NVIDIA • NCP-AIO
Validates competency in monitoring, troubleshooting, and optimizing AI infrastructure across Base Command Manager, Slurm, Kubernetes, and system management tools.
Questions
1060
Duration
120 minutes
Passing Score
Not publicly disclosed
Difficulty
ProfessionalLast Updated
Jan 2026
The NVIDIA-Certified Professional: AI Operations (NCP-AIO) is a professional-level credential that validates a candidate's ability to install, administer, manage workloads, and troubleshoot NVIDIA-powered AI data center infrastructure at scale. The certification covers the full operational stack: Base Command Manager (BCM) for multi-tenant cluster administration, Slurm and Kubernetes for workload orchestration, DCGM for GPU telemetry, Multi-Instance GPU (MIG) configuration, NGC container deployments, and storage and fabric management. It demonstrates that the holder can operate NVIDIA-based AI clusters from initial deployment through ongoing day-to-day operations.
The credential is positioned as an intermediate-to-professional tier certification within NVIDIA's learning pathway, sitting above the associate-level NCA-AIIO. It is valid for two years from the date of issuance, after which recertification requires retaking the exam. Upon passing, candidates receive a Credly digital badge that is verifiable and searchable by recruiters and hiring managers, along with an optional printed certificate.
The NCP-AIO is designed for infrastructure and operations professionals who work hands-on with NVIDIA GPU-based AI clusters. Primary target roles include MLOps engineers, DevOps engineers, AI infrastructure engineers, cluster administrators, and network or storage administrators responsible for AI workloads. Solution architects and system architects who design or oversee NVIDIA-based deployments also benefit from this credential.
Candidates should have two to three years of operational experience working in a data center with NVIDIA hardware solutions. This certification is appropriate for professionals who are ready to move beyond associate-level knowledge and demonstrate production-grade operational expertise across compute, networking, storage, and containerized AI workloads.
NVIDIA recommends that candidates have two to three years of hands-on operational experience in a data center environment using NVIDIA hardware solutions. Candidates should be comfortable monitoring and managing the full scope of data center infrastructure components in support of AI workloads before attempting the exam. There are no formal prerequisite certifications required, but completing the associate-level NCA-AIIO (AI Infrastructure and Operations) certification or equivalent experience is a recommended stepping stone.
Familiarity with Linux system administration, containerization (Docker and Kubernetes), job scheduling concepts (Slurm), and GPU fundamentals is strongly advisable. Prior exposure to NVIDIA-specific tooling — including Base Command Manager, DCGM, NGC, and the GPU Operator — will be essential for exam success, as questions are scenario-based and assume real-world operational context.
The NCP-AIO exam consists of 70 to 75 questions delivered online in a remotely proctored environment via the Certiverse platform. The time limit is 120 minutes, and the exam is currently offered in English. Questions are scenario-based, presented as multiple-choice and multiple-select formats that test applied knowledge rather than rote memorization. The exam fee is $400.
The passing score is not publicly disclosed by NVIDIA. Certification is valid for two years; recertification is achieved by retaking the exam. Candidates who do not pass are subject to a 14-day waiting period before a retake, with a maximum of five attempts permitted within any 12-month window. Results are typically delivered within one business day and are expressed as pass or fail.
The NCP-AIO certification targets one of the fastest-growing operational roles in the industry: managing the GPU cluster infrastructure that powers large-scale AI training and inference. Job postings for HPC cluster administrators, MLOps engineers, and AI infrastructure engineers increasingly cite NVIDIA professional certifications as a strong differentiator, particularly for environments running Hopper- and Blackwell-generation GPUs with InfiniBand networking and BlueField DPUs. The Credly badge provides verifiable, recruiter-searchable proof of skills in a field where credentials are still relatively scarce.
MLOps and AI infrastructure engineering roles in the United States commonly command six-figure salaries. The NCP-AIO complements cloud-focused credentials (such as AWS or Azure ML certifications) by focusing on the on-premises and hybrid data center layer that cloud certifications do not cover. Compared to the associate-level NCA-AIIO, the professional-level NCP-AIO signals production-ready operational expertise and is appropriate for senior individual contributor and technical lead positions responsible for cluster reliability and performance.
5 sample questions with correct answers and explanations. Start a practice session to test yourself across all 1060 questions.
1. A data scientist needs to profile distributed training communication. Which tool shows communication patterns?
Explanation
Nsight Systems with NCCL tracing (NSYS_NCCL_TRACE) shows communication patterns including AllReduce timing, overlap with compute, and per-rank communication behavior.
2. A systems engineer needs to configure NIM for FP8 inference on Hopper GPUs. Which configuration is required?
Explanation
FP8 inference requires selecting a model profile built with FP8 quantization. NIM provides different profiles for different precision modes and GPU architectures.
3. A Kubernetes administrator needs to request a MIG device with memory extension capability. Which profile provides additional memory while maintaining minimal compute?
Explanation
The 1g.5gb+me profile provides media engines for video encoding/decoding in addition to compute. The +me suffix indicates media engine inclusion, not memory extension. Only one +me profile can exist per GPU.
4. Contoso needs to transfer data securely between the CPU and GPU in their H100 Confidential Computing environment. Which encryption standard is used by the DMA engine?
Explanation
The H100 GPU's DMA engine uses AES-GCM 256 encryption for transferring data between CPU and GPU in Confidential Computing mode. This authenticated encryption ensures both confidentiality and integrity of data crossing the PCIe bus. The hardware ensures data written outside the Compute Protected Region (CPR) is pre-encrypted, preventing data leakage. GCM mode provides authentication in addition to encryption.
5. An operations team needs to access the BCM management interface through a web browser. Which BCM component provides the graphical web-based management interface?
Explanation
Base View is the web-based graphical user interface (GUI) for BCM that allows administrators to manage the cluster through a browser. cmsh is the command-line shell, CMDaemon is the head node daemon, and cm-litedaemon runs on compute nodes. Base View provides visual monitoring, configuration, and management capabilities.
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