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Schema-Aware Retrieval for RAG Systems

Price

$600

Duration

4 Weeks

About the Course

The Schema-Aware Retrieval for RAG Systems course is designed for developers and AI engineers who want to build production-grade retrieval systems capable of handling real-world data complexity.


Most Retrieval-Augmented Generation (RAG) pipelines assume that all data can be treated as plain text. This assumption breaks down immediately when users ask structured queries like:


👉 “Show me all high-priority billing issues from last month”


Traditional vector search cannot:

  • Apply filters like date ranges

  • Understand structured attributes

  • Distinguish between categorical fields and text


This course solves that problem by teaching you how to build schema-aware retrieval systems — systems that understand your data structure before performing semantic search.


You will learn how to:

  • Analyze and interpret schemas from different data sources

  • Design chunking strategies that preserve structured metadata

  • Build multiple types of indexes (hash, inverted, range, vector)

  • Parse natural language queries into structured filters

  • Combine structured filtering with semantic retrieval

  • Design fallback strategies for edge cases


By the end of the course, you will build a complete query engine from scratch that:

  • Handles both structured and unstructured queries

  • Applies filters accurately

  • Performs semantic search when needed

  • Degrades gracefully when data is incomplete


This course focuses on real-world system design, making it highly valuable for production AI applications. 




What You Will Learn

  • Why vector search fails for structured queries

  • How to extract and understand schemas from real data sources

  • Schema-aware chunking strategies for better embeddings

  • Building multi-index retrieval systems

  • Query parsing using regex and LLM-based approaches

  • Hybrid retrieval strategies combining filters + embeddings

  • Designing fallback mechanisms for edge cases

  • Evaluating retrieval systems using precision and recall



Tools & Technologies

  • Python

  • Jupyter Notebook / Google Colab

  • Vector Embeddings

  • BM25 (Lexical Search)

  • Claude API (for query parsing)

  • Multi-index Retrieval Systems

  • JSON, SQL, CSV Data Processing



Who Should Enroll

  • RAG developers facing limitations with vector search

  • AI engineers building data-driven applications

  • Backend developers working with structured databases

  • Data engineers integrating AI with real-world systems

  • Developers building enterprise AI search systems

  • Anyone serious about production-level AI engineering



Prerequisites

  • Strong Python fundamentals

  • Basic understanding of embeddings and cosine similarity

  • Familiarity with JSON and structured data

  • Optional: basic SQL knowledge




Real-World Use Cases

  • Enterprise knowledge systems with filters

  • AI-powered analytics dashboards

  • Customer support systems with structured data

  • Financial and billing data retrieval systems

  • Legal and compliance document search

  • SaaS platforms with complex query handling

Your Instructor

Codersarts Team

Codersarts Team
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