Azure for Developers: Retrieval-Augmented Generation (RAG) with Azure AI

Azure for Developers: Retrieval-Augmented Generation (RAG) with Azure AI

1h 55mIntermediate2025-01-30

Authors

Ziggy Zulueta

Ziggy Zulueta

Course details

In this course, Ziggy Zulueta—a Microsoft AI Most Valuable Professional and Certified Trainer—uses examples and practical applications to show you how to leverage Python with Azure Open AI, Cosmos DB, and AI Search to create cutting-edge Retrieval-Augmented Generation (RAG) solutions for enhanced data precision. Dive into RAG fundamentals, Python-based implementations, and performance evaluation methods. Learn how to set up Azure resources, create data indexes, apply skill sets for data enhancement, and automate the indexing process. Explore the importance of vector databases, tokenization, embeddings, and how they facilitate effective data retrieval and augmentation. Evaluate your RAG solutions to ensure accuracy, relevance, and safety. By the end of this course, you will be equipped to develop sophisticated RAG solutions that deliver precise and relevant insights tailored to your business needs.

Learning objectives
Understand what RAG is and what the different components and steps are.
Create a RAG application using Azure AI Search, Azure Cosmos DB and Azure OpenAI.
Evaluate a RAG application using the Azure AI Evaluation SDK.

Skills covered

Azure AI ServicesNatural Language Processing (NLP)Machine LearningGenerative AISoftware Development ToolsArtificial Intelligence (AI)MicrosoftSoftware DevelopmentDeep Dive (X:Y)

Concepts

Introduction

  • Intro to RAG with Azure AI
  • Course prerequisites

RAG Core Concepts

  • Fundamental concepts of RAG
  • RAG process and architecture
  • Vector databases
  • Azure OpenAI embeddings model
  • Creating a RAG solution with Azure AI Foundry

Azure AI Search

  • RAG using Azure AI Search
  • Preparing your resources for RAG
  • Creating a search index
  • Creating a data source
  • Creating a skillset and indexer
  • Querying your data
  • Azure AI Search - Import and vectorize data
  • Sending query results to a language model
  • Other approaches
  • Challenge - Create a RAG solution using Azure AI Search
  • Solution - Create a RAG solution using Azure AI Search

Azure Cosmos DB

  • RAG using Azure Cosmos DB
  • Creating Azure Cosmos DB resource
  • Set up Azure Cosmos DB for RAG
  • Challenge - Create a RAG solution using Azure Cosmos DB
  • Solution - Create a RAG solution using Azure Cosmos DB

Evaluating RAG

  • Evaluation metrics in generative AI
  • Preparing your evaluation dataset
  • Evaluate with the Azure AI Evaluation SDK
  • Challenge - Evaluating a RAG application
  • Solution - Evaluating a RAG application

Conclusion

  • Summary and next steps
40,000 Toman