Deep Learning A-Z (opens partner site in a new tab)
Intuition-first videos with practical projects. Gentler pacing than fast.ai.
Neural networks, transformers, and LLMs — understood from the inside.
15 picks · 13 free · 14 providers · curated by Rowland Kuru
Editor's intro
Deep learning powers image recognition, speech, translation, and the large language models everyone now uses. It's also a field where it's easy to run code you don't understand. This feed pairs practical courses that get models training quickly with resources that make you rebuild the core pieces yourself, so the magic becomes mechanism.
Start top-down with fast.ai or bottom-up with Andrew Ng's specialization — both work; pick the one that matches how you like to learn. Then do Karpathy's Zero to Hero, which is the single best way to understand how an LLM actually works. The advanced section holds Stanford's flagship courses and the textbooks specialists keep coming back to.
Start here
Practical Deep Learning for Coders by fast.ai has you training a state-of-the-art image classifier in the first lesson, then spends the rest of the course explaining why it works. That top-down approach suits people who learn by doing, and Jeremy Howard is candid about which details matter and which are academic. It's free, uses PyTorch, and the accompanying book is free online too. You need a year or so of Python; you don't need a maths degree.
Intuition-first videos with practical projects. Gentler pacing than fast.ai.
Long, carefully referenced surveys of attention, diffusion, and agents. Better than most review papers.
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Train your first neural networks and build intuition for what they learn. Python is required; heavy math isn't yet.
Search, optimization, and neural networks in Python. A rigorous tour before specializing.
Visual intuition for backpropagation, transformers, and attention. Watch before starting any course.
Official, runnable tutorials. Start with "Learn the Basics" before any third-party course.
Intuition-first videos with practical projects. Gentler pacing than fast.ai.
Build networks and transformers from scratch, and work with the libraries used in real projects.
Short courses on current tools like RAG and agents, often taught with the toolmakers.
An interactive textbook with runnable code. Theory and practice on the same page.
Transformers, fine-tuning, and datasets with the library everyone uses. Free and practical.
Build backprop, then a GPT, from scratch. The best way to really understand LLMs.
Andrew Ng's bottom-up counterpart to fast.ai. Clear on the math behind each architecture.
University-level courses and textbooks for vision, language, and modern architectures.
The standard NLP course, now centered on transformers and LLMs. Lectures are free online.
Stanford's legendary vision course. The assignments make you implement everything yourself.
The foundational textbook. Parts are dated, but its math chapters remain a reference.
Long, carefully referenced surveys of attention, diffusion, and agents. Better than most review papers.
The modern textbook: clear figures, current architectures, and free. Our pick over older references.