
Modern AI systems are no longer built by simply calling an LLM API.
In real companies, AI must retrieve knowledge from large document collections, reason across information, stay grounded, remain secure, and scale reliably under cost and latency constraints.
This is why Retrieval-Augmented Generation (RAG) has become the core architecture behind enterprise copilots, intelligent search systems, analytics assistants, and autonomous agents.
RAG Architect 2026 is a 4-week, in-depth live program focused on designing and building production-grade RAG systems the way they are implemented inside modern organizations.
The course emphasizes architecture, engineering decisions, trade-offs, evaluation, and production readiness — not surface-level demos or framework walkthroughs.
This program is designed for:
This course is ideal if you want to understand how RAG systems actually work in production, not just how to use a library.
By the end of the program, you will be able to:

Understand why RAG is the dominant enterprise AI architecture and how complete RAG systems are structured.
Learn how real-world documents (PDFs, reports, tables, scans) are processed for AI systems.
Design intelligent chunking strategies that preserve context and improve retrieval accuracy.
Build high-quality retrieval pipelines using hybrid search, ranking, and relevance tuning.
Transform user queries into effective retrieval plans using intent analysis and context construction.
Measure, analyze, and fix retrieval and generation failures using systematic evaluation methods.
Use entity relationships and structured knowledge for multi-hop reasoning.
Extend RAG systems to work with images, tables, and video-based knowledge.
Build RAG-powered agents that can reason, use tools, and maintain memory.
Apply security, cost optimization, monitoring, and scalability best practices.
Design and integrate a complete production-ready RAG system.
You will build a full enterprise-grade RAG platform that includes:
This capstone is portfolio-ready and aligned with real industry expectations.