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 Duration 21 hours

Course Outline

Introduction to LLM Agent Systems

  • Foundations of LLM agents and multi-agent architecture.
  • An overview of the AutoGen framework and its ecosystem.
  • Exploring agent roles: user proxy, assistant, function caller, and others.

Installation and AutoGen Configuration

  • Establishing the Python environment and installing dependencies.
  • Basics of AutoGen configuration files.
  • Connecting to LLM providers such as OpenAI, Azure, or local models.

Agent Design and Role Assignment

  • Understanding agent types and effective conversation patterns.
  • Setting agent goals, prompts, and operational instructions.
  • Implementing role-based task delegation and control flows.

Function Calling and Tool Integration

  • Registering functions for agent access.
  • Managing autonomous and collaborative function execution.
  • Integrating external APIs and Python scripts into agent workflows.

Conversation Management and Memory

  • Session tracking and persistent memory implementation.
  • Agent-to-agent messaging and token management.
  • Controlling conversation context and history.

End-to-End Agent Workflows

  • Constructing multi-step collaborative tasks (e.g., document analysis, code review).
  • Simulating user-agent dialogues and decision chains.
  • Debugging and optimizing agent performance.

Use Cases and Deployment

  • Internal automation agents for research, reporting, and scripting.
  • External-facing bots, including chat assistants and voice integrations.
  • Packaging and deploying agent systems for production environments.

Summary and Next Steps

Requirements

  • Solid command of Python programming.
  • Working knowledge of large language models and prompt engineering techniques.
  • Practical experience with API integration and automation workflows.

Target Audience

  • AI Engineers
  • Machine Learning Developers
  • Automation Architects

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