RAG and MCP Fundamentals - A Hands-On Crash Course

RAG and MCP Fundamentals - A Hands-On Crash Course

freeCodeCamp.org via freeCodeCamp Direct link

- Course Overview: Building Integrated AI Systems

1 of 38

1 of 38

- Course Overview: Building Integrated AI Systems

Class Central Classrooms beta

YouTube videos curated by Class Central.

Classroom Contents

RAG and MCP Fundamentals - A Hands-On Crash Course

Automatically move to the next video in the Classroom when playback concludes

  1. 1 - Course Overview: Building Integrated AI Systems
  2. 2 - The Simplest Explanation of RAG
  3. 3 - Real-world Use Case: Internal Policy Chatbot
  4. 4 - Understanding Retrieval, Augmenting, and Generation
  5. 5 - When to use Prompt Engineering, Fine-Tuning, or RAG
  6. 6 - Solving Voice and Style with Fine-Tuning
  7. 7 - Why RAG is Best for Dynamic Factual Information
  8. 8 - Keyword Search Techniques: TF-IDF and BM25
  9. 9 - Hands-on Lab 1: Basic Search and Keyword Limitations
  10. 10 - Introduction to Semantic Search and Meaning
  11. 11 - Embedding Models: Parameter Size and Local vs. API Models
  12. 12 - How Embeddings Convert Text into Mathematical Vectors
  13. 13 - Vector Similarity and the Dot Product
  14. 14 - Hands-on Lab 2: Implementing Semantic Search with Embedding Models
  15. 15 - Scaling with Vector Databases: Chroma and Pinecone
  16. 16 - Indexing Algorithms: HNSW, IVF, and LSH
  17. 17 - Hands-on Lab 3: Initializing and Querying a Vector Database
  18. 18 - The Precision Problem: Why Document Chunking is Essential
  19. 19 - Chunking Strategies: Fixed-size, Overlap, and Boundary Rules
  20. 20 - Hands-on Lab 4: Document Chunking and Optimized Retrieval
  21. 21 - Bringing it All Together: The RAG Pipeline
  22. 22 - Hands-on Lab 5: Building a Complete End-to-End RAG Pipeline
  23. 23 - Production Concerns: Caching, Monitoring, and Error Handling
  24. 24 - Implementation Strategies for Query, Embedding, and LLM Caching
  25. 25 - Essential Metrics for Tracking RAG Performance
  26. 26 - Production Architecture: Microservices on Kubernetes
  27. 27 - Introduction to Model Context Protocol MCP
  28. 28 - The Role of AI Agents in Action-Oriented Systems
  29. 29 - Why We Need Standardized Tools for Third-Party Interactions
  30. 30 - MCP Architecture: Clients, Servers, and Local vs. Remote Hosting
  31. 31 - Hands-on Lab 6: Setting up the AI Assistant Environment
  32. 32 - Core MCP Components: Resources, Tools, and Prompts
  33. 33 - Understanding the MCP Specification and JSON-RPC Protocol
  34. 34 - Hands-on Lab 7: Connecting to and Using an Existing MCP Server
  35. 35 - Building a Custom MCP Server with the Python SDK
  36. 36 - Testing with the MCP Inspector
  37. 37 - Hands-on Lab 8: Developing Resources, Tools, and Prompts for MCP
  38. 38 - Building an MCP Client: Roots, Sampling, and Elicitation

Never Stop Learning.

Get personalized course recommendations, track subjects and courses with reminders, and more.

Someone learning on their laptop while sitting on the floor.