Senior System Software Engineer – Datacenter Power Management

🕒 September 22

🏄 California, Texas, +1 more states – Remote

🏄 California – Remote 🤠 Texas – Remote ☕ Washington – Remote

💵 $224k - $431.3k / year

⏰ Full Time

🟠 Senior

🧑‍💻 Full-stack Engineer

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👻 Ghost score 3%

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NVIDIA

WebsiteLinkedInAll Job Openings

10,000+ employees

Founded 1993

🏥 Healthcare

🏭 Manufacturing

🤖 Artificial Intelligence

Healthcare • Manufacturing • Artificial Intelligence

NVIDIA is a leading technology company specializing in accelerated computing and artificial intelligence. NVIDIA pioneers advancements in graphical processing units (GPUs), cloud computing, data centers, and virtual reality, with a focus on gaming, automotive, healthcare, and robotics industries. The company's innovations, such as NVIDIA Omniverse, transform traditional digital processes by enabling high-fidelity simulations and rendering tasks. Their applications span various industries, from autonomous vehicles using NVIDIA DRIVE to healthcare solutions with NVIDIA Clara, and AI-driven analytics and workflows.

📋 Description

• Architect, build, implement, and debug data center power and performance-management software, emphasizing end-to-end power management at racks and data halls • Develop real-time controllers, policies, and mechanisms that dynamically optimize performance, power, thermals, and energy efficiency under demanding data-center workloads • Drive features across requirements, architecture, implementation, pre-silicon validation, silicon bring-up, productization, and production support • Collaborate with GPU architects and hardware designers to define hardware-software interfaces and influence power-management capabilities of next-generation processors • Analyze interactions among workloads, clocks, voltages, power limits, thermals, telemetry, and system-level policies • Lead investigation and resolution of power, performance, stability, and reliability issues across firmware, drivers, hardware, and platform software • Develop validation strategies and automation for functional correctness, transition latency, performance-per-watt, and robustness across operating conditions • Build architecture, interface, and compose specifications for new power-management features • Partner with geographically distributed architecture, ASIC, firmware, driver, validation, platform, and data-center systems teams

🎯 Requirements

• BS or MS degree in Computer Science, Computer Engineering, Electrical Engineering, or a related field—or equivalent experience • At least 12+ years of extensive industry experience crafting system software, embedded firmware, device drivers, or other hardware-related production software • Strong programming skills in C, including experience developing, debugging, and maintaining complex low-level software • Deep understanding of operating-system fundamentals, device-driver architecture, embedded or real-time software, concurrency, interrupt handling, and hardware programming • Experience interpreting hardware specifications and developing software interfaces for registers, telemetry, interrupts, and control mechanisms • Strong understanding of computer architecture and hardware-software interactions • Proven ability to independently debug complex problems across multiple software and hardware layers • Excellent written and verbal communication skills, with a track record of working effectively across organizational and geographic boundaries • Background with architecting, designing, or implementing datacenter provisioning, monitoring, and managing power at a CSP/NCP • Hands-on experience with GPU, CPU, accelerator, or SoC power and performance management • Background with crafting or implementing P-state selection, DVFS, clock-control, voltage-control, power-capping, thermal-management, throttling, or workload-aware control policies • Experience developing real-time feedback controllers, including reasoning about stability, responsiveness, hysteresis, latency, and noisy telemetry • Understanding of electrical and platform considerations such as voltage-frequency relationships, transient power, thermal limits, power delivery, and system-level power budgets

🏖️ Benefits

• Equity • Benefits

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