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What you'll get

  • Job Credibility
  • Certification Valid for Life
  • On-demand video*
  • E-Book
  • Self-Paced Learning
  • Certificate of Completion

Exam details

  • Mode of Exam : Online
  • Duration : 1 Hour
  • Multiple Choice Questions are asked
  • No. of Questions are asked : 50
  • Passing Marks : 25 (50%)
  • There is no negative marking

Learning computers has become an essential part of living these days. This is because technology is used in almost every aspect of living. One needs computers in all fields. Therefore, the demand for professionals who are fluent with working with computers is also on the rise.

Since computers are utilized in every field, there are billions of thousands of computers manufactured on a daily basis too. All those who wish to specialize in the field must have a basic knowledge of computer hardware. There are a lot of intricate concepts involved in computer hardware. A basic computer hardware course covers all the essential things that one should understand at a primary level. Therefore, completing the basic course will enhance one’s knowledge in the field.

Taking up a course makes the concepts clearer

Simply knowing things verbally is not enough. To compete in the industry, it is important to know the hardware concepts thoroughly. Also, one should be able to imply the concepts in the practical world too. 

Learn how to set up a computer, understand the link between software and hardware of it and all about CPU’s and FGPA’s in detail through the basic computer hardware course. Also, gain better knowledge about different operating system kernels available in the market, working of embedded systems, input-output concepts in hardware, and much more.

Everything about knowing computers, Cooja stimulation, as well as above-mentioned concepts, will be covered in the first module of this basic computer hardware course.

Advancing in the subject is essential too

Once you have acquired knowledge on the initial concepts involved in computer hardware, the second module will cover a little more detailed and high-level computer hardware course.

The second module of this basic computer hardware course will cover interfacing C-programs, designing embedded data structures as well as file and text manipulation. Once you learn about these topics as well, you can be sure that you have gained essential knowledge on computer hardware.

Take up the course at ease

We provide you the opportunity to take up the basic computer hardware course online. That is, you can learn about the concepts of computer hardware at your ease via the medium of the internet. This means that you will not have to travel to far off places to learn about computers. You can register for the course online and learn at your convenience. You can then take up the test on computer hardware to understand your performance level in the subject. This evaluation will help you know where you stand. Moreover, you will get a certificate upon completion of the basic computer hardware course. This certificate will be your ticket to a better future! It will enhance your skillset, knowledge level, as well as give you a career boost. Take up the computer hardware course and see the difference in your skillset for yourself. Start your learning today.

To understand more on this computer hardware course, check out the course syllabus that will be covered in the two modules.

Course Content

Total: 59 lectures
  • Course Introduction
  • Introduction to Embedded Systems
  • Design characteristics and challenges
  • InputOutput devices
  • Wire communication, ADCDAC
  • Sensors, actuators, interrupts vs. polling
  • Embedded processors and FPGAs
  • Main features of embedded processors
  • Use-cases of micro-controller platforms
  • Reconfigurable platforms, FPGAs
  • Embedded processors vs. FPGAs
  • Lecture1 Embedded operating systems
  • Linux kernel functions and advantages
  • The microkernel
  • The modular kernel
  • Introduction to Contiki
  • Introduction to TinyOS
  • Introduction to RIOT OS
  • Contiki and Cooja simulation
  • The Contiki system
  • Contiki's kernel architecture
  • Contiki services and libraries
  • Communication in Contiki I
  • Communication in Contiki II
  • Protothread, multithreading and code sizes
  • Cooja Simulation
  • 1. Architecture-Software Interface
  • 2. Word Size and Data Types
  • Pointers
  • 4. Interacting with Memory
  • 5. Memory Alignment
  • Endianness
  • 7. Compiler Attributes
  • 8. Memory Map and Registers
  • 9. Register Definition Files
  • 1. Memory Access and Manipulation Introduction
  • 2. Bit Manipulation
  • 3. IO Port Configuration Example
  • 4. Creating Software Interfaces for Hardware
  • 5. Advanced Pointer Use
  • 6. Function Pointers
  • 7. Debugging a Microcontroller Program Part 1
  • 8. Debugging a Microcontroller Program Part 2
  • 1. Introduction to Data Structures
  • 2. Enumerations
  • 3. Unions
  • 4. Structures and Encapsulation
  • 5. Bit Fields
  • 6. LIFO Buffer
  • 7. Circular Buffer
  • 8. Linked List
  • Windows Display File Contents
  • Linux Display File Contents
  • Windows Modifying Text Files
  • Linux Modifying Text Files.
  • Windows Powershell
  • Windows Searching within Files
  • Windows Searching within Directories
  • Linux Searching within Files
3 Months


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