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 Duration 21 hours

Course Outline

Foundations of Large Language Model (LLM) Agent Frameworks

  • Core concepts of LLM agents and multi-agent system architectures
  • Overview of the AutoGen framework and its operational ecosystem
  • Functional agent roles: user proxy, assistant, function caller, and specialized variants

Installation and Environment Configuration for AutoGen

  • Establishing the Python runtime environment and managing dependencies
  • Basics of AutoGen configuration file management
  • Integrating with LLM providers, including OpenAI, Azure, and local model instances

Agent Architecture and Role Definition

  • Analysis of agent typologies and conversational interaction patterns
  • Specification of agent objectives, instructional prompts, and behavioral guidelines
  • Role-based task delegation strategies and control flow management

Function Invocation and External Tool Integration

  • Registration of executable functions for agent utilization
  • Execution of autonomous and collaborative function calls
  • Integration of external APIs and Python scripting interfaces into agent workflows

Session Governance and Contextual Memory Management

  • Implementation of session tracking and persistent memory structures
  • Inter-agent messaging protocols and token management procedures
  • Administration of conversation context and historical data retention

Implementation of Comprehensive Agent Workflows

  • Construction of multi-stage collaborative processes, such as document analysis and code review
  • Simulation of user-agent interactions and sequential decision-making chains
  • Performance debugging, optimization, and refinement of agent systems

Operational Use Cases and Production Deployment

  • Internal automation applications: research synthesis, reporting, and scripting
  • External service integrations: chat interfaces and voice-enabled assistants
  • Packaging strategies and deployment procedures for production-grade agent systems

Concluding Overview and Subsequent Development Paths

Requirements

  • Proficiency in Python programming principles
  • Working knowledge of large language models and prompt engineering techniques
  • Practical experience with API interactions and automation workflow design

Target Audience

  • AI Engineers
  • Machine Learning Developers
  • Automation Architects

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