OER_digitalelectronics FDP


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Digital electronics design is a fundamental block of all microprocessors and microcontrollers. Microprocessor and Microcontroller are used in almost every system now a days to name a few Smart phones, HD cameras, Cars, Heart monitoring system, smart houses, microwave ovens, railway tractions, indicators, automatic irrigation systems,etc. Therefore to understand and develop such complicated systems it is essential for an engineer to know how this system works.

With this goal in mind this Open educational resource (OER) is being developed by three Professors of Vidyalankar Institute of Technology. This OER contains techniques and methods used in digital logic circuit development .

Learning Objectives

Learners will be able to:

  1. Perform and understand arithmetic of different number system
  2. Solve various mapping of numbers in different number systems
  3. Design various Logical and sequential circuits

Course Outline

Sr. No.

Evaluation Methods

Delivery Methods

Expected Time to complete the module


Number System

  1. Textual Contents (reference books)
  2. Videos by Khan Academy
  3. Quiz

07 days


Logic Gates

  1. Textual Contents (reference books)
  2. Videos by Screen Cast o-matic
  3. Quiz

09 days


Boolean Expression

  1. Textual Contents
  2. Videos by Screen Cast o-matic
  3. Quiz

12 days


Combinational Circuits

  1. Textual Contents
  2. Quiz

15 days


Sequential Circuits

  1. Textual Contents
  2. Quiz

15 days

Evaluation Modes

Sr. No.

Self-Evaluation Methods


Quizzes to be given in each module.

Quiz will contain both Multiple choice Question and Subjective answer types


Min. 2 Assignments to be submitted by learner


Reference Books:

  1. R.P. Jain , Modern Digital Electronics, 4th Edition, Tata McGraw-Hill Education
  2. S.S. Bhatti and Rahul Malhotra, A Textbook of Digital Electronics, 2nd Edition, I.K international publishing house Pvt. Ltd.






Course content

  • Module 1. Number System

  • Module 2. Logic Gates

  • Module 3. Boolean Expression

  • Module 4. Combinational Circuits

  • Module 5. Sequential Circuits

  • Final Submission

Interested? Enroll to this course right now.

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