impact
- Demonstrated ability to influence across functions without direct authority
- Excellent problem-solving and collaboration skills
- strong collaboration and cross-functional influence
- communication and leadership in presenting complex ideas to leadership
- problem-solving and partnership orientation
- system power management
- system thermal architecture
- platform energy architecture
