The course is structured around three engineering pillars—decomposition, data, and evaluation—giving practitioners a curriculum-level map of what production agent work actually demands beyond prompt tinkering. Developers and ML engineers building agents can use the free lecture notes as a self-study path, especially the coverage of DSPy, MCP and memory architectures. Its critical reading list, including 'Why Do Multi-Agent LLM Systems Fail?', offers a rare sceptical counterweight to agent hype.
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10月15日
Stanford Opens CS 329Z Engineering AI Agents Course Materials
10月13日
Chinese content斯坦福 CS 329Z 智能体工程课程讲义公开:第 6 讲聚焦 Agent 设计模式
斯坦福这门智能体工程课的第 6 讲讲义放出来了,把 workflow 五种模式、ReAct、上下文管理讲得特别清楚,最后还用 Pi 这个极简脚手架做验证,做 Agent 的可以照着学。
10月8日
Chinese content斯坦福 CS 329Z 智能体工程课讲义公开,新增 Tool Use 等讲次
斯坦福的智能体工程课讲义全公开了,第 4、5 讲讲工具调用和框架编排,做 Agent 的可以免费白嫖看讲义。
10月4日
Stanford AI Agents Course
This course bridges the gap between theoretical AI models and practical system engineering, addressing three core challenges: decomposition, data, and evaluation. Developers and engineers in Southeast Asia can access these materials to build more robust AI systems, with particular focus on frameworks like DSPy and tools like MCP that are becoming industry standards.
9月3日
Stanford AI Agents Engineering Course
The course addresses practical engineering challenges for building AI systems, relevant to developers in ASEAN working on agent-based applications.