@Michaelzsguo: Alisa Liu mentioned the Stanford course CS336: Language Modeling from Scratch while preparing for an OpenAI interview. If you want to systematically learn LLM now, or if you plan to pursue AI research / MTS / ML e…

X AI KOLs Timeline News

Summary

Recommends the Stanford open course CS336: Language Modeling from Scratch, which systematically explains the full training pipeline of language models from scratch, suitable for those preparing for AI interviews or wanting to deeply learn LLM.

Alisa Liu mentioned the Stanford course CS336: Language Modeling from Scratch while preparing for an OpenAI interview. If you want to systematically learn LLM now, or later aim for jobs related to AI research / MTS / ML engineer, this course is well worth adding to your study plan. CS336 is called Language Modeling from Scratch, and the focus is indeed on 'from scratch.' It starts from tokenizer and covers transformer, optimizer, PyTorch, GPU, Triton, FlashAttention, parallelism, scaling laws, data pipeline, post-training, and alignment. It ties together a complete pipeline for a language model, from pre-training data processing, model architecture, training efficiency, compute estimation, to post-training and alignment. This is very helpful for those seeking AI jobs. Many interviews may: - Ask you to write attention by hand - Ask you to explain why training is slow - Ask you to determine how to calculate memory and FLOPs - Ask you to debug a training loop - Ask you to discuss trade-offs between data, model size, and compute - Ask you to explain what pretraining, SFT, RLHF / RLVR each solve If you only learn from scattered materials, it's easy to know many terms but not how they connect in a real training pipeline. The advantage of CS336 is that it always stays close to what is actually used in the industry. The 2026 edition already incorporates the latest LLM models like Minimax to cover these topics. More remarkably, Stanford has made the course website, assignments, and YouTube recordings publicly available. Looking at its assignments, they are almost exactly the work you would do on the job at a company. While studying CS336, you might need to supplement some basics. Similarly, both Harvard and Stanford have open courses to help you learn these basics: Harvard CS50 AI: good for building AI foundations and a sense of Python projects Stanford CS229: good for traditional ML and mathematical frameworks Stanford CS224N: good for understanding language model history before NLP / transformers Stanford CS231N: good for deep learning and vision models But if your goal is today's LLM / AI research / AI infra, CS336 is the one I would prioritize recommending.
Original Article
View Cached Full Text

Cached at: 06/26/26, 02:12 PM

Alisa Liu, while preparing for her OpenAI interview, mentioned the Stanford course CS336: Language Modeling from Scratch.

If you’re looking to systematically learn LLMs now, or plan to pursue a career in AI research / MTS / ML engineering, this course is well worth adding to your study plan.

CS336 is titled Language Modeling from Scratch, and it truly lives up to that name. It starts from tokenizers and works its way through transformers, optimizers, PyTorch, GPU, Triton, FlashAttention, parallelism, scaling laws, data pipelines, post-training, and alignment.

It weaves everything—from pre-training data processing to model architecture, training efficiency, compute estimation, and then post-training and alignment—into one complete pipeline.

This is extremely helpful for those seeking jobs in AI.

Many interviews might ask you to:

  • Implement attention from scratch
  • Explain why training is slow
  • Calculate GPU memory and FLOPs
  • Debug a training loop
  • Discuss trade-offs between data, model size, and compute
  • Explain what problems pretraining, SFT, and RLHF / RLVR each solve

If you study from scattered resources, you’ll easily end up knowing many terms but not how they connect in a real training workflow.

The advantage of CS336 is that it stays close to what the industry actually uses today. The 2026 edition already incorporates the latest LLMs, such as Minimax, to explain these concepts.

What’s even more valuable is that Stanford has made the course website, assignments, and YouTube recordings publicly available. The assignments closely mirror the kind of work you’d do at a company.

As you go through CS336, you may need to supplement some foundations. Similarly, Harvard and Stanford have open courses to help you build those foundations:

  • Harvard CS50 AI: Good for AI basics and Python project experience
  • Stanford CS229: Good for traditional ML and mathematical frameworks
  • Stanford CS224N: Good for language model foundations before NLP / transformers
  • Stanford CS231N: Good for deep learning and vision models

But if your goal is today’s LLMs / AI research / AI infra, CS336 is the course I’d recommend first.

Similar Articles

@tan_maty: Oh my god, the AI Stanford course shared by the awesome @alisawuffles who starts at OpenAI next week — I found it! Must-see for beginners! I've already learned it (and lost my mind), come join me! I feel my English improving too! Stanford CS336: Language Mod…

X AI KOLs Timeline

Stanford CS336 aims to teach students how to build language models from scratch, with deep understanding of the full-stack design of data, systems, and models. The course videos are publicly available and suitable for AI beginners.

@0xLinehigher: I strongly recommend every college student majoring in Computer Science to thoroughly study CS336 during their university years, without Chinese subtitles, only English subtitles. After finishing it, your understanding of LLMs and English proficiency will be at least in the top 1% in China. This course surpasses any computer science course in any domestic university. 《Stanford CS336: La…

X AI KOLs Timeline

Recommend computer science students to study the Stanford CS336 course (Language Modeling from Scratch) to improve LLM understanding and English ability.