
Explore agentic design patterns for intelligent, scalable multi-agent systems and learn to apply frameworks like Jade and Spade. See real-world case studies of agents transforming cities and autonomous vehicles.
Explore key technologies shaping the future of agentic design patterns, including explainable AI, blockchain, edge computing, federated learning, reinforcement learning, and cognitive multi-agent systems with IoT.
Explore Lang Graph, a Lang Chain framework for stateful multi-agent workflows with LLMs, enabling looping, branching, human-in-the-loop, and real-time streaming, with deployment and monitoring via LAN cloud.
Create a LangGraph state graph by adding agent and tool nodes and defining transitions. Use conditional edges to control workflow continuation and enable memory with a checkpoint.
Discover how behavioral patterns define agent responses to stimuli, enabling modular, reusable, and decoupled behavior through observer and strategy patterns in multi-agent systems.
Explore coordination patterns that drive dynamic task and resource allocation among agents, focusing on contract net protocol and auction protocols, and how bidding determines task assignment and execution.
Explore mediator and chain of responsibility patterns for agentic ai design, highlighting centralized coordination, decoupled agents, task delegation, and scalability among interacting agents.
Explore learning patterns that enable agents to learn from feedback, test actions through exploration, and optimize strategies in dynamic environments using reinforcement learning and evolutionary algorithms.
Explore negotiation patterns that define structured approaches to conflict resolution and resource sharing among agents. Compare bargaining models and multi-agent strategies, highlighting iteration, utility maximization, coalition formation, and dynamic adaptation.
Explore structural patterns for agentic systems, including the composite pattern for hierarchical agents and the proxy pattern for secure access, improving scalability and resource management.
You will learn Agentic AI Design Patterns in this course. The Agentic AI refers to artificial intelligence systems designed to operate autonomously, make decisions, and achieve specific objectives. Unlike traditional AI models that follow predefined rules, agentic AI systems exhibit goal-oriented behavior, learning, adapting, and interacting dynamically with their environment. To build such intelligent agents effectively, developers use structured approaches known as agentic AI design patterns. These patterns help create AI systems that are scalable, efficient, and capable of reasoning independently.
A crucial aspect of agentic AI is learning and adaptation, where agents improve their performance over time. Machine learning techniques, such as reinforcement learning and continual learning, enable AI to refine its strategies based on past experiences. This pattern is essential in applications like fraud detection, personalized recommendations, and adaptive AI tutors. When multiple AI agents interact, the multi-agent collaboration pattern comes into play. This approach enables multiple intelligent systems to coordinate their actions to achieve a shared objective, commonly seen in swarm robotics, distributed AI, and supply chain automation.
Agentic AI design patterns provide a structured framework for developing intelligent, autonomous systems. By leveraging goal-driven behavior, hierarchical decision-making, adaptability, and collaboration, AI agents can solve complex problems effectively while ensuring safety and ethical compliance.