
Discover the model context protocol (MCP) as an open, vendor-neutral standard that provides pre-built integrations, connecting AI models to external data sources via universal MCP servers.
Explore what a model is in AI, from pattern and prediction to large language models like ChatGPT, and understand how transformers enable translation, summarization, and conversation.
Explain how a protocol is a set of rules that governs machine communication, with MCP as an open, publicly accessible, vendor-neutral client-server standard that reduces duplication and fuels ecosystem growth.
Discover MCP features, including standardized integration and plug-and-play architecture, secure OAuth/TLS access, real-time data from databases and APIs, interoperability across AI models, and agentic workflows.
Explore Anthropic and its Claude product, and compare Claude to OpenAI. Learn about the Claude model family—haiku, sonnet, opus—and how cost and safety drive choices.
Uncover how anthropic's model context protocol standardizes MCP to connect AI with data, tools, and servers. Leverage Python SDKs and cloud desktop integration to build open, interoperable AI workflows.
Explore how to gauge open-source popularity with GitHub star history from starhistory.com, and see MCP's rocket-like rise since November 2024 compared with Lama index, Lang graph, and OpenAI swarm.
Explore the MCP architecture, a flexible client-server bridge built on json-rpc 2.0, with core components server, client, and transport layer, and transport options like stdio and streamable http.
Mastering MCP presents a client-server architecture where MCP clients initiate requests via a json rpc protocol, routing queries to servers that access local, remote, or web api data sources.
Understand the MCP client–server architecture, where the server exposes tools, resources, and prompts, the client queries resources and invokes tools, guided by structured prompts and a clear flow.
Explains server sent events (sse) in the model context protocol (mcp), enabling server to client streaming over http for real time stock price updates and simple notifications in restricted networks.
Master MCP from beginner to pro across the AI ecosystem, exploring how Claude Desktop supports MCP mastery.
Discover how Claude Desktop, built on the MCP (model context protocol), is downloaded and used on macOS, Windows, and Arm64, with a Google login for quick access.
Sample Configuration
{
"mcpServers": {
"filesystem": {
"command": "npx",
"args": [
"-y",
"@modelcontextprotocol/server-filesystem",
"/Users/kshitijjoy_1/Desktop",
"/Users/kshitijjoy_1/Downloads"
]
}
Sample Configuration
{
"mcpServers": {
"sqlite": {
"command": "uvx",
"args": ["mcp-server-sqlite", "--db-path", "/Users/kshitijjoy_1/test.db"]
},
"filesystem": {
"command": "npx",
"args": [
"-y",
"@modelcontextprotocol/server-filesystem",
"/Users/kshitijjoy_1/Desktop",
"/Users/kshitijjoy_1/Downloads"
]
}
}
}
Explore how to build a fast MCP server with a tool called what am I learning, using a decorator to register the MCP tool, and enable client interactions over stdio.
MCP inspector is an interactive web-based dev tool for testing and debugging model context protocol servers, built with React, offering live exploration of resources, prompts, tools, and logs.
Connect your MCP server to Claude Desktop by configuring cloud settings, adding the server path, and exposing a tool to demonstrate tool calling and learning prompts.
Install and verify Azure CLI on Windows, macOS, and Linux to enable authentication for the MCP server, using winget, brew, or curl and az commands.
Explore the long chain MCP adapter, which connects to an MCP server like a SQLite database, enabling natural language queries and tool wrapping for long chain and Lang graph.
Translate a natural language query into SQL using the MCP SQLite server. See how the Lang Chain MCP adapter enables Gemini to fetch tabular results.
Explore the file system MCP server workflow, using Lama index to orchestrate tool calls via the model context protocol with GPT four mini on Azure OpenAI, returning results.
Prioritize prereqs like Python 3.8+, Node.js with npm, npx, and Azure OpenAI API access, then learn to obtain endpoints and API keys for your code.
Set up the environment by creating a llama index MCP folder in Visual Studio Code, then initialize with uv init lama mcp and install llama index, Azure OpenAI packages.
Demonstrates configuring a dot env with Azure OpenAI keys, endpoint, and version, deploying GPT-4 mini, and walking through the MCP tooling and memory setup in code.
Explore how Azure MCP server enables natural language interaction with Azure services through the OpenAI SDK, offering read-only operations for storage and cosmos db, with future read-write capabilities.
Validate the environment file and OpenAI API key, confirm the correct Python environment, then perform Azure CLI login and subscription selection before running the code.
Run the Azure MCP demo by executing the code in Visual Studio Code to start the MCP server and query storage accounts and resource groups in a formatted table.
Explore PayPal's MCP server from the remote mode using server-sent events, learn its tools, and see how to create a simple invoice via natural-language input.
Explore the workflow and tech stack using Google ADK, Gemini LLM, and the PayPal MCP server to generate an invoice from natural language.
Set up python 3.9+ and nodejs, configure a PayPal account with 2FA, initialize a google adk project, and prepare PayPal_agent with init.py, agent.py, and .env.
Launch the code with the ADK web interface, run a local server, and have the PayPal agent create an AI enablement invoice and email it.
Build your own MCP server as part of mastering MCP across the AI ecosystem, designed for beginners to pros.
Meet prereqs: Python 3.10+, Azure CLI with az login, and the UV package manager. Create a Visual Studio Code project folder and add Azure server.py with the environment file.
Build a lightweight MCP server to authenticate with Azure, load env vars, and create or update an Azure resource group with tags using the Azure SDK.
Demonstrates testing an MCP server via cloud desktop, using MCP install to generate config.json, then calling the external integration to create an Azure resource group in East US two.
Start the MCP server and test with the inspector to verify streamable http on uvicorn 0.0.0.0:8000. Demonstrate creating a local resource group and plan production deployment on VM in Azure.
Test a cloud-based MCP server running in an Azure VM from your local machine using the inspector to connect via IP: 8000 and validate remote resource creation.
Description:
Dive into the evolving world of Model Context Protocol (MCP) and learn how to harness its full potential across today's leading AI frameworks and platforms.
This course is designed for learners of all levels — whether you're a no-code enthusiast or a Python developer — and takes you on a practical journey from foundational concepts to advanced integrations.
You'll explore how MCP is implemented and extended across top-tier AI platforms, gaining real-world experience with tools used by industry leaders.
What You'll Learn:
The Foundations of Model Context Protocol (MCP): Understand its role in building contextual, memory-aware AI systems.
No-Code to Pro-Code: Start with intuitive interfaces and transition into Python-based development.
LangChain: Build complex agent workflows and memory chains with MCP integration.
LlamaIndex: Implement Retrieval-Augmented Generation (RAG) pipelines for smarter context handling.
OpenAI Agents SDK: Use MCP in GPT-powered apps with advanced prompt engineering and session management.
Google ADK: Integrate Google’s tools with MCP-based workflows.
Claude (Anthropic): Work with high-context, safety-first AI models.
Azure OpenAI: Deploy MCP-powered models in enterprise-ready environments.
Gemini (Google DeepMind): Explore the cutting edge of multimodal MCP applications.
Who This Course is For:
No-code builders looking to level up with Python
Developers and engineers interested in cross-platform AI design
Product teams building memory-aware assistants or RAG systems
AI enthusiasts exploring advanced prompting, agents, and context management
By the end of this course, you’ll not only understand the core mechanics of MCP, but also know how to implement it across frameworks to build scalable, contextual, and intelligent AI systems.