AI applications have now evolved from basic Q&A tools into the era of AI Agents that can think autonomously, execute automatically, and operate in closed loops. However, most beginner learners commonly have cognitive blind spots: they cannot understand the underlying logic of how agents run autonomously and can only superficially apply tools; they are unclear about the core components of agents, so the programs they build have incomplete functions and cannot operate autonomously; faced with numerous AI development platforms, they do not know how to choose and cannot find tools that fit their own needs; they do not know how to build dedicated workflows and cannot achieve intelligent batch operations; and they do not understand low-code development, making it difficult to independently customize dedicated AI agents and implement personalized scenario applications.
\This AI Agent Full-Stage Practical Course focuses on integrated teaching of "mastering principles + platform selection + practical implementation + independent development." It breaks down the core logic and underlying architecture of AI agents from scratch, focuses on hands-on practice with mainstream platforms and the core gameplay of Coze, and balances zero-foundation entry with advanced development. Without a deep programming background, you can master the full set of capabilities for agent building, task assignment, workflow deployment, and low-code development, and easily implement various AI automation application scenarios.
\The course progresses layer by layer from introductory awareness, platform operations, and practical cases to low-code development, and is suitable for zero-foundation AI enthusiasts, workplace efficiency seekers, and side-hustle entrepreneurs. After completing it, you will have multidimensional abilities including a deep understanding of the underlying logic of Agents, accurate platform selection, proficient building of Coze agents, deployment of automated workflows, and independent development of customized tools, truly achieving a complete closed loop from cognition to implementation.
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