Senior Cloud Infrastructure and DevOps Solutions Architect

NVIDIA; Deutschland; Vor Ort; EUR 120.000 - 180.000; Vollzeit

Zusammenfassung

NVIDIA is seeking a Senior Cloud Infrastructure and DevOps Solutions Architect to join its Infrastructure Specialist Team. You will engage with customers, partners, and cross-functional teams to assess, architect, and guide large-scale GPU-accelerated infrastructure projects, spanning bare metal to Kubernetes-based platforms.

You will lead Day 1–Day 2 lifecycle efforts, drive solution validation, and deliver hands-on optimization across systems, networking, storage, and automation.

Aufgaben

• Own full-solution validation on the partner software stack and cluster-wide stability testing.
• Minimise time from cluster handover to production workload by reducing validation steps.
• Own Day 2 production stability: monitoring, logging, orchestration, and remediation.
• Assess customer environments and operate heterogeneous open platforms with Kubernetes and GPU schedulers.
• Provide consultative guidance and hands-on troubleshooting across the full stack and runbooks for enablement.

Jobbeschreibung

NVIDIA is looking for a Senior Cloud Infrastructure and DevOps Solutions Architect to join its NVIDIA Infrastructure Specialist Team. Academic and commercial organizations around the world are using NVIDIA products to redefine deep learning and data analytics, and to power next- generation data centers. Join the team building and advising on many of the largest and fastest AI/HPC systems in the world! We are looking for someone who combines deep technical expertise with strong consulting and communication skills. This role will engage directly with customers, partners, and cross-functional teams to assess, architect, and guide the implementation of large-scale infrastructure projects. The scope spans system architecture, Kubernetes-based platforms, and automation—serving as both a trusted advisor and a hands-on technical leader. You will sit at the centre of NVIDIA's Cloud Partner (NCP) operating model, covering the full Day 1 to Day 2 lifecycle: taking a GPU cluster from hardware handover, through full-solution validation, to a production-stable platform running at maximum goodput. NCP estates are open-source-first and heterogeneous—upstream Kubernetes, KubeVirt, Slurm, Prometheus/Grafana, Cumulus/SONiC and a long tail of ISV software—so this role is deliberately tool-agnostic: you will meet each partner on the stack they actually run rather than on a single proprietary product.

What You’ll Be Doing

• Own full-solution validation on the partner software stack—the layer above hardware validation—including cluster-wide stability testing, real training-workload acceptance, and multi-day, multi-rack burn-in against agreed MTBI and goodput targets.
• Minimise the time from cluster handover to first production workload, working across hardware bring-up, managed-service intake and the partner's own operations teams to remove duplicated validation and handover friction.
• Own Day 2 production stability at fleet scale: monitoring, logging and workload orchestration, fault detection and remediation, preventive maintenance, and proactive firmware and field-notice rollout campaigns.
• Assess customer environments and operate heterogeneous open platforms—upstream Kubernetes, KubeVirt, Slurm and GPU-aware schedulers—integrated with enterprise- grade networking and storage, and enable third-party ISV workloads on top of them.
• Provide consultative guidance and hands-on troubleshooting across the full stack—bare metal, operating system, software stack, container platform, networking and storage—and support R&D, POCs and POVs validating new features, architectures and upgrade approaches.
• Act as the technical leader for assigned accounts: run structured knowledge transfer and enablement, and produce runbooks, onboarding materials and best-practice guides so partner teams can operate advanced configurations independently.

What We Need To See

• BS/MS/PhD in Computer Science, Electrical/Computer Engineering, Physics, Mathematics, or related fields, or equivalent experience.
• 8+ years in managing scalable cloud environments and automation engineering roles.
• Cloud, HPC & GPU Expertise: Proven understanding of networking fundamentals and data centre architectures, with hands-on experience managing HPC/AI clusters and NVIDIA GPU-accelerated infrastructure—deployment, driver and CUDA toolkit management, optimisation, workload profiling and troubleshooting across CPUs, GPUs and high-speed interconnects.
• Kubernetes & AI/ML Workloads: Extensive background with Kubernetes for container orchestration, resource scheduling and scaling in GPU-accelerated and HPC environments, including scheduler internals, batch schedulers such as Slurm, and mixed bare-metal/virtualised (e.g. KubeVirt) multi-tenant estates.
• Linux & Storage Systems: Deep knowledge of Linux (RedHat, Ubuntu), OS-level security, and protocols. Experience with storage solutions such as Lustre, GPFS, ZFS, XFS, and emerging Kubernetes storage technologies.
• Automation, GitOps & Observability: Proficiency in Python and Bash scripting, configuration management and Infrastructure-as-Code tools (e.g. Ansible, Terraform), GitOps-based cluster lifecycle and upgrade management for large fleets, and observability stacks (Grafana, Loki, Prometheus) for monitoring, logging and building fault-tolerant systems.
• Fleet Reliability & Customer Engagement: Demonstrated ability to measure and improve MTBI and job goodput on large GPU clusters—fault detection, drain and remediation workflows, SLO/error-budget definition and post-incident review—combined with a strong consultative background leading architectural reviews and presenting to executive stakeholders.

Ways To Stand Out From The Crowd

• Knowledge of CI/CD pipelines and container-based microservices architectures for software deployment and automation.
• Experience with the NVIDIA GPU and Network Operators for automated GPU and network resource lifecycle management in Kubernetes, and with NVIDIA Base Command Manager (BCM) for provisioning, managing and monitoring GPU clusters at scale.
• Familiarity with GPU health and fleet telemetry tooling—DCGM and XID diagnostics, node-level health agents, and fleet-wide reliability intelligence.
• Expertise in AI-native scheduling and inference frameworks on Kubernetes (e.g. KAI, Grove, Dynamo, NVIDIA Cloud Functions).
• Background with RDMA-based fabrics (InfiniBand or RoCE) in HPC or AI environments. Exposure to Cumulus Linux, SONiC or Spectrum-X fabrics, DPU/DOCA infrastructure services, and NVLink/NVSwitch partition operations (NMX-C / NMX-M) on NVL72-class systems is a strong plus.

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