Computer Architecture & Engineering: Fundamentals of OS, Hardware, Linux & Networking is a step-by-step guide to understanding the inner workings of computer systems from both a hardware and software perspective. You’ll begin by exploring the fundamentals of hardware resources, operating systems, and Linux, learning how each component contributes to the functionality of modern computing. This foundation will help you understand how system resources are allocated, managed, and optimized in real-world applications.

In the operating system section, you will study disk management processes, including input/output operations and disk scheduling algorithms that ensure efficiency in data storage and retrieval. The course also covers file systems, CPU features, and kernel architectures, giving you insight into how data is organized, how processors execute instructions, and how the operating system kernel interacts with hardware.

The Linux essentials module introduces you to the command line interface, teaching you key commands for system navigation, file management, and process control. You’ll then dive into interrupts, I/O handling, and memory resources, gaining a deeper understanding of how computers process data, manage memory allocation, and handle real-time events. The course concludes with fundamental computing concepts that tie together hardware, software, and networking principles, providing you with a complete picture of computer architecture and system engineering.

By the end of this course, you will have developed a solid foundation in computer architecture, operating system functionality, Linux administration basics, and networking principles—knowledge that is essential for anyone pursuing a career in IT, computer engineering, or system administration.