About the Course

Ever wondered how computers really work at their core? This course takes you on a fascinating journey through the fundamentals of computer science, starting from a single NAND gate and guiding you to build a modern, multi-functional computer system that can run real programs—including games like Tetris! Whether you're a tech enthusiast or an aspiring computer scientist, this hands-on course will deepen your understanding of how hardware and software interact to create the digital world around us.

What You'll Gain

• A deep understanding of computer science fundamentals—from logic gates to high-level programming languages.
• The skills to design and build a functioning computer system from scratch.
• Hands-on experience translating binary logic into real-world applications.
• Insights into how hardware and software layers integrate to power computers.

Key Topics Covered

1. Introduction to Logic Gates and NAND Basics.
2. Designing and Building a Central Processing Unit (CPU).
3. Constructing Memory Systems and Registers.
4. Creating a Hack Computer Architecture.
5. Development of a Simple Assembler and Virtual Machine.
6. Building a High-Level Language and Writing Programs.
7. Integrating it All: Running Games like Tetris on Your Custom System.

Target Audience

This course is designed for:

• High school and university students eager to explore computer science fundamentals.
• Self-learners and tech enthusiasts with an interest in how computers work under the hood.
• Professionals looking to deepen their knowledge of hardware/software integration.
• Anyone curious about building things from scratch and learning the building blocks of modern computing.