
In this introductory lecture, you'll learn what AI agents are, how they differ from traditional software, and how they operate using reasoning-action loops. We’ll explore the key types of agents, from simple reflex models to advanced learning systems, and discuss how they can work together to solve complex tasks. This foundational knowledge will help you approach agent design with the right mindset before diving into the technical implementation.
In this section, you will walk through the process of building your first AI agent using LangChain and LangGraph. Using a playful scenario involving a squirrel navigating hazards to retrieve a golden acorn, you will understand how to create nodes, define prompts, and structure a basic agent workflow. This foundational agent will prove how LLMs can assess context, make decisions, and generate actions within a minimal agentic system.
In this section, you will take your agent-building skills to the next level by implementing conditional logic within LangGraph. You'll learn how to structure workflows with branching paths, validate agent responses, handle retries, and generate dynamic reports. This lecture introduces key concepts like nodes, edges, and control flow to build more intelligent, fault-tolerant AI systems.
This section introduces Crew AI, a high-level framework for quickly setting up and managing AI agents. Students will learn how to define agents using structured roles, goals, and backstories, bind them to tools and language models, and organize their execution using tasks. By the end of the lesson, you’ll have created a working Crew AI agent and understand how Crew simplifies complex agent orchestration compared to low-level frameworks like LangChain.
In this final section, you will learn how to scale from a single-agent setup to a fully operational multi-agent system. You'll define specialized agents with distinct roles and toolkits, coordinate your tasks, and run them sequentially. The lecture also introduces real-world integration using Claude Desktop and the Model Context Protocol (MCP), showing how to connect agents with dynamic tools and external interfaces. By the end, learners will have a full view of how AI agents can collaborate and operate in more realistic, flexible environments.
Want to go beyond simple prompts and actually build AI agents that think, act, and collaborate?
This crash course teaches you how to design, build, and deploy intelligent agents using some of today’s most powerful tools: LangChain, LangGraph, and Crew AI.
What you will learn:
What AI agents are and how they work behind the scenes
How to create structured workflows using LangChain and LangGraph
How to build and manage multi-agent systems with Crew AI
How to give your agents real tools to work with - including search, logic, data handling
How to integrate agents into real environments using Model Context Protocol (MCP)
How to run agents in a client such as Claude Desktop
By the end of the course, you will be able to:
Build single-agent and multi-agent systems from scratch
Use decision trees, state machines, and retry logic to improve performance
Connect agents to external services and run them in production-ready setups
Understand and debug agent behavior using structured design and logging
Who is this for?
Developers looking to explore agentic workflows
Product managers working with AI teams
Anyone curious about building AI that does something, not just says something
No extra fluff. Just working code, hands-on demos, and practical agent design. Just for you!