Course Description

Operationalize the complete life cycle of modern AI applications at scale by using Red Hat OpenShift AI.

Developing and Deploying AI/ML Applications on Red Hat OpenShift AI (AI267) provides students with the fundamental knowledge to manage the complete life cycle of modern AI applications. This course helps students build core skills for using Red Hat OpenShift AI to efficiently train, test, deploy, and monitor both predictive and generative AI models at scale.

This course is based on Red Hat OpenShift ^® 4.18, and Red Hat OpenShift AI 2.25.

Course content summary

• Introduction to Red Hat OpenShift AI
• Using Workbenches for AI/ML Development
• Fundamentals of Model Serving
• Serving Generative and Predictive AI Models
• Monitoring AI Models
• Introduction to Data Science Pipelines
• Advanced Kubeflow Pipelines Development and Experiments
• GenAI Model Selection, Optimization, and Evaluation
• Building GenAI Applications

Outline for this course

Introduction to Red Hat OpenShift AI
Identify how Red Hat OpenShift AI provides a complete MLOps and GenAIOps platform and how to use it to configure data science projects for team collaboration.

Using Workbenches for AI/ML Development
Use workbench environments for AI/ML development and connect them to data sources and stores.

Fundamentals of Model Serving
Prepare, deploy, and serve models by using OpenShift AI model serving capabilities.

Serving Generative and Predictive AI Models
Deploy and serve AI models with specific runtimes, including OpenVINO for predictive models and vLLM for large language models.

Monitoring AI Models
Monitor deployed models for bias, data drift, and performance by using TrustyAI and observability tools to ensure reliable and ethical AI performance in production.

Introduction to Data Science Pipelines
Create and manage basic data science pipelines by using Elyra and Kubeflow SDK to automate fundamental AI/ML workflows.

Advanced Kubeflow Pipelines Development and Experiments
Implement advanced pipeline features including container components, artifacts management, Kubernetes configuration, and systematic experimentation for production MLOps workflows.

GenAI Model Selection, Optimization, and Evaluation
Systematically select, optimize, and evaluate large language models by using RHOAI's model catalog, compression techniques, and evaluation frameworks.

Building GenAI Applications
Build production-ready GenAI applications by using industry patterns including RAG, agentic workflows, and trustworthy AI practices, and move beyond basic model serving to ship complete intelligent solutions.

Target Audience

• ML Engineers responsible for handling the operational tasks of the MLOps/LLMOps lifecycle, such as deployment, automation, and monitoring.
• Data Scientists who train, deploy, and track their own models.

Recommended training

• Take our free assessment to gauge whether this offering is the best fit for your skills.
• A basic understanding of machine learning principles and workflows.
• A basic understanding of Generative AI and Large Language Models (LLMs).
• Basic experience with Git is required
• Experience in Python development is required, or completion of the Python Programming with Red Hat (AD141) course
• Experience in Red Hat OpenShift is required, or completion of the Red Hat OpenShift Developer II: Building and Deploying Cloud-native Applications (DO288) course
  
  

Technology considerations

• For virtual, self-paced, and classroom learners:
  • Internet access is required
  • Labs are performed in Red Hat's Online Learning Environment
  • For classroom learners, Red Hat may make available in the future a locally installed classroom environment as an alternative.