This specialization introduces you to building intelligent agentic AI systems using modern frameworks such as LangChain, LangGraph, and the Model Context Protocol (MCP). It is designed for developers and AI engineers who want to move beyond single-prompt interactions and build dependable, multi-step AI workflows. You’ll start with the foundations of Agentic AI, learning how agents reason, use tools, and manage context. You’ll then apply prompt engineering, context design, and LCEL workflows to build modular pipelines and intelligent agents. As you progress, you’ll design agents with memory, tools, and structured outputs, and build stateful and multi-agent systems capable of handling complex tasks. The specialization concludes with advanced agent architectures, observability, evaluation, and system-level integration. By the end of this specialization, you will be able to: Explain how intelligent agents are built using LangChain and LangGraph Apply tools, memory, and reasoning to design multi-step agent workflows Design stateful and multi-agent systems to solve complex use cases Evaluate and improve agent behavior using observability and feedback techniques This specialization is ideal for developers and AI engineers with basic Python experience who want hands-on skills in modern agent-based AI system design. Join us now and begin your journey to become an Agentic AI expert.
What you'll learn
Build intelligent agents using LangChain and LangGraph frameworks
Design multi-step AI workflows with tools, memory, and reasoning capabilities
Implement stateful and multi-agent systems for complex use cases
Apply observability and evaluation techniques to improve agent behavior
Use the Model Context Protocol (MCP) for agent context management
Create modular AI pipelines using LCEL workflows
Design agents with structured outputs and context management
Course objectives
Explain the foundations of how intelligent agents reason and manage context
Apply prompt engineering and context design to build AI workflows
Design agents with memory, tools, and structured outputs
Build stateful and multi-agent systems capable of handling complex tasks
Evaluate and improve agent behavior using observability and feedback techniques
Integrate advanced agent architectures into system-level applications