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Course Outline

Introduction to AI-Augmented SQL

  • Overview of AI integration within data systems
  • The transition from traditional SQL to AI-assisted querying
  • Key enterprise use cases and associated benefits

Understanding LLMs in SQL Context

  • Mechanisms by which LLMs interpret and generate structured queries
  • Comparative analysis of GPT, LlaMA, DeepSeek, Qwen, and Mistral for SQL applications
  • Strategies for fine-tuning models for database interaction

Natural Language to SQL (NL2SQL) Systems

  • Architectural approaches for NL2SQL implementation
  • Construction and deployment of text-to-SQL pipelines
  • Assessing query accuracy and aligning with user intent

AI-Assisted Query Optimization

  • Leveraging AI to identify and rectify inefficient queries
  • Employing LLM-based query rewriting to enhance performance
  • Incorporating AI optimization into PostgreSQL and SQL Server environments

Security, Governance, and Auditability

  • Managing access controls for AI-generated queries
  • Ensuring system explainability and regulatory compliance
  • Implementing AI governance frameworks in enterprise data systems

LLM Integration and Orchestration

  • Establishing connections between SQL engines and AI APIs
  • Utilizing frameworks such as LangChain and LlamaIndex
  • Deploying AI components across hybrid and cloud architectures

Practical Implementation Labs

  • Configuring AI-SQL connections and setting up test environments
  • Generating and evaluating AI-created queries
  • Quantifying performance gains achieved through AI optimization

Future Trends and Enterprise Adoption Strategies

  • Exploring AI-native database systems and the evolution of SQL
  • Integrating with data lakes, BI tools, and data pipelines
  • Developing internal AI query assistants for organizational use

Summary and Next Steps

Requirements

  • Fundamental understanding of SQL concepts
  • Practical experience in database administration or data engineering
  • Basic familiarity with AI or machine learning principles

Target Audience

  • Data engineers and database administrators
  • Enterprise architects and analytics leads
  • Teams focused on AI integration and platform engineering
 21 Hours

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