Opleiding: Model Context Protocol

The course Model Context Protocol from SpiralTrain teaches you how to build AI applications that seamlessly connect to external data sources and tools using the standardized Model Context Protocol.

MCP Fundamentals

The course Model Context Protocol starts with an overview of the protocol including the AI context problem, JSON-RPC foundation, transport mechanisms, resource concepts, tool definitions, and real-world use case examples.

Protocol Architecture

Next the architecture patterns are explored, covering communication flow, message types, capability negotiation, session management, error handling, connection lifecycle, protocol extensions, and versioning strategies for robust implementations.

Server Implementation

This module covers building MCP servers including SDK installation, implementing resource providers, developing and registering tools, context management, data source integration, authentication methods, configuration options, and comprehensive testing approaches.

Client Development

Here participants learn to build MCP clients including SDK integration, connection management, server discovery, resource access patterns, tool invocation, prompt usage, response handling, state management, and error recovery mechanisms.

Integration Patterns

This part focuses on integrating MCP with LLMs such as Claude and OpenAI. Topics include context injection, multi-server setups, fallback strategies, caching mechanisms, rate limiting, and monitoring solutions.

Production Deployment

The course concludes with production deployment strategies including containerization, scaling solutions, load balancing, security hardening, API gateway setup, version management, documentation standards, testing strategies, monitoring tools, and hands-on production projects.

Audience Course Model Context Protocol

This course is intended for AI developers, and software architects who want to build AI applications that connect to external data sources and tools using the Model Context Protocol.

Prerequisites Course Model Context Protocol

Participants should have solid programming experience in Python or TypeScript and understanding of API development.

Realization Training Model Context Protocol

The course combines theoretical sessions with hands-on labs guided by a trainer. Real-world case studies are central to the training experience.

Model Context Protocol Certificate

After completion, participants receive a certificate of participation in Model Context Protocol.

Modules

Module 1: MCP Fundamentals

  • MCP Protocol Overview
  • AI Context Problem
  • Protocol Specifications
  • JSON-RPC Foundation
  • Transport Mechanisms
  • Client-Server Model
  • Resource Concepts
  • Tool Definitions
  • Prompt Templates
  • Use Case Examples
  • Security Basics

Module 2: Protocol Architecture

  • Architecture Patterns
  • Communication Flow
  • Message Types
  • Request-Response Cycle
  • Capability Negotiation
  • Session Management
  • Error Handling
  • Connection Lifecycle
  • Protocol Extensions
  • Versioning Strategy
  • Best Practices

Module 3: Server Implementation

  • Server Setup
  • SDK Installation
  • Resource Providers
  • Implementing Resources
  • Tool Development
  • Tool Registration
  • Context Management
  • Data Source Integration
  • Authentication Methods
  • Configuration Options
  • Testing Servers

Module 4: Client Development

  • Client Setup
  • SDK Integration
  • Connection Management
  • Server Discovery
  • Resource Access
  • Tool Invocation
  • Prompt Usage
  • Response Handling
  • State Management
  • Error Recovery
  • Performance Optimization

Module 5: Integration Patterns

  • LLM Integration
  • Claude Integration
  • OpenAI Integration
  • Context Injection
  • Multi-Server Setup
  • Fallback Strategies
  • Caching Mechanisms
  • Rate Limiting
  • Monitoring Solutions
  • Logging Practices
  • Real-World Examples

Module 6: Production Deployment

  • Deployment Strategies
  • Containerization
  • Scaling Solutions
  • Load Balancing
  • Security Hardening
  • API Gateway Setup
  • Version Management
  • Documentation Standards
  • Testing Strategies
  • Monitoring Tools
  • Production Projects
Meer...
€1.699
ex. BTW
Aangeboden door
SpiralTrain
Onderwerp
Niveau
Duur
2 dagen
Looptijd
12 dagen
Taal
en
Type product
cursus
Lesvorm
Klassikaal
Aantal deelnemers
Max: 12
Tijdstip
Overdag
Tijden en locaties
Amsterdam
do 30 jul. 2026
Eindhoven
do 30 jul. 2026
Houten
do 30 jul. 2026
Rotterdam
do 30 jul. 2026
Utrecht
do 30 jul. 2026
Zwolle
do 30 jul. 2026
Amsterdam
do 24 sep. 2026
Eindhoven
do 24 sep. 2026
Houten
do 24 sep. 2026
Rotterdam
do 24 sep. 2026
Utrecht
do 24 sep. 2026
Zwolle
do 24 sep. 2026
Amsterdam
do 26 nov. 2026
Eindhoven
do 26 nov. 2026
Houten
do 26 nov. 2026
Rotterdam
do 26 nov. 2026
Utrecht
do 26 nov. 2026
Zwolle
do 26 nov. 2026
Amsterdam
do 28 jan. 2027
Eindhoven
do 28 jan. 2027
Houten
do 28 jan. 2027
Rotterdam
do 28 jan. 2027
Utrecht
do 28 jan. 2027
Zwolle
do 28 jan. 2027
Amsterdam
do 1 apr. 2027
Eindhoven
do 1 apr. 2027
Houten
do 1 apr. 2027
Rotterdam
do 1 apr. 2027
Utrecht
do 1 apr. 2027
Zwolle
do 1 apr. 2027
Amsterdam
do 27 mei 2027
Eindhoven
do 27 mei 2027
Houten
do 27 mei 2027
Rotterdam
do 27 mei 2027
Utrecht
do 27 mei 2027
Zwolle
do 27 mei 2027
Amsterdam
do 29 jul. 2027
Eindhoven
do 29 jul. 2027
Houten
do 29 jul. 2027
Rotterdam
do 29 jul. 2027
Utrecht
do 29 jul. 2027
Zwolle
do 29 jul. 2027
Amsterdam
do 30 sep. 2027
Eindhoven
do 30 sep. 2027
Houten
do 30 sep. 2027
Rotterdam
do 30 sep. 2027
Utrecht
do 30 sep. 2027
Zwolle
do 30 sep. 2027
Amsterdam
do 25 nov. 2027
Eindhoven
do 25 nov. 2027
Houten
do 25 nov. 2027
Rotterdam
do 25 nov. 2027
Utrecht
do 25 nov. 2027
Zwolle
do 25 nov. 2027
Amsterdam
do 27 jan. 2028
Eindhoven
do 27 jan. 2028
Houten
do 27 jan. 2028
Rotterdam
do 27 jan. 2028
Utrecht
do 27 jan. 2028
Zwolle
do 27 jan. 2028
Amsterdam
do 30 mrt. 2028
Eindhoven
do 30 mrt. 2028
Houten
do 30 mrt. 2028
Rotterdam
do 30 mrt. 2028
Utrecht
do 30 mrt. 2028
Zwolle
do 30 mrt. 2028
Amsterdam
do 8 jun. 2028
Eindhoven
do 8 jun. 2028
Houten
do 8 jun. 2028
Rotterdam
do 8 jun. 2028
Utrecht
do 8 jun. 2028
Zwolle
do 8 jun. 2028
Amsterdam
do 27 jul. 2028
Eindhoven
do 27 jul. 2028
Houten
do 27 jul. 2028
Rotterdam
do 27 jul. 2028
Utrecht
do 27 jul. 2028
Zwolle
do 27 jul. 2028
Amsterdam
do 28 sep. 2028
Eindhoven
do 28 sep. 2028
Houten
do 28 sep. 2028
Rotterdam
do 28 sep. 2028
Utrecht
do 28 sep. 2028
Zwolle
do 28 sep. 2028
Amsterdam
do 30 nov. 2028
Eindhoven
do 30 nov. 2028
Houten
do 30 nov. 2028
Rotterdam
do 30 nov. 2028
Utrecht
do 30 nov. 2028
Zwolle
do 30 nov. 2028
Amsterdam
do 25 jan. 2029
Eindhoven
do 25 jan. 2029
Houten
do 25 jan. 2029
Rotterdam
do 25 jan. 2029
Utrecht
do 25 jan. 2029
Zwolle
do 25 jan. 2029
Amsterdam
do 29 mrt. 2029
Eindhoven
do 29 mrt. 2029
Houten
do 29 mrt. 2029
Rotterdam
do 29 mrt. 2029
Utrecht
do 29 mrt. 2029
Zwolle
do 29 mrt. 2029
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