Ai-Assisted Machine Learning With Llms & Mcp In Jupyterlab

[mitsumi]

Ai-Assisted Machine Learning With Llms & Mcp In Jupyterlab
Published 3/2026
Created by Paul Chin, PhD
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 36 Lectures ( 5h 19m ) | Size: 3.4 GB


Do Machine Learning Faster by Connecting LLMs to Jupyter Notebooks Using Model Context Protocol (MCP)
What you'll learn
✓ Install JupyterLab
✓ Install Jupyter MCP Server
✓ Connect Claude to JupyterLab via MCP
✓ Connect other LLM agents to JupyterLab via MCP
✓ How to correctly prompt the LLM to do machine learning
✓ Running LLM locally using LM Studio
✓ Using LLM to explain and learn machine learning
✓ Using LLM to troubleshoot and resolve coding issues
✓ and more . . .
Requirements
● Basic Python knowledge is helpful, but you do not need to be an expert.
● An NVIDIA GPU on Windows PC is preferred for faster model training, but CPU-only will work but just slower
● Basic machine learning knowledge background would be helpful but not mandatory
Description
AI-Assisted Machine Learning with LLMs and MCP in JupyterLab is not a traditional machine learning course. It does not aim to teach formal machine learning theory, mathematical derivations, or academic foundations. Instead, this course teaches you how to use large language models (LLMs) as practical tools to build, run, and experiment with machine learning systems.
If you are looking for a deep theoretical explanation of "What is Machine Learning?" or a math-heavy course filled with formulas and proofs, this is not that course.
This course is about how to use AI to do machine learning.
It is 100% hands-on.
You will connect an LLM (Claude, OpenAI, DeepSeek, or any compatible model) to JupyterLab using MCP (Model Context Protocol) and use it as your coding partner. The LLM generates Python code, injects it directly into your notebooks, helps debug errors, suggests improvements, and explains outputs when needed. Your focus is on building and experimenting-not studying theory.
Think of it like "vibe coding" courses. In vibe coding, you are not taught how to manually write every line of code from scratch. Instead, you learn how to use LLMs effectively to generate, refine, and improve code. The skill being taught is not programming syntax-it is how to collaborate with AI to build software.
This course follows the same philosophy.
You are not learning machine learning in the traditional academic sense.
You are learning how to use AI to perform machine learning tasks efficiently.
If at any point you want to understand why the code is written a certain way, or what theory is behind a specific algorithm, you can simply ask the same LLM that generated the code. It can explain the mathematics, the intuition, or the concepts in as much depth as you want. The explanation is available on demand.
Therefore, in this course, I intentionally focus on the how, not the theoretical why. This is by design.
You will use tools such as scikit-learn, fastai, and PyTorch-but always through an AI-assisted workflow. Theory is kept to the minimum necessary to execute tasks confidently.
By the end of the course, you will know how to use an LLM to
• Generate and modify machine learning code
• Build regression, classification, computer vision, natural language processing, segmentation models, etc...
• Perform exploratory data analysis, preprocessing and feature engineering
• Evaluate and improve models
• Debug and iterate rapidly inside Jupyter notebooks
You will leave with something extremely practical: a repeatable AI-assisted workflow for getting machine learning projects done.
This course is ideal for developers, builders, and self-learners who care more about execution than academic depth-who want speed, productivity, and a modern AI-powered workflow rather than a traditional machine learning theory course.
Who this course is for
■ Self-learners who want to use a modern "vibe coding" paradigm, where an AI helps write code interactively.
■ Anyone who prefer hands-on learning and experimentation over long lectures and complex theory.
■ Developers, data scientists, or ML practitioners who want to automate and accelerate their workflows using AI

download

https://rapidgator.net/file/23be34bd66a232dbdeea40f6c11cf02e/AI-Assisted_Machine_Learning_with_LLMs_&_MCP_in_JupyterLab.part1.rar.html
https://rapidgator.net/file/1d04a91ce772f35fa419e6d8eff387ab/AI-Assisted_Machine_Learning_with_LLMs_&_MCP_in_JupyterLab.part2.rar.html
https://rapidgator.net/file/56f63a70e26a5a25a131e36d27fe37e8/AI-Assisted_Machine_Learning_with_LLMs_&_MCP_in_JupyterLab.part3.rar.html
https://rapidgator.net/file/6a5744736e88a7ad460b980299d3e3bd/AI-Assisted_Machine_Learning_with_LLMs_&_MCP_in_JupyterLab.part4.rar.html

https://nitroflare.com/view/08F6481914EF618/AI-Assisted_Machine_Learning_with_LLMs_%26amp%3B_MCP_in_JupyterLab.part1.rar
https://nitroflare.com/view/C8577EC1E9FC222/AI-Assisted_Machine_Learning_with_LLMs_%26amp%3B_MCP_in_JupyterLab.part2.rar
https://nitroflare.com/view/67BFF5ED40C8299/AI-Assisted_Machine_Learning_with_LLMs_%26amp%3B_MCP_in_JupyterLab.part3.rar
https://nitroflare.com/view/2770117A6638EE7/AI-Assisted_Machine_Learning_with_LLMs_%26amp%3B_MCP_in_JupyterLab.part4.rar