Flagship hands-on RAG course
Building Production RAG Systems using Azure AI Search
A practical workshop for teams that need retrieval quality, grounded answers, citation discipline, security controls and operational reliability from their enterprise RAG systems.
Retrieval-augmented generation is easy to prototype and hard to operate. A demo that answers questions from a small PDF set becomes a different beast when it must serve real documents at scale: chunking decisions that silently break retrieval, embeddings that drift from the corpus, answers that sound confident but are not grounded, citations that point at the wrong source, and no way to tell whether the system is getting better or worse after deployment. This workshop exists to close that gap — turning RAG from a weekend proof of concept into a measured, auditable production capability.
Over two days you work through the full RAG lifecycle on Azure. You start with fundamentals — when retrieval beats fine-tuning, how grounding and citations work — then build the data ingestion pipeline: parsing source systems, chunking with the right sizes and metadata, and a refresh strategy that keeps indexes current. You configure Azure AI Search with analyzers, vector and hybrid search, scoring and filters; choose embeddings and reranking for measurable retrieval quality; and design the application layer with prompt assembly, citations, fallback behaviour, authorization and sensible UX boundaries. The course ends where production begins: evaluation with golden datasets, relevance tests, monitoring, cost control and data freshness — the discipline that lets you prove the system works and keep it working.
You leave with a RAG system that has been designed, built and evaluated — not just discussed — plus the evaluation datasets, monitoring templates and operational runbooks to keep it honest after the workshop ends. The course suits developers, data engineers and AI teams who are already experimenting with RAG and want to move it into production responsibly, and the technical leads who will own retrieval quality and answer for the system's behaviour. By the final day you will be able to articulate why a RAG answer is (or is not) trustworthy, prove it with relevance metrics, and defend the architecture choices — chunking, embeddings, search and evaluation — to your stakeholders.
RAG Implementation Outcomes
Participants learn how to design a RAG pipeline, tune retrieval, assemble prompts safely, measure answer quality and prepare the system for production use.
Build retrieval pipelines
Plan ingestion, parsing, chunking, metadata, refresh strategy and enterprise source integration.
Tune search quality
Use indexes, analyzers, vector search, hybrid search, scoring, filters and reranking decisions.
Evaluate and operate
Create golden datasets, relevance tests, monitoring, cost controls and security review criteria.
Course Modules
RAG fundamentals
Retrieval vs fine-tuning, grounding, citations and use-case fit.
Data ingestion
Source systems, parsing, chunking, metadata and refresh strategy.
Azure AI Search
Indexes, analyzers, vector search, hybrid search, scoring and filters.
Embeddings and retrieval quality
Embedding choice, chunk size, overlap, metadata filters and reranking.
Application layer
Prompt assembly, citations, fallback, authorization and user experience boundaries.
Evaluation and operations
Golden datasets, relevance tests, monitoring, cost and data freshness.
Capstone
Build a RAG prototype design for enterprise documents and create a production hardening plan for quality, security and operations.
Included templates
- RAG architecture diagram
- Chunking and metadata strategy
- Retrieval tuning checklist
- RAG evaluation plan
Train Your Team To Build RAG Properly
Share your document types, search stack and target users. We can tailor labs around Azure AI Search, Azure OpenAI, internal knowledge bases and quality evaluation.