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Bharath Thippireddy

Are you ready to go beyond simple LLM apps and build powerful, stateful, and agentic workflows using LangGraph?

In this beginner-friendly course, you’ll master LangGraph, an open-source library built on top of LangChain, designed for orchestrating multi-agent applications using a graph-based architecture. Whether you’re building intelligent agents, dynamic RAG pipelines, or real-world enterprise solutions, this course gives you the solid foundation you need.

What You’ll Learn

• What LangGraph is and how it fits into the GenAI ecosystem

• Build your first LangGraph workflow using a state machine

Read more

Are you ready to go beyond simple LLM apps and build powerful, stateful, and agentic workflows using LangGraph?

In this beginner-friendly course, you’ll master LangGraph, an open-source library built on top of LangChain, designed for orchestrating multi-agent applications using a graph-based architecture. Whether you’re building intelligent agents, dynamic RAG pipelines, or real-world enterprise solutions, this course gives you the solid foundation you need.

What You’ll Learn

• What LangGraph is and how it fits into the GenAI ecosystem

• Build your first LangGraph workflow using a state machine

• Validate and structure your state using Pydantic models

• Use async and streaming to build responsive applications

• Implement conditional routing based on LLM output

• Understand reducers and how they manage state transitions

• Master tool calling with LangGraph’s built-in ToolNode

• Learn about checkpointers, and apply both short-term (in-memory) and long-term (SQLite, Redis) memory storage

• Build Agentic RAG workflows using tools and retrievers

• Implement Human-in-the-Loop workflows using Interrupt and resume

• Modularize complex graphs using subgraphs

• Apply everything in a real-time Hospital Insurance Claim Management use case

• Add tracing and observability using LangSmith

• Explore essential agentic design patterns to scale your applications

Who This Course Is For

• AI developers looking to build production-grade agentic apps

• LangChain users who want to level up to graph-based orchestration

• Backend engineers interested in tool use, memory, and state control

• Anyone working on LLM workflows in real-world use cases

Prerequisites

• Basic Python knowledge

• Some familiarity with LangChain

By the end of this course, you’ll be able to:

• Confidently build, scale, and debug LangGraph workflows

• Integrate LLMs, tools, memory, and human feedback into your apps

• Apply LangGraph in real-world business use cases like claim processing, customer support, and document analysis

Ready to master LangGraph and take your LLM applications to the next level?

Enroll now and start building intelligent, interactive agentic systems with ease.

Enroll now

What's inside

Learning objectives

  • What langgraph is and how it fits into the genai ecosystem
  • Build your first langgraph workflow using a state machine
  • Validate and structure your state using pydantic models
  • Use async and streaming to build responsive applications
  • Implement conditional routing based on llm output
  • Understand reducers and how they manage state transitions
  • Master tool calling with langgraph’s built-in toolnode
  • Learn about checkpointers, and apply both short-term (in-memory) and long-term (sqlite, redis) memory storage
  • Build agentic rag workflows using tools and retrievers
  • Implement human-in-the-loop workflows using interrupt and resume
  • Modularize complex graphs using subgraphs
  • Apply everything in a real-time hospital insurance claim management use case
  • Add tracing and observability using langsmith
  • Explore essential agentic design patterns to scale your applications
  • All in simple steps
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Syllabus

Introduction
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The Fundamentals
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Career center

Learners who complete LangGraph for beginners : Agentic Workflows in simple steps will develop knowledge and skills that may be useful to these careers:
Generative Artificial Intelligence Engineer
A Generative Artificial Intelligence Engineer specializes in designing, developing, and deploying systems that leverage generative models, particularly large language models. The "LangGraph for beginners : Agentic Workflows in simple steps" course is an exceptional fit for this role, as it directly focuses on building powerful, stateful, and agentic workflows using LangGraph. Learners will master orchestrating multi-agent GenAI applications, implementing dynamic RAG pipelines, and applying essential agentic design patterns to scale their applications, all crucial skills for creating advanced, real-world enterprise GenAI solutions in this cutting-edge field.
Artificial Intelligence Developer
An Artificial Intelligence Developer is responsible for designing and implementing AI applications, often focusing on intelligent agents and complex automation. This course is explicitly for "AI developers looking to build production-grade agentic apps." It provides a robust foundation in LangGraph for orchestrating multi-agent applications, integrating LLMs, tools, memory, and human feedback into sophisticated systems. You will learn to confidently build, scale, and debug LangGraph workflows, which is directly applicable to developing intelligent, interactive agentic systems for real-world business use cases like claim processing or customer support.
Software Engineer (Artificial Intelligence)
A Software Engineer Artificial Intelligence designs, develops, and deploys software applications with integrated AI capabilities. The "LangGraph for beginners : Agentic Workflows in simple steps" course is directly applicable to this specialization, teaching how to build production-grade agentic applications. It covers state validation with Pydantic, async and streaming for responsive applications, conditional routing based on LLM output, tool calling, and memory management using checkpointers. The inclusion of FastAPI implementation and LangSmith for tracing ensures you develop robust, scalable, and observable AI-driven software, essential for modern intelligent systems.
Backend Engineer
A Backend Engineer builds the server-side logic and infrastructure that powers applications, focusing on data storage, APIs, and business logic. The "LangGraph for beginners : Agentic Workflows in simple steps" course is particularly relevant, targeting "Backend engineers interested in tool use, memory, and state control." It delves into state validation using Pydantic, asynchronous invocation and streaming for responsive applications, and persistent memory storage with SQLite, Redis, and Postgres. Implementing FastAPI methods is also covered, providing crucial skills for integrating intelligent agentic workflows into robust backend systems.
Natural Language Processing Engineer
A Natural Language Processing Engineer specializes in developing systems that understand, process, and generate human language. Building agentic applications deeply relies on these skills. The "LangGraph for beginners : Agentic Workflows in simple steps" course is highly relevant by focusing on orchestrating LLMs within graph-based architectures. You will master tool calling with LangGraph's built-in ToolNode, build Agentic RAG workflows using tools and retrievers, and implement conditional routing based on LLM output. These skills are fundamental for creating sophisticated language-driven agents capable of complex interactions and information retrieval.
Machine Learning Engineer
A Machine Learning Engineer designs, builds, and deploys machine learning models and intelligent systems. The "LangGraph for beginners : Agentic Workflows in simple steps" course is highly relevant for those integrating generative AI capabilities into production systems. It provides a solid foundation in orchestrating multi-agent applications using graph-based architectures, mastering tool calling, and implementing persistent memory for stateful applications. This course helps in developing and scaling intelligent agents, ensuring robust deployment and integration of LangGraph workflows within complex machine learning pipelines, crucial for building advanced real-world AI solutions.
Solutions Architect
A Solutions Architect designs high-level technical solutions that address complex business problems, requiring a deep understanding of system integration and scalability. The "LangGraph for beginners : Agentic Workflows in simple steps" course helps professionals design robust and scalable agentic systems. It covers multi-agent orchestration through graph-based architectures, state management, memory, and modularizing complex graphs using subgraphs. Applying these concepts in a real-time hospital insurance claim management use case provides practical insights into structuring complex GenAI solutions for enterprises, which is invaluable for a Solutions Architect.
Artificial Intelligence Consultant
As an Artificial Intelligence Consultant, you advise businesses on AI strategy, implementation, and adoption. The "LangGraph for beginners : Agentic Workflows in simple steps" course provides a practical toolkit for understanding and demonstrating the power of agentic workflows. It covers building multi-agent applications, implementing human-in-the-loop workflows, and applying GenAI solutions to real-world business use cases like claim processing, customer support, and document analysis. This enables you to effectively recommend and oversee advanced AI strategies, translating technical capabilities into tangible business value for your clients.
Full-Stack Developer
A Full Stack Developer is adept at building both the client-side and server-side components of web applications. While the "LangGraph for beginners : Agentic Workflows in simple steps" course focuses on the backend logic of intelligent systems, it provides a crucial skillset for any Full Stack Developer aiming to integrate sophisticated AI capabilities. The course covers backend aspects like state management, tool calling, memory, and FastAPI implementation, allowing you to build the intelligent core of your applications. This expertise in agentic workflows provides a powerful differentiator for developing interactive and dynamic user experiences.
Research Scientist, Artificial Intelligence
A Research Scientist Artificial Intelligence conducts investigations to develop new AI theories, algorithms, and applications, often requiring an advanced degree. The "LangGraph for beginners : Agentic Workflows in simple steps" course can help by providing a practical framework for implementing and experimenting with agentic design patterns such as Reflection, Tree of Thought, and Parallel Execution. It also covers state management with reducers and checkpointers, as well as human-in-the-loop workflows, which are critical for building and refining robust research prototypes and advanced AI systems in academic or industrial research settings.
Prompt Engineer
A Prompt Engineer focuses on crafting effective prompts for large language models to elicit desired outputs. Understanding agentic workflows and tool use from the "LangGraph for beginners : Agentic Workflows in simple steps" course may be useful for designing sophisticated prompts that steer complex agent interactions. The course's exploration of conditional routing based on LLM output and implementing human-in-the-loop workflows offers insights into how prompts can guide multi-step reasoning and integrate external feedback within agentic systems. This knowledge helps enhance the capabilities of intelligent applications and develop more robust agent prompting strategies effectively.
DevOps Engineer
A DevOps Engineer bridges development and operations, focusing on continuous integration, deployment, and monitoring to ensure reliable software delivery. The "LangGraph for beginners : Agentic Workflows in simple steps" course may be helpful by introducing tracing and observability using LangSmith, which is essential for monitoring the performance and behavior of agentic applications in production environments. It also covers aspects of scaling applications and implementing FastAPI methods, which help ensure robust deployment, efficient resource utilization, and operational stability of intelligent systems within an agile development pipeline.
Product Manager Artificial Intelligence
A Product Manager Artificial Intelligence defines the strategy, roadmap, and features for AI products, requiring a solid grasp of underlying technologies. The "LangGraph for beginners : Agentic Workflows in simple steps" course may be useful to gain a comprehensive understanding of how intelligent agentic systems are built and orchestrated. This knowledge aids in conceptualizing innovative features, understanding technical feasibility for advanced LLM workflows, and identifying opportunities for real-world enterprise solutions, such as claim processing, customer support, or document analysis, facilitating better product decisions and communication with engineering teams.
Data Scientist
A Data Scientist analyzes complex datasets, builds predictive models, and extracts actionable insights, often contributing to data-driven product development. The "LangGraph for beginners : Agentic Workflows in simple steps" course may be useful for data scientists interested in operationalizing LLMs and building intelligent data-centric applications. It covers state management, conditional routing based on LLM output, and Agentic RAG workflows which are relevant for creating more dynamic and interactive data products. Understanding these agentic patterns can help in designing systems that intelligently process and act upon data for more sophisticated analytical solutions.
Technical Project Manager
A Technical Project Manager oversees the planning, execution, and delivery of technical projects, requiring a strong understanding of the technologies involved. The "LangGraph for beginners : Agentic Workflows in simple steps" course may be useful for a Technical Project Manager by providing a deep understanding of multi-agent application development using a graph-based architecture. This knowledge helps in managing projects involving LLM workflows, understanding potential complexities like state management, tool integration, human-in-the-loop processes, and effectively assessing risks and timelines for enterprise AI solutions.

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in LangGraph for beginners : Agentic Workflows in simple steps.
Is specifically dedicated to LangGraph and building AI agents using this framework. It provides a comprehensive guide with practical examples and resources for building dynamic AI agents. This book is highly relevant for anyone focusing on LangGraph and offers in-depth knowledge and practical skills.
Is considered a foundational text in the field of observability. It provides a comprehensive overview of what observability is, how it differs from traditional monitoring, and its importance in modern software systems. It's highly valuable for gaining a broad understanding and must-read for anyone serious about the topic. The book also discusses the cultural shifts required for adopting observability practices within an organization.
Is an excellent starting point for anyone new to Python or programming in general. It covers fundamental programming concepts and Python basics with a hands-on, project-based approach, making it very practical for beginners. The third edition is updated to cover newer Python versions and is widely recommended for its clear explanations and engaging projects. It's often used as an introductory textbook.
Practical guide to using the LangChain framework, which foundational component for building applications with LangGraph. It covers the fundamentals of LLMs, generative AI, and prompt engineering within the context of LangChain. Understanding LangChain prerequisite for effectively using LangGraph, making this book essential for anyone looking to build applications in this space.
Ideal for beginners who want to quickly apply Python to practical tasks. focuses on using Python to automate everyday computer tasks, such as working with files, web scraping, and sending emails. It assumes no prior programming experience and is highly regarded for its clear, step-by-step instructions and focus on immediate productivity gains. The second edition widely used and practical resource.
As OpenTelemetry is the emerging standard for cloud-native observability, this book is highly relevant for contemporary practices. It offers a practical guide to setting up and operating OpenTelemetry, covering tracing, metrics, and logging. It's a must-read for those implementing observability with open standards.
Focuses on applying observability specifically in cloud-native environments, which contemporary and highly relevant topic. It covers using open-source tools like OpenTelemetry, Prometheus, and Grafana. It's a practical guide for those working with cloud-native applications.
Focuses on building production-ready AI agents and multi-agent systems using LLMs. It covers essential components of an agent, including knowledge management, memory, planning, and tool use. The book specifically mentions using state-of-the-art tools like LangChain, Prompt Flow, AutoGen, and CrewAI, which are highly relevant to the LangGraph ecosystem. This book serves as a practical guide for implementing the concepts that LangGraph facilitates.
Offers a comprehensive overview of LLMs, covering their theoretical foundations, practical applications, and future directions.
Is highly recommended for intermediate to advanced Python programmers looking to write more idiomatic and efficient code. It explores Python's often-overlooked features and best practices, delving into topics like data structures, the Python data model, and metaprogramming. It's a valuable resource for deepening understanding and is considered a must-read for those aiming for mastery.
Complementing other OpenTelemetry books, this resource specifically targets cloud-native environments and emphasizes the combination of tracing, metrics, and logging. It is highly relevant for contemporary cloud deployments and provides practical guidance on using OpenTelemetry effectively.
Provides a practical introduction to machine learning using Python and the scikit-learn library. It's ideal for Python programmers interested in entering the field of machine learning and data science. It covers essential concepts and provides hands-on examples.
This handbook provides a guide to integrating and implementing LLMs using the LangChain framework. It covers building various applications like chatbots and document analysis systems. As LangGraph builds upon LangChain, this handbook valuable resource for understanding the broader framework.
Another book dedicated to distributed tracing, this offers a comprehensive guide from a key figure in the OpenTracing and Jaeger projects. It delves into the theoretical foundations and practical implementation of tracing at scale. It's excellent for deepening understanding and strong reference.
Provides a practical guide to adopting OpenTelemetry across an organization, focusing on the value and implementation challenges. It's a good resource for understanding how to integrate OpenTelemetry into existing systems and workflows.
Offers a collection of tips and tricks to help intermediate Python developers write more professional and Pythonic code. It provides concise explanations and practical examples of various Python features, making it a useful resource for leveling up coding skills and discovering best practices.
Offers a strategic approach to implementing observability within an enterprise setting, addressing planning and execution. It's useful for understanding the organizational aspects and challenges of adopting observability at scale.
Explores the fundamental concepts, technologies, and practical applications of LLMs for building intelligent apps and agents. It discusses mainstream architectural frameworks and specifically mentions using AI orchestrators like LangChain to create intelligent agents. This book provides a broader context for the types of applications that can be built using tools like LangChain and LangGraph.
For those working with Kubernetes, this book connects observability with security, highlighting their combined importance in cloud-native applications. It offers a holistic view and is valuable for understanding the role of observability in a secure Kubernetes environment.
This guide provides a collection of best practices, development workflows, and recommendations for writing idiomatic Python code. It's a valuable resource for developers who want to follow community conventions and improve their overall Python development process.
This comprehensive handbook includes a chapter on LLMs, providing a thorough overview of their history, evolution, and applications.
A collection of recipes for common Python programming tasks. is an excellent reference for experienced Python developers looking for practical solutions to a wide range of problems. It covers various domains and provides idiomatic Python code examples.
Covers various aspects of natural language generation, including retrieval-based approaches and their integration with generative models. It provides a broad perspective on the field and is suitable for researchers and practitioners from diverse backgrounds.
Provides a foundation in information retrieval techniques, which are fundamental to Retrieval Augmented Generation. It is particularly useful for researchers and practitioners seeking a comprehensive understanding of the underlying concepts.
Logs are a fundamental signal in observability. focuses on practical logging with modern tools and environments like Kubernetes. It's a valuable resource for understanding and implementing effective logging strategies as part of an observability system.
SRE principles are closely related to observability, as SRE teams heavily rely on signals from systems to ensure reliability. This book, a classic in the SRE field, provides valuable context on how observability is used in practice in large-scale systems. It's excellent for understanding the operational strategies that observability supports.
A companion to the SRE book, this workbook offers practical exercises and examples for implementing SRE practices, many of which involve leveraging observability data. It helps solidify the understanding of how observability fits into a broader reliability strategy.
Provides foundational knowledge on data observability, focusing on building trustworthy data solutions. It's a good resource for understanding the core concepts and importance of observability in the data domain.
Offers a practical approach to understanding and working with large language models. It covers concepts related to language understanding and generation, which are core to building applications with LangGraph. It provides hands-on examples to solidify understanding.
Focuses on observability within network infrastructure, a specific but important domain. It provides practical guidance using popular open-source tools. It's valuable for network professionals and those seeking to apply observability principles beyond applications.
Focuses on the practical aspects of building and deploying LLMs for production use. It covers techniques like prompting, fine-tuning, and RAG (Retrieval-Augmented Generation), which are relevant when building sophisticated AI agents with frameworks like LangGraph. This book is geared towards engineers working on deploying LLMs in real-world applications.
Focuses on building robust and scalable Python applications. It covers topics like testing, architecture, and deployment, which are crucial for professional software development. It's aimed at developers who want to write production-ready Python code.
While not solely focused on 'observability,' this book provides a strong foundation in monitoring, which prerequisite for understanding observability. It offers pragmatic, tool-agnostic advice on improving monitoring practices. It's valuable for those needing background knowledge or looking to enhance their existing monitoring setups.
Prompt engineering crucial skill for effectively interacting with LLMs and building AI agents. provides techniques and strategies for crafting effective prompts to obtain reliable outputs from generative AI models. While not directly about LangGraph, mastering prompt engineering is vital for building successful applications with LangGraph.
Offers a practical guide to building AI agents and chatbots, covering foundational concepts and advanced techniques. It provides real-world applications and insights for developers. This book is relevant for understanding the practical aspects of building the types of systems that can be enhanced with LangGraph.
This comprehensive textbook on natural language processing covers various topics, including retrieval-based methods. It is suitable for students, researchers, and practitioners seeking a broad foundation in the field.
Uses Python to introduce fundamental computer science concepts. It's a good choice for students or self-learners who want to learn programming within the context of computer science principles. The 3rd edition provides a solid foundation in both Python and computational thinking.
Provides a gentle and visual introduction to common algorithms. It's a great resource for Python programmers who want to understand how algorithms work without getting bogged down in dense theory. The examples are easy to follow and help solidify understanding of essential computer science concepts applicable to Python.
Focuses on writing faster Python code. It covers profiling, concurrency, and parallel programming techniques to improve the performance of Python applications. It's a valuable resource for developers working on performance-critical Python projects.
Provides a detailed exploration of object-oriented programming concepts in Python. It's suitable for those who want to gain a deeper understanding of how to design and implement object-oriented solutions in Python.
Introduces MobX as a state management library for JavaScript applications. It covers topics such as MobX architecture, observables, computed values, and actions.
While focusing on data, this book applies observability principles to data pipelines and data quality. It highlights the importance of visibility into data systems, which growing area within the broader observability landscape. It's valuable for data professionals interested in observability.
Delves into automating data quality monitoring using machine learning, which aligns with the proactive nature of observability in identifying data issues. It's relevant for those interested in advanced techniques within data observability.
Provides a broader perspective on building AI applications with foundation models, including LLMs. It covers essential concepts and techniques for developing and deploying AI systems. While not specific to LangGraph, it offers valuable context on the landscape of AI engineering and how frameworks like LangGraph fit in.

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