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mlabonne/llm-course

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TLDR

A free, structured learning curriculum for Large Language Models with interactive Colab notebooks, covering fundamentals, model training, and building LLM applications.

Mindmap

mindmap
  root((LLM Course))
    What it does
      Learning roadmaps
      Colab notebooks
      Practical guides
    Three parts
      LLM Fundamentals
      LLM Scientist
      LLM Engineer
    Tools included
      Model evaluation
      Fine-tuning
      Quantization
      Chat interfaces
    Use cases
      Learn LLMs
      Fine-tune models
      Quantize for hardware
      Build applications
    Tech stack
      Python
      Colab
      Gradio
      Unsloth

Things people build with this

USE CASE 1

Learn LLM fundamentals, training techniques, and deployment strategies through structured roadmaps and interactive notebooks.

USE CASE 2

Fine-tune open-source models like Llama or Mistral on your own data using one-click notebooks with Unsloth or Axolotl.

USE CASE 3

Quantize large models to run efficiently on consumer GPUs or CPUs using GGUF, GPTQ, or other compression formats.

USE CASE 4

Build and deploy LLM-powered applications with ready-made tools like the Gradio chat interface and evaluation frameworks.

Tech stack

PythonGoogle ColabGradioUnslothAxolotlllama.cpp

Getting it running

Difficulty · easy Time to first run · 5min
Use freely for any purpose including commercial. Keep the notice and disclose changes to the patent grant.

In plain English

LLM Course is a free, self-paced course that teaches how to work with Large Language Models, the kind of AI behind ChatGPT and similar tools. It is not a piece of software you install but a learning resource: the repository is mostly markdown roadmaps, links to articles, and Google Colab notebooks you can open in your browser and run without setting anything up locally. The course is split into three tracks. The first, called LLM Fundamentals, is optional and covers the background, the mathematics, the Python, and the basics of neural networks, that the later tracks assume. The second, The LLM Scientist, focuses on actually building the best possible language models using current techniques. The third, The LLM Engineer, focuses on the practical side: taking an existing model and turning it into an application you can deploy. Each track is laid out as a roadmap with notebooks attached so the theory comes with runnable examples. Alongside the roadmaps, the repository hosts a library of notebooks for specific tasks: fine-tuning models like Llama, Mistral, and CodeLlama using methods such as QLoRA, ORPO, DPO, and Axolotl; quantising models with GPTQ, GGUF and ExLlamaV2 so they run on smaller hardware; merging models with MergeKit; and automating evaluation. There are also notebooks for building a chat interface with Gradio, deduplicating datasets, and other practical chores. Someone would use this course to move from curious about LLMs to actually training, modifying, and shipping one. The author also co-wrote a paid book, the LLM Engineer's Handbook, that covers the same ground end-to-end. The full README is longer than what was provided.

Copy-paste prompts

Prompt 1
I want to learn how Large Language Models work from scratch. Where should I start in this course?
Prompt 2
Show me how to fine-tune Llama 3.1 using the Unsloth notebook in this course.
Prompt 3
How do I quantize a model to GGUF format so it runs on my laptop using the tools in this course?
Prompt 4
I need to build a chatbot with an LLM. Which part of this course and which notebooks should I follow?
Prompt 5
Walk me through the LLM Scientist section, what techniques will I learn to improve model quality?
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