b.1.1 the computer system
From smartwatches to supercomputers. Discover the hardware and software combo that makes a computer tick and how Moore's Law keeps making them faster.
What actually makes a computer a computer? It’s not just a screen and a keyboard. A Computer System is the ultimate team-up between physical hardware (the stuff you can touch) and software (the code that tells it what to do). We’re not just talking about laptops and gaming PCs here. We’re talking about embedded systems hidden inside your washing machine, the computer in your car’s engine, and the massive clusters of servers running the internet. You’ll also learn about Moore’s Law - the reason why the phone in your pocket is thousands of times more powerful than the computer that sent Apollo 11 to the moon.
This page is mainly about embedded systems
This section outlines the progressive curriculum mapping for The Computer System. The framework traces a carefully structured pedagogical journey - from the foundational identification of hardware, software, and basic computational functions in early years, through to the advanced architectural analysis of supercomputers and cluster computing at the extension level. Crucially, it intertwines the theoretical understanding of system components with the historical evolution of computer generations, challenging students to evaluate the profound societal and economic shifts triggered by the invention of the microprocessor and the relentless pace of Moore's Law.
Last modified: March 20th, 2026
