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Developing MCP-Powered Agentic AI Systems · LearnSpace
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Developing MCP-Powered Agentic AI Systems

Курс от Edureka
Продвинутый≈ 11.3 чАнглийский
О курсеНавыкиПрограммаПреподаватели

О курсе

This program introduces you to Developing MCP-Powered Agentic AI Systems, designed for developers and AI practitioners who want to build reliable, scalable, and production-ready agent systems using the Model Context Protocol (MCP). You’ll begin by mastering the core architecture of MCP, learning how agents communicate with servers, discover tools, and access structured resources through standardized interfaces. You’ll build MCP servers, design namespaced tools, and expose real-world data through URI-based resources, establishing a strong foundation for interoperable agent systems. Next, you’ll dive into deep agent reasoning and resilience patterns. You’ll explore reflexive and self-improving agents, output-correction feedback loops, fallback strategies, and self-healing recovery mechanisms. Through hands-on demonstrations, you’ll design agents capable of multi-step planning, hierarchical reasoning, and reliable execution across complex workflows. As you progress, you’ll focus on deployment and observability. You’ll learn to expose agents as APIs, track execution visibility, evaluate agent quality, and monitor performance using modern observability tools. You’ll also deploy end-to-end agent applications, combining reasoning pipelines, monitoring, and user-facing interfaces into complete production systems. By the end of the program, you will be able to: - Explain MCP architecture and how it enables reliable, multi-agent communication. - Build MCP servers with structured tools and URI-based resource access. - Design agents that reason reflexively, recover from failures, and execute multi-step tasks. - Implement fallback logic, error recovery, and self-healing agent workflows. - Deploy production-grade agent APIs with execution visibility and observability. - Evaluate, monitor, and scale agent systems for real-world applications. This program is ideal for AI engineers, developers, and technical professionals who want to move beyond prompt-based systems and build robust agentic AI architectures. Prior experience with Python programming and basic AI concepts will help you get the most out of the course. Learners need a reliable internet connection, a modern web browser, and access to Python development tools. The course uses MCP-based agent tooling and modern AI frameworks, without requiring specialized hardware. Join this program to learn how to design, deploy, and operate intelligent, resilient, and production-ready agent systems powered by MCP.

Навыки, которые вы освоите

Agentic systemsModel Context ProtocolScalabilityAgentic WorkflowsInteroperabilityAI OrchestrationApplication Programming Interface (API)Model DeploymentPerformance AnalysisLangChainPython ProgrammingGenerative AI AgentsGenerative AIGoogle GeminiPrompt EngineeringArtificial IntelligenceAI IntegrationsAI WorkflowsLLM ApplicationLangGraph

Программа курса

4 модулей · 76 учебных материалов

01MCP Core Architecture and Server Development24 материалов

MCP Architecture and Communication Model

Specialization IntroductionВидеоCourse IntroductionВидеоCourse SyllabusЧтениеYour Starting Point with MCP-Powered Agent SystemsDIALOGUE

Учитесь у экспертов

Edureka

Преподаватель курса

Developing MCP-Powered Agentic AI Systems
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Обучение откроется на Coursera
в новой вкладке

Обучение на Coursera

≈ 11.3 ч

4 модулей

Язык: Английский

Субтитры: Арабский, Французский, Итальянский, Бразильский португальский, Корейский, Испанский, Японский

Часть программы вашего университета
Introduction to Model Context Protocol for Multi-Agent SystemsВидео
Understanding the MCP Server–Client ModelВидео
Demonstration: Building Your First MCP Server with stdio and HTTP TransportsВидео
Demonstration: Connecting to MCP Servers and Calling ToolsВидео
Demonstration: Orchestrating the Full MCP WorkflowВидео
Why MCP is the Foundation for Reliable Agentic AI SystemsЧтение
Practice Assignment: MCP Architecture and Communication ModelЗадание

MCP Tool and Resource Design with URI Access

Namespaced Tools and Resource Schema DesignВидеоDemonstration: Creating MCP Resources with URI-Based Access PatternsВидеоDemonstration: Modeling File Systems as Read-Only MCP ResourcesВидеоHow MCP Connects AI Systems to the Real WorldЧтениеPractice Assignment: MCP Tool and Resource Design with URI AccessЗадание

Multi-Server MCP Discovery and Smart Resource Routing

Multi-Server Routing and Discovery MechanismsВидеоDemonstration: Consuming MCP Resources: From Direct Access to AI-Powered AnswersВидеоDemonstration: Turning MCP Resources into Smart AnswersВидеоMulti-Server Discovery and Smart Routing in MCP SystemsЧтениеPractice Assignment: Multi-Server MCP Discovery and Smart Resource RoutingЗадание

Module Wrap-Up and Assessment

Module Summary: MCP Core Architecture and Server DevelopmentЧтениеKnowledge Check: MCP Core Architecture and Server DevelopmentЗаданиеDesigning a Reliable MCP-Based Agent ArchitectureDIALOGUE
02Deep Agents, Reflexive Reasoning, and Error Recovery22 материалов

Reflexive and Self-Improving Agent Models

Actor–Critic Pattern for Agent ImprovementВидеоDemonstration: Building an Output-Correction Feedback Loop - IВидеоDemonstration: Building an Output-Correction Feedback Loop - IIВидеоHow Agents Learn from Their Own OutputsЧтениеPractice Assignment: Reflexive and Self-Improving Agent ModelsЗадание

Self-Healing Agents and Fallback Logic

Retry Strategies, Backoff Techniques, and Failure HandlingВидеоDemonstration: Implementing Self-Healing Recovery with Fallback Chains - IВидеоDemonstration: Implementing Self-Healing Recovery with Fallback Chains - IIВидеоDemonstration: Designing a Resilient Decision-Making Agent - IВидеоDemonstration: Designing a Resilient Decision-Making Agent - IIВидеоError Recovery Best PracticesЧтениеPractice Assignment: Self-Healing Agents and Fallback LogicЗадание

Multi-Step Task Planning and Execution

Hierarchical Planning and Multi-Level ReasoningВидеоDemonstration: Planner → Executor → Validator Workflow - IВидеоDemonstration: Planner → Executor → Validator Workflow - IIВидеоDemonstration: Building a Multi-Stage Knowledge Pipeline and Multi-Hop System Reasoning - IВидеоDemonstration: Building a Multi-Stage Knowledge Pipeline and Multi-Hop System Reasoning - IIВидеоMulti-Step Task Planning and ExecutionЧтение

Module Wrap-Up and Assessment

Module Summary: Deep Agents, Reflexive Reasoning, and Error RecoveryЧтениеKnowledge Check: Deep Agents, Reflexive Reasoning, and Error RecoveryЗаданиеDesigning a Resilient, Self-Improving Agent SystemDIALOGUE
03Deploying, Observing, and Scaling Production Agent Systems23 материалов

Production Agent APIs and Execution Visibility

Getting Started with LangServeВидеоDesigning Versioned Agent EndpointsВидеоOverview of Langfuse and Its CapabilitiesВидеоDesigning Production-Ready Agent APIs with Execution VisibilityЧтениеPractice Assignment: Production Agent APIs and Execution VisibilityЗадание

Observability, Scaling, and Quality Monitoring with LangSmith

AI Observability with LangSmithВидеоManaging Workflows with LangSmithВидеоSetting Up LangSmithВидеоEvaluation Dataset Design and Regression TestingВидеоContainerizing and Scaling AgentsВидеоContainerizing Production Agent Systems with DockerЧтениеPractice Assignement: Observability, Evaluation, and Quality Monitoring with LangSmithЗадание

End-to-End Application Deployment

Demonstration: Project Architecture and System OverviewВидеоDemonstration: Environment Setup and Data Ingestion PipelineВидеоDemonstration: Production-grade Resume Analysis WorkflowВидеоDemonstration: End-to-End Application Orchestration with StreamlitВидеоDemonstration: Streamlit Interface for AI Resume ScreeningВидеоDemonstration: LangSmith Observability and Performance AnalysisВидео

Module Wrap-Up and Assessment

Module Summary: Deploying, Observing, and Scaling Production Agent SystemsЧтениеKnowledge Check: Deploying, Observing, and Scaling Production Agent SystemsЗаданиеLaunching and Operating a Production Agent SystemDIALOGUE
04Course Wrap-Up and Assessment7 материалов

Course Wrap-Up and Assessment

Reflecting on Your MCP and Agentic AI JourneyDIALOGUEPractice Project: Designing an MCP-Powered Intelligent Incident Response AgentЧтениеEnd Course Knowledge Check: Developing MCP-Powered Agentic AI SystemsЗаданиеBuilding an MCP-Powered Agent System for Enterprise Document IntelligenceЗаданиеInterview: Designing and Operating Agent SystemsDIALOGUECourse SummaryВидеоDescribe Your Learning JourneyОбсуждение
Practice Assignment: Multi-Step Task Planning and ExecutionЗадание
Bridging Model Pipelines, Observability, and DeploymentЧтение
Practice Assignement: End-to-End Production Application DeploymentЗадание