I made a list of all the free resources I used to study ML and deep learning to become an ML engineer at FAANG, so I think it'll be helpful to follow these resources: https://www.trybackprop.com/blog/top_ml_learning_resources (links in the blog post)
Fundamentals
Linear Algebra – 3Blue1Brown's Essence of Linear Algebra series, binged all these videos on a one hour train ride visiting my parents
Multivariable Calculus – Khan Academy's Multivariable Calculus lessons were a great refresher of what I had learned in college. Looking back, I just needed to have reviewed Unit 1 – intro and Unit 2 – derivatives.
Calculus for ML – this amazing animated video explains calculus and backpropagation
Information Theory – easy-to-understand book on information theory called Information Theory: A Tutorial Introduction.
Statistics and Probability – the StatQuest YouTube channel
Machine Learning
Stanford Intro to Machine Learning by Andrew Ng – Stanford's CS229, the intro to machine learning course, published their lectures on YouTube for free. I watched lectures 1, 2, 3, 4, 8, 9, 11, 12, and 13, and I skipped the rest since I was eager to move onto deep learning. The course also offers a free set of course notes, which are very well written.
Caltech Machine Learning – Caltech's machine learning lectures on YouTube, less mathematical and more intuition based
Deep Learning
Andrej Karpathy's Zero to Hero Series – Andrej Karpathy, an AI researcher who graduated with a Stanford PhD and led Tesla AI for several years, released an amazing series of hands on lectures on YouTube. highly highly recommend
Neural networks – Stanford's CS231n course notes and lecture videos were my gateway drug, so to speak, into the world of deep learning.
Transformers and LLMs
Transformers – watched these two lectures: lecture from the University of Waterloo and lecture from the University of Michigan. I have also heard good things about Jay Alammar's The Illustrated Transformer guide
ChatGPT Explainer – Wolfram's YouTube explainer video on ChatGPT
Interactive LLM Visualization – This LLM visualization that you can play with in your browser is hands down the best interactive experience with an LLM.
Financial Times' Transformer Explainer – The Financial Times released a lovely interactive article that explains the transformer very well.
Efficient ML and GPUs
How are Microchips Made? – This YouTube video by Branch Education is one of the best free educational videos on the internet, regardless of subject, but also, it's the best video on understanding microchips.
CUDA – My FAANG coworkers acquired their CUDA knowledge from this series of lectures.
TinyML and Efficient Deep Learning Computing – 2023 lectures on efficient ML techniques online.
Chip War – Chip War is a bestselling book published in 2022 about microchip technology whose beginning chapters on the invention of the microchip actually explain CPUs very well
I wrote a post about how to build image search using OpenAI's CLIP, and I included a Google Colab notebook that walks you through step by step the coding process. My article also gives the reader all the fundamental linear algebra and ML they need to know. Enjoy!
From my experience with 5 years in “software engineering” and then 7 years in “machine learning”, what matters is the most is that you like what you do so that you can bring your A game to work. That’ll separate you from the average engineer and management and peers will take notice. Yes it’s very tough to find a job right now, and there will always be down cycles. But I’ve noticed the best engineers are able to stay afloat even during downturns because they’ve built up a reputation for being a good engineer. Plus, you can always transition into ML if you work hard enough. Even with an ML degree, you’re not guaranteed to find an ML job these days. I actually wrote a blog post about how folks transitioned into ML that you might find useful: https://www.trybackprop.com/blog/2024_06_09_you_dont_need_a_...
I just posted part 2: https://news.ycombinator.com/item?id=40846513. It covers the dot product and embeddings and features more visuals and two interactive playgrounds to reinforce the concepts learned. Hope you find it useful.
Thanks! I built the interactive playgrounds with React in TypeScript, a lot of SVG manipulation. All of this was built with either Python for visuals or React in general.
Learn the linear algebra you need to know for AI/ML. This covers the dot product both algorithmically and visually and applies it to machine learning embeddings. This article also contains visualizations and two interactive playgrounds, the Interactive Dot Product Playground [0] and the Interactive Embedding Explorer [1] (best viewed with laptop or desktop!) to reinforce the concepts that are taught.