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Hardware

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Computer Architecture

Computer Science from the Ground Up - Nand2Tetris Part 1

Starting from a single switch, by directly building devices that process calculations, memory, and commands one by one, you will gain a deep understanding of how the computers we use every day are constructed. Recommended for those who desire an integrated experience connecting core concepts of computer science. This lecture is the Korean version of the world-renowned Nand2Tetris course, structured with the original author's permission and request. Keywords: Nand, HDL, ALU, PC, RAM, CPU

(5.0) 2 reviews

197 learners

Level Basic

Course period Unlimited

hdl
hdl
assembly-language
assembly-language
boolean-algebra
boolean-algebra
ARM Architecture
ARM Architecture
cpu-architecture
cpu-architecture
hdl
hdl
assembly-language
assembly-language
boolean-algebra
boolean-algebra
ARM Architecture
ARM Architecture
cpu-architecture
cpu-architecture
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What you will gain after the course

  • How to implement functional logic circuits using a simple hardware description language called HDL

  • Enhancing practical integrated understanding by self-connecting core computer science concepts.

How do computers 'really' work?

This lecture is a journey to directly implement and verify the saying, 'Computers operate with 0s and 1s' from beginning to end.
We have organized it so that you can understand concepts that felt difficult and abstract by creating them yourself and seeing them with your own eyes .

If you thought, 'Isn't hardware a specialist's field?', you've come to the right place.
This course helps you naturally learn the core structure of a computer by creating everything from logic gates to CPUs using a simple language called HDL .

The experience of executing commands on a computer I built myself is something I will never forget.

Learn about these things

Understanding Logic Gates and Computational Circuits

The reason we can do things with our smartphones or computers is because the machines repeat very simple calculations quickly. In this lecture, we will cover what basic logic gates such as "AND", "OR", and "NOT" are and how they develop into circuits such as "calculators" and "adders".
Amazingly, all of this can be understood with intuitive examples and visuals, without any complex formulas. It's structured so that you feel like, 'I need to know this to get a feel for how my app works!'

Screenshot 2025-07-24 6.59.41 PM

Build your own chip with HDL

The most attractive point of this course is that you can not only learn the theory but also make the circuit yourself . We will make small computer parts (e.g. calculators, storage, comparators, etc.) that actually work using a simple code language called HDL.
It may seem unfamiliar at first, but if you follow the provided simulator and guide, you will soon be able to see the chip you created adding and storing numbers . Feel the sense of accomplishment that comes from saying, “I created a computer!”

Screenshot 2025-07-24 7.29.25 PM

Things to note before taking the class

Practice environment

  • Operating System: Windows, macOS, Linux

  • Tools used: Use the free simulator provided in the course

  • PC specifications: It is sufficient if you can watch online lectures.

Learning Materials

  • Source code examples, challenges, reference documentation, and hands-on guides are all provided.

  • It is recommended that you write and solve the assignments by hand.

Player Knowledge and Notes

  • This course is a course where you learn how computers work using only 0 and 1 by implementing it yourself. It is suitable for those who are interested in logical thinking , although it is okay if you are not good at math or programming.

  • This course covers the content that is taught in the second or third year of computer science at American universities, so it may be a bit challenging for absolute beginners. If you have some experience with basic boolean operations or writing simple code , you will be able to follow along much more easily.

  • The process of writing code uses a simple dedicated language (HDL) for circuit design rather than a general programming language, and since it is simulator-based , no installation or complex environment settings are required.

  • Even if terms like "HDL" or "ALU" are unfamiliar to you, don't be afraid, as we will explain them in detail using analogies and visual aids in the lecture!

Recommended for
these people

Who is this course right for?

  • A person seriously wondering 'How does a computer work?'

  • New developers aspiring to a solid CS foundation, or majors lacking structural understanding.

  • Those who prefer hands-on 'make-to-understand' learning

  • Those interested in AI, system programming, embedded, etc., but struggling due to weak fundamentals.

Need to know before starting?

  • Discrete Mathematics

  • Basic development knowledge

Hello
This is Andy

Curriculum

All

12 lectures ∙ (6hr 8min)

Course Materials:

Lecture resources
Published: 
Last updated: 

Reviews

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2 reviews

5.0

2 reviews

  • jjhgwx님의 프로필 이미지
    jjhgwx

    Reviews 677

    ∙

    Average Rating 4.9

    5

    43% enrolled

    Thank you for the great lecture!

    • calculator님의 프로필 이미지
      calculator

      Reviews 122

      ∙

      Average Rating 4.9

      5

      100% enrolled

      I had a copy of the 2nd edition of <The Elements of Computing Systems> that I purchased a while ago, and I completed reading it through this course. Since it's a recording of a live lecture, the audio quality is a bit disappointing in some parts, but I enjoyed watching it!

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