Description

Unlock the power of low-level programming and learn how computers truly execute your code.
In this comprehensive course, you’ll master x86-64 Assembly Language step by step using the NASM assembler, while also learning how to interface Assembly with the C programming language for real-world applications.

We’ll begin with the absolute basics — installing NASM, setting up your environment, and writing your first “Hello World” program. From there, you’ll explore the fundamentals that drive every CPU:

• How registers, memory, and the stack actually work

• The MOV, JMP, CALL, and RET instructions explained in detail

• Conditional logic and comparison with CMP, JE/JNE/JG/JL

• Mathematical operations — ADD, SUB, MUL, DIV

• Floating point operations

As your understanding grows, you’ll learn to mix Assembly with C  building functions, exchanging data, and accessing pointers, arrays, and structures directly at the hardware level.
You’ll even learn how to create full 64-bit programs that call and return values across language boundaries, just like modern compilers do.

By the end of this course, you’ll be able to:

• Write and debug 64-bit Assembly programs from scratch

• Understand how compilers translate high-level code into Assembly

• Build mixed C and Assembly projects that run on Linux or Windows

• Perform arithmetic and floating-point operations at the register level

• Optimize low-level code for performance and precision

Whether you’re an operating-system developer, compiler engineer, embedded programmer, or simply curious about how software really works beneath the surface — this course will give you a deep, practical understanding of Assembly language and how it drives everything else in computing.

Requirements

• Basic C programming experience is recommended

Who This Course is For

People who want to learn how machines work

Software Engineers who want to become experts at low level programming

System engineers