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About Course

Master GPU-powered AI infrastructure design, orchestration, security, and scalability with SoAI NCP-AII.
 

The SoAI-Certified Professional: AI Infrastructure (NCP-AII) course is designed for advanced professionals who want to master GPU-powered infrastructure for large-scale AI workloads. As AI models grow in complexity, success depends not just on algorithms, but on the ability to design, optimize, and secure the AI infrastructure that powers them. This certification prepares you to build, manage, and scale cutting-edge environments that deliver performance, efficiency, and enterprise readiness.

You’ll begin with the foundations of AI infrastructure, exploring the critical role of GPUsDPUs, and CPUs, and how they combine to accelerate machine learning (ML) and deep learning (DL) pipelines. From understanding CUDA programmingNGC (NVIDIA GPU Cloud) resources, and the Triton Inference Server, you’ll build a strong grounding in the NVIDIA ecosystem that underpins modern AI.

Next, the course dives into GPU resource management and virtualization, where you’ll gain hands-on experience with MIG (Multi-Instance GPU) configurationGPU sharing and isolation, and virtual GPU (vGPU) setup. You’ll also learn how to integrate GPU workloads into Kubernetes clusters, ensuring efficient scheduling and scalability across multi-tenant environments.

The curriculum then addresses storage, networking, and data pipelines, covering high-speed interconnects like NVLinkInfiniband, and RDMA, as well as strategies for eliminating data movement bottlenecks. You’ll design end-to-end AI pipelines that handle ETL, training, and inference, ensuring seamless flow from raw data to production deployment.

Building on this, you’ll explore cluster orchestration and scalability, leveraging KubernetesHelmOperators, and Kubeflow to orchestrate multi-GPU workloads. You’ll examine on-premises, cloud, and hybrid cluster topologies, enabling you to deploy flexible solutions tailored to enterprise needs.

Performance optimization is another core focus. You’ll learn how to profile GPU workloads using NsightDLProf, and nvtop, monitor GPU metrics, and apply TensorRT optimization to accelerate inference. The course emphasizes identifying bottlenecks, tuning systems, and ensuring workloads run at maximum efficiency.

Security and compliance are critical in enterprise AI. You’ll implement workload security policies, configure role-based access control (RBAC), and integrate DPUs with DOCA for advanced encryption and network isolation. You’ll also learn how to align infrastructure with GDPR, HIPAA, and FedRAMP standards, ensuring compliance for sensitive industries like healthcare and finance.

The course extends to edge AI infrastructure, with modules on NVIDIA Jetson and Orin devicesfederated learning, and industrial IoT deployments. You’ll then master model deployment at scale using NGC and the Triton Inference Server, covering multi-framework serving, load balancing, and high-availability design.

Finally, real-world case studies and a capstone project let you design and present a full AI infrastructure architecture that meets enterprise requirements. Through labs, mock exams, and flashcards, you’ll be fully prepared for the NCP-AII certification exam.

By completing this program, you will gain the skills to architect, optimize, and secure enterprise-grade AI infrastructure that supports tomorrow’s most demanding workloads. This certification sets you apart as a leader in AI infrastructure engineering.

Who this course is for:

  • AI Engineers & Data Scientists who need to scale their training and inference pipelines on high-performance NVIDIA GPUs.
  • System Administrators & DevOps Engineers responsible for managing GPU clusters, Kubernetes workloads, and monitoring performance.
  • Cloud Architects & Infrastructure Specialists designing hybrid, cloud, or edge AI infrastructure solutions.
  • IT Managers & Technical Leaders seeking to ensure security, compliance, and efficiency in enterprise AI deployments.
  • Professionals preparing for the NVIDIA-Certified Professional: AI Infrastructure (NCP-AII) credential to validate their skills.

 
 
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Course Content

Nvidia Certified Professional AI Infrastructure (NCP-AII) – Team Cloudbrewery

  • Episode 1: AI vs Machine Learning vs Deep Learning (Explained Simply)
    00:00
  • Episode 2: Why Deep Learning Took Over Artificial Intelligence
    00:00
  • Episode 3: Training vs Inference
    00:00
  • Episode 4: Core AI Terminology for Infrastructure: Models, Datasets, Parameters, Epochs
  • Episode 5: What Is a GPU, Really?
    00:00
  • Episode 6: GPU Cores, Memory, and Why “More GPUs” Isn’t Always the Answer
    00:00
  • Episode 7: GPU Clusters — From One GPU to Many
    00:00
  • Episode 8: Networking for GPU Clusters — Why Speed and Latency Matter
    00:00
  • Episode 9: Storage for AI — Why Data Speed Matters as Much as Compute
    00:00
  • Episode 10: Common AI Workloads: Computer Vision, NLP, LLMs, and Recommendation Systems
    00:00
  • Episode 11: Batch vs Real-Time AI Workloads
    00:00
  • Episode 12: Data Pipelines in AI Systems — How Data Actually Flows
    00:00
  • Episode 13: Enterprise AI Use Cases Across Industries
    00:00
  • Episode 14: Overview of the NVIDIA AI Software Stack
    00:00
  • Episode 15: CUDA Explained for Infrastructure Professionals
    00:00
  • Episode 16: NVIDIA NGC Containers & AI Frameworks
    00:00
  • Episode 17: TensorRT & Inference Optimization
    00:00
  • Episode 18: NVIDIA Base Command & AI Platform Management
    00:00
  • Episode 19: AI Data Centers vs Traditional Data Centers
    00:00
  • Episode 20: High-Density GPU Systems — DGX Overview
    00:00
  • Episode 21: Power, Cooling, and Space Constraints in AI Data Centers
    00:00
  • Episode 22: Scaling AI Infrastructure — Scale-Up vs Scale-Out
    00:00
  • Episode 23: East-West Traffic in AI Clusters
    00:00
  • Episode 24: Ethernet vs InfiniBand for AI
    00:00
  • Episode 25: RDMA and Low-Latency Networking Concepts
    00:00
  • Episode 26: Networking Bottlenecks in AI Training
    00:00
  • Episode 27: Storage Requirements for AI Training
    00:00
  • Episode 28: Data Throughput vs IOPS — Understanding the Difference
    00:00
  • Episode 29: Model Artifacts and Checkpoints
    00:00
  • Episode 30: GPUDirect Storage (Conceptual)
    00:00
  • Episode 31: Bare Metal vs Virtualized GPUs
    00:00
  • Episode 32: NVIDIA MIG Explained
    00:00
  • Episode 33: How One GPU Can Power Multiple Virtual Machines vGPU Explained
    00:00
  • Episode 34: Bare Metal vs MIG vs vGPU How AI Infrastructure Shares GPUs
    00:00
  • Episode 35: Cloud vs On-Prem AI Infrastructure: Which Should You Choose?
    00:00
  • Episode 36: Hybrid AI Architecture Explained When to Use Cloud and On Prem Together
    00:00
  • Episode 37: AI Cluster Management Explained – How GPUs and Jobs Are Scheduled
    00:00
  • Episode 38: Kubernetes Explained: How AI Workloads Are Deployed and Scaled
    00:00
  • Episode 38: Kubernetes Explained: How AI Workloads Are Deployed and Scaled
    00:00
  • Episode 39: Slurm vs Kubernetes – Which One Runs Al Workloads Better
    00:00
  • Episode 40: How AI Clusters Decide Who Gets the GPU
    00:00
  • Episode 41: How to Tell If Your GPUs Are Being Wasted
  • Episode 42: Low GPU Usage? It’s Probably Not the GPU (Here’s Why)
    00:00
  • Episode 43: Which AI Metric Matters? Throughput vs GPU Utilisation
    00:00
  • Episode 44: Metric Exam Traps – Which AI Metric Actually Reflects Success?
    00:00
  • Episode 45: Why Running AI Systems is Harder Than You Think
    00:00
  • Episode 46: How to Plan AI Infrastructure Capacity Without Wasting Money
    00:00
  • Episode 47: What Happens When AI Systems Fail (Reliability & Failover Explained)
    00:00

NCP-AII Exam Simulator

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