NVIDIA
Senior Systems Software Engineer, Accelerated Kubernetes Performance and Scale - DGX Cloud
$184K–$356K
US, CA, Santa Clara +1 · Senior · Full-time · Posted Jun 25, 2026
- Location
- US, CA, Santa Clara
US, WA, Seattle - Experience
- 8+ years in computer architecture, networking, storage systems, and accelerator-based platforms.
- Education
- Bachelor’s or Master’s degree in Engineering or equivalent experience.
About the job
Leads performance and scalability engineering for Kubernetes-based AI infrastructure, improving reliable, cost-efficient operation of accelerated workloads at hyperscale.
What you'll do
- Analyze and improve performance and scalability across Kubernetes control and data planes, including NVIDIA components and container startup.
- Design and contribute upstream changes and open-source projects to support reliable AI workloads at hyperscale.
- Build simulations, workload tests, monitoring, and CI/CD performance testing; document findings and engage with research, customers, and upstream communities.
What they ask for
- Bachelor’s or Master’s degree in Engineering or equivalent experience.
- 8+ years of experience in computer architecture, networking, storage systems, and accelerator-based platforms.
- Expertise in Kubernetes and distributed accelerator systems; experience optimizing AI workload performance and conducting large-scale performance modeling and benchmarking.
- Proficiency in Golang and/or Python; familiarity with the NVIDIA software stack and expertise with at least one major public cloud provider.
Nice to have
- Operational experience with a Kubernetes distribution or experience scaling clusters to ultra-large node and object counts.
- Open-source community experience; PhD or equivalent experience in relevant areas.
Pay
184,000 USD - 287,500 USD (base salary, Level 4); 224,000 USD - 356,500 USD (base salary, Level 5)
Tools
Kubernetes, Golang, Python, GPU Operator, Network Operator, DSX, Grove, gateway-api-inference-extension
AI focus
Scales AI infrastructure and workloads, including inference and confidential inference; uses large-scale simulations and production agent traces to test AI-factory deployments and reduce cost per token.
Model-written summary · the original posting is authoritative