
Learn to build a modern retrieval augmented generation solution on Azure, grounding a reliable AI assistant in your documents and data using no-code tools or a developer SDK.
Explore RAG, the retrieval augmented generation framework, and learn how retrieval plus generation grounds LLM outputs with external data, reducing hallucinations and delivering up-to-date, trustworthy answers.
Compare rag and llm solutions through real world examples to show how retrieval augmented generation bases its answers on company data, reducing hallucinations and delivering policy-accurate results.
Explore the Azure AI services powering LM solutions, including Azure AI Search for indexing and vector databases, and Azure OpenAI, Azure AI Foundry, and Copilot Studio for agents and chatbots.
Explore Azure AI search, formerly Azure Cognitive Search, an enterprise-grade cloud search engine enabling full-text, semantic, and vector search with embeddings for RAG applications, with secure ingestion and indexing.
Explore how Azure OpenAI securely delivers OpenAI models like GPT-4 and DALL-E within the Azure ecosystem, enabling enterprise-grade access control, security, compliance, and retrieval-augmented generation workflows.
Explore how Microsoft Copilot Studio enables non-developers to build intelligent copilots with low-code tools, and connect to data sources for retrieval augmented generation.
Explore Azure AI Foundry, a no-code/low-code platform for building AI apps with a visual prompt flow, vector indexing, and Azure search.
Choose Copilot Studio or AI Foundry by aligning business requirements with data integration, embeddings, and indexing needs, using AI search as the retriever and OpenAI as the generator.
Explore llm applications architecture, focusing on retrieval and generation, rag, vector databases, and embedding to enrich context and improve response quality.
Explore the basic Azure AI Foundry chat reference architecture, where a user uses a secure chatbot on App Service, a Microsoft-hosted Foundry agent, and retrieval via Azure AI Search.
Review the baseline Azure AI Foundry chat reference architecture, focusing on enterprise security, private endpoints, retrieval via Azure AI Search, and memory with Cosmos DB for scalable bot orchestration.
Outline the baseline Azure AI foundry chat reference architecture inside an Azure landing zone, highlighting application and platform landing zones, hub-spoke networking, and centralized security, policies, and monitoring.
Convert call audio to text using azure speech to text. Redact with azure ai language and analyze with azure openai, storing results in blob storage.
Automate pdf forms processing with Azure AI Document Intelligence and Logic Apps triggered by email attachments, dividing multi-page forms and storing results in Cosmos DB for Power BI visualization.
Open the Azure AI Foundry site, click create an agent, name the project and resource group, review privacy policies in Azure Portal, and set the region (Sweden Central) before creating.
Deploy a GPT-4 model in Azure AI Foundry, review its capabilities, and choose a deployment type—global provisioned throughput, data zone provisioned throughput, or regional provisioned throughput—while monitoring tokens per minute.
Add knowledge to your agent by uploading files or using Azure AI search, then test the updated knowledge base and observe memory and references as you expand data.
Test and tune an agent that ingests documents to answer questions, select models, set instructions, and control output with temperature and entropy in the playground.
Architecting LLM Apps on Azure: RAG, Agents, and Real-World GenAI Solutions
This course gives you a practical, architecture-focused pathway to master Retrieval-Augmented Generation (RAG) and architect advanced LLM applications on Azure’s AI ecosystem. Whether you're a developer, architect, or product manager, this course helps you design context-aware AI systems that are secure, scalable, and enterprise-ready.
RAG ARCHITECTURE AS THE CORE AI PATTERN
Unlike general LLM courses, this program is laser-focused on Retrieval-Augmented Generation as a modern architecture pattern. You’ll understand:
Why RAG is essential to combat hallucinations
How it grounds responses using enterprise data
How to integrate Azure services like Azure AI Search, Azure OpenAI, and vector databases into the pipeline
FROM CONCEPTS TO PRODUCTION-READY DEPLOYMENT
We begin with the fundamentals of LLMs—what they are good at, where they fail, and how RAG bridges the gap. But this course goes much further.
You will learn:
Key LLM application architecture concepts on Azure
The differences between LLM apps and RAG solutions
How to extend LLM apps into agentic architectures by incorporating tools and dynamic data sources
CHOOSING THE RIGHT AZURE TOOLS: AI FOUNDRY VS. COPILOT STUDIO
A major highlight of the course is understanding when and how to use Azure’s no-code and low-code tools effectively:
Copilot Studio for business-led rapid prototyping
Azure AI Foundry for technical teams needing modular, configurable RAG/agent solutions
We explore when to choose each tool based on business needs, team skills, and deployment requirements.
LLM APPLICATIONS ARCHITECTURE ON AZURE – DEEP DIVE
We dive deep into Azure-based reference architectures, including:
Basic Azure AI Foundry chat reference architecture
Baseline Azure AI Foundry reference within Azure Landing Zone
Detailed breakdown of two practical architectures:
Extract and Analyze Call Center Data
Automate PDF Forms Processing
These references equip you to reuse, adapt, and design your own LLM solutions with clarity and alignment to enterprise patterns.
LAB: BUILD A RAG SOLUTION ON AZURE AI FOUNDRY
Hands-on learning culminates in an applied lab:
Set up an AI Foundry project
Deploy a model and create an intelligent agent
Upload documents and build a retrieval layer
Add knowledge and review agent features