Computer Architecture, Organization, Engineering & Hardware

Course details

This course provides a comprehensive introduction to computer architecture, organization, engineering, and hardware. It covers a wide range of topics essential for understanding the design and functioning of modern computer systems. Students will gain insights into the fundamental principles underlying computer engineering, the organization and structure of computer hardware components, and their interactions with operating systems and networking.
Lecture 1: Introduction In this introductory lecture, students will be introduced to the course objectives, the basic concepts of computer architecture and organization, and the importance of hardware engineering in computer systems. They will gain an overview of the topics to be covered throughout the course.
Lecture 2: Disks in Operating Systems for Computer Engineering This lecture focuses on the role of disks in computer systems and their significance in operating systems. Students will learn about disk organization, disk I/O operations, disk scheduling algorithms, and how disks are managed at the operating system level. The lecture will also cover topics such as RAID (Redundant Array of Independent Disks) and disk performance optimization techniques.
Lecture 3: Computer Engineering Fundamentals In this lecture, students will delve into the fundamental principles of computer engineering. They will learn about digital logic circuits, Boolean algebra, combinational and sequential circuits, memory systems, and arithmetic circuits. The lecture will provide a solid foundation in the hardware components that form the building blocks of modern computer systems.
Lecture 4: Linux for Computer Networking and Computer Architectures This lecture focuses on the utilization of Linux as an operating system for computer networking and computer architectures. Students will explore Linux networking concepts, protocols, and tools. They will also learn about Linux system administration and how to configure and optimize Linux for specific hardware architectures.
Lecture 5: Interrupts for Operating Systems and Computer Networking Interrupts play a crucial role in computer systems, and this lecture will cover their significance in both operating systems and computer networking. Students will understand the concepts of interrupts, interrupt handling mechanisms, interrupt-driven I/O, and interrupt priorities. The lecture will also discuss interrupt handling in the context of operating systems and networking protocols.
Lecture 6: Computing for Computer Engineering IT, Operating System In this final lecture, students will learn about the intersection of computing and computer engineering. They will explore the integration of hardware and software in computer systems, focusing on topics such as parallel computing, distributed systems, virtualization, and operating system design considerations for efficient computer engineering.
Throughout the course, students will engage in practical exercises, assignments, and hands-on projects to reinforce their understanding of the concepts covered in the lectures. By the end of the course, students will have gained a comprehensive understanding of computer architecture, organization, engineering, and hardware, enabling them to design and optimize computer systems effectively.
  Updated on 22 May, 2023