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Duration 21 hours
Course Outline
Introduction to LLM Agent Systems
- Concepts of LLM agents and multi-agent architecture
- Overview of the AutoGen framework and its ecosystem
- Agent roles: user proxy, assistant, function caller, and others
Setting Up AutoGen
- Configuring the Python environment and necessary dependencies
- Basics of AutoGen configuration files
- Integrating with LLM providers such as OpenAI, Azure, and local models
Agent Design and Role Definition
- Exploring agent types and conversation patterns
- Establishing agent goals, prompts, and directives
- Implementing role-based task delegation and control flow
Function Calling and Tool Integration
- Registering functions for agent utilization
- Executing functions autonomously and collaboratively
- Linking external APIs and Python scripts to agents
Conversation Management and Memory
- Tracking sessions and maintaining persistent memory
- Handling agent-to-agent messaging and tokens
- Managing 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 in production environments
Summary and Next Steps
Requirements
- Proficiency in Python programming
- Knowledge of large language models and prompt engineering
- Hands-on experience with APIs and automation workflows
Intended Audience
- AI engineers
- ML developers
- Automation architects
Testimonials (1)
I liked that he constantly provided examples but also offered time for individual work on what he presented.