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 Duration 14 hours

Course Outline

Review of Core AutoGen Concepts

  • Defining agents and groups
  • Function calling and role chaining
  • Identifying limitations of built-in agents and the need for customization

Developing Custom Agents with Python

  • Defining agent behavior through user_proxy and AssistantAgent subclasses
  • Injecting role-specific logic and decision-making capabilities
  • Creating reusable agent modules and mixins

Advanced Tool Integration and Routing

  • Tool registration, binding, and invocation processes
  • Conditionally routing inputs to designated tools
  • Managing multi-step toolchains and composite actions

Planning and Context Management

  • Designing task decomposers and intermediate planners
  • Maintaining context continuity across chained agents
  • Implementing scoped memory for long-running sessions

Error Handling and Recovery Strategies

  • Detecting and managing failed or incomplete interactions
  • Implementing agent-triggered retries and fallback logic
  • Logging, debugging, and validating responses

Multi-Agent Collaboration with Custom Roles

  • Coordinating specialists within dynamic agent groups
  • Orchestrating reasoning loops and cooperative workflows
  • Balancing role separation vs. role blending in task assignments

Real-World Deployment Strategies

  • Optimizing performance and cost efficiency (token usage, caching)
  • Integrating AutoGen workflows into web applications or pipelines
  • Enhancing security, observability, and user feedback loops

Summary and Next Steps

Requirements

  • Proficiency in Python programming
  • Experience in building LLM-based applications
  • Familiarity with function calling and multi-agent system design

Target Audience

  • Senior developers
  • Platform engineers
  • AI architects

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