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Electronics and Communications Engineering Subjects and Syllabus - Semester Wise, All Details

Course

Yatharth Gerangal

Updated on 04th May, 2024 , 9 min read

Electronics and Communication Engineering Syllabus and Subjects are designed in a way that those who want to dive deep into the world of two technologies, electronic and communication can get all the knowledge they desire. Electronic and Communication Engineering is a unique course that teaches students about two coinciding industries, the communication industry and the electrical industry. Electronics and Communication Engineering B.Tech is a course that provides a bachelor’s degree. The Electronics and Communication Engineering course spreads over to four years and is divided into eight semesters. Admission into an Electronics and Communication Engineering course is done through entrance exams conducted at the state, university, and national levels. Students interested in Electronics and Communication Engineering course have to clear this exam to earn a seat in their desired college. These exams are JEE Mains, JEE Advanced, MHT CET, WBJEE, BITSAT. and more. Electronics and Communication Engineering is an undergraduate course that is available to students in multiple modes of education. Students can study the course online, offline, and even opt for distance course. Electronics and Communication Engineering is a deep course because it teaches about two technologies and industries at once, electronics and communication. This results in students having a strong foundation and relation to every technology-based industry. Students of Electronics and Communication Engineering have a lot of career scope, and great skills thanks to the specialization Electronics and Communication Engineering offers.  Electronics and Communication Engineering is a theoretical as well as practical, and through its vast Electronics and Communication Engineering syllabus, students have dedicated core subjects, as well as lab subjects. Through this, Electronics and Communication Engineering students get a deep understanding of the technology both theoretically as well as practically as the industry demands.

Also Read: BTech in Electronic and Communication Engineering

Before we talk about the Electronic and Communications Engineering syllabus and subjects, here are some highlights and key points to know.

  • Electronics and Communication Engineering is an AICTE-approved degree.
  • Admission into Electronics and Communication Engineering is done on the basis of entrance exam results. The most popular exams are JEE Main, JEE Advanced, GATE, MHT CET, and more.
  • Electronics and Communication Engineering is a course where distance education is also an option. Students can attend the course online.
  • Eligibility for B.Tech Electronics and Communication Engineering is scoring a minimum of 50% marks in 10+2 from a recognized board, and being from the Science stream, meaning having Physics, Chemistry, and Mathematics as the core subjects.
  • In Electronics and Communication Engineering, students can choose to have a specialization. These include VLSI Design Systems, Image Processing, Robotics and Automation, Digital Signal Processing, Communication Engineering, Embedded Systems, Communication Systems, VLSI, Embedded System, and Wireless Communication Systems
  • Electronics and Communication Engineering, besides the core subjects, also offers optional elective subjects, such as Digital Image Processing, Optical Networks, Wireless Broadband Connections, Sattelight Communication, and more. 

Electrical and Communications Engineering  Subjects

The Electronics and Communication Engineering course has subjects that are broadly divided into three categories, them being:

  • Core
  • Elective
  • Lab Subjects

Electronics and Communication Engineering Subjects have three types of subjects: core, elective, and lab subjects. Core subjects are mandatory for all students. Elective subjects allow students to choose topics based on their interests. These lab subjects are essential and are curated to help the students learn the practical applications of the concepts they learn.

Also Read: Electronics and Communication Engineering Salary in India

Electronics and Communication Engineering Core Subjects

The core subjects are those that every Electronics and Communication Engineering student has to attend and learn about. In the first year of Electronics and Communication Engineering, there are common, foundational-based subjects that every student will attend to develop their basic understanding of the subjects that would be taught in the four-year course. 

The foundation subjects in the first year would be to strengthen your understanding of mathematics, programming, and physics. Later on, they will be replaced with main subjects such as Alalog Systems, Digital Circuits, Electromagnetic Theory, and more. 

In a course like Electrical and Communications Engineering, there are a lot of subjects, and there is a lot of knowledge to gain as it is the study of two technologies. 

The core subjects of Electronics and Communication Engineering cover all of them over the 4-year degree course. 

Here are the core subjects students will study.

S  

Name Of The Core SubjectWhat it is about.
Signal and System

This Electronics and Communication Engineering subject deals with:

  • Teaches mathematical methods for designing and analysis of systems.   
  • Using signals to represent time-domain and frequency-domain.
  • Teaches the application of Fourier transform.
  • Usage of equations, transfer functions, and block diagrams to describe signal transformations.
  • Teaches the application of measurement, signal filtering, and controlling physical devices.       
  • Teaches about formal documentation of projects.
Digital Logic and Circuit

This Electronics and Communication Engineering subject deals with:

  • Teaches Codes and Number System.
  • Teaches Boolean algebra and the Boolean theorem. 
  • Teaches about implementations of the Boolean functions and Logic gates. 
  • Teaches Tabular method and Simplification techniques. 
  • Teaches about Sequential Circuits, Logic Circuits, Multiplexers, De-multiplexers, and Logic circuits. 
  • Teaches about PAL, ADC, DAC, PLA, and Memories.
Analog Electronics

This Electronics and Communication Engineering subject deals with:

  • Teaches specifying small-signal equivalent models of transistors.
  • Teaches to analyze transistor amplifier circuits
  • Teaches designing multistage transistor amplifier circuits
  • Teaches designing and analyzing integrated circuit biasing
  • Teaches how to analyze frequency response of the linear amplifiers

 

Electromagnetic Theory

This Electronics and Communication Engineering subject deals with:

  • Teaches Electrostatics
  • Teaches Maxwell's Equations of Time-Varying Fields and Magnetostatics  
  • Teaches Characteristics of Electromagnetic Waves
  • Teaches the Concept of Transmission Lines
  • Teaches Vector Algebra
Integrated Electronic
  • Teaches Analog and Mixed signals
  • Teaches Microwave / RF / millimeter-wave Circuits and Systems
  • Teaches Components and Packaging
  • Teaches Wireline Circuits and Systems
  • Teaches Biosensors and Bioelectronics
  • Teaches Sensor Interface Circuits
  • Applied Electromagnetics
  • Circuit/Component Modeling, Simulation and Measurement
Analogue and Digital Communications

This Electronics and Communication Engineering subject deals with:

  • Introducing the Analogue and Digital Signals.
  • Introducing the Analog Communication
  • Introducing Digital Communication
  • Teaches Source and Error Control Coding
  • Teaches Multi-user Radio Communication
  • Teaches Satellite Communication
Control Theory

This Electronics and Communication Engineering subject deals with:

  • Power Circuits and Electromechanics
  • Applied Complex Variables
  • Discrete structures
  • Probability with Engineering Applications
  • Digital Signal Processing
  • Communication Systems
  • Control Systems
  • Digital Communications
  • Introduction to Optimization
Fiber Optics and Satellite

This Electronics and Communication Engineering subject deals with

  • Introduction to Optical fiber
  • Fiber Materials, Optical Sources, and Photo Detectors.   Fiber Fabrication
  • Optical Couplers and WDM Concepts
  • System Design and Optical Fiber Applications
  • Satellite Subsystems and Transponder
  • Satellite Link Design
  • Earth Station Subsystems

      Also Read: Scope of Electronics and Communication Engineering

Electrical and Communications Engineering Optional Subjects

Optional Electronics and Communication Engineering subjects, or Elective Electronics and Communication Engineering subjects are those, that aside from the main subjects, are there for students to choose and study from. These are subjects that Electronics and Communication Engineering students would choose to study as they are elective subjects, to be chosen on the basis of the student’s individual interests in this broad course. There are various optional, elective Electronics and Communication Engineering subjects to choose from, although the list may vary college to college.

Name Of the Optional SubjectWhat it Covers
Wireless Broadband Communications
  • Teaches about wireless communications, and how important and relevant they are in this age of high-speed internet.
  • It also involves the study of Wireless Network Areas like WLAN and WWAN.
Digital Image ProcessingThe input is a digital image, and the system is to process that image using efficient algorithms and produces an image as an output. 
Optical Networks

This Electronics and Communication Engineering subject deals with:

Study of using optical fibers to connect computers or any other devices that can generate or store data in electronic form. It involves the applications of optical signals and optical fibers.

Power Electronics

This Electronics and Communication Engineering subject deals with:

  • Power Electronics is a subject that deals with the design, control, and conversion of power in its electric form.
  • This is based on the switching of power semiconductor devices. Power Electronics can be considered a combination of power engineering, analog 
  • electronics, semiconductor devices, and control systems.This Electronics and Communication Engineering subject deals with:
  • Power Electronics is a subject that deals with the design, control, and conversion of power in its electric form.
  • This is based on the switching of power semiconductor devices. Power Electronics can be considered a combination of power engineering, analog 
  • electronics, semiconductor devices, and control systems.
Satellite Communications

This Electronics and Communication Engineering subject deals with:

  • Teaches about the treatment of the complicated and diverse subsystems of satellites that are responsible for the working of the communication system.  
  • Teaches about the differences in communication between radio and satellite. 
Computer Vision

This Electronics and Communication Engineering subject deals with:

  • Teaches the students how computers can achieve a high level of understanding of digital images, videos, and more. 
  • Teaches the interpretation of what the human visual system can do, and automates similar assignments.
Natural Language Processing

This Electronics and Communication Engineering subject deals with:

Teaches how to build machines that are able to understand voice data, or read and respond to text in their own way, like humans do.

Electronics and Communication Engineering Lab Subjects

Electronic and Communication Engineering course, aside from theory, has a large practical education as well, and that’s why Electronics and Communication Engineering also has dedicated lab subjects, as here follows:

Name Of the Lab Subject
Electronics and Communications Organization Lab
Data Structures & Algorithms Lab
Networking Lab
Microprocessor and Microcontroller Lab 
Digital Electronics & Logic Design Lab

Electronics and Communication Engineering Specialization

In the Electronic and Communication Engineering course, apart from the core subjects, students can opt for various specialization offered, so that they pick a field and topic of their interest and learn more about it. Doing so, would help them gain an understanding of the specialized topic, and acquire the Electronics and Communication Engineering necessary skills in a profession involving the specialized subject.

 

Diploma in Electronics and Communication Engineering Specialization

What is Covered

   VLSI Design System
  • VLSI Digital Signal Processing
  • Testing of VLSI Circuit
  • CMOS VLSI Design
  • CMOS Analog Circuit Design
  • Digital System Design using VHDL
  • Solid-State Device Modelling and Simulation
 Signal and Image Processing
  • Advanced DSP
  • Digital Image Processing
  • Computer Vision
  • Object Tracking
  • Pattern Recognition
  • Digital Video Processing
  • Speech Processing
  • Bio Signal Processing
  • AI for Medical Imaging
  • Natural Language Processing
 Robotics and Automation
  • Robotics and Automation
  • Industrial Automation and Control
  • Robotics Sensors
  • Machine Vision
  • Neural Network and Fuzzy Logic
  • Artificial Intelligence and Expert System
  Wireless Communication System
  • Advanced 3G and 4G Wireless Communication
  • Communication System Security
  • RADAR Communication System
  • RF Design Laboratory
  • RF Devices and Applications
  • High-Performance Network
  • Network Management
  Embedded System
  • Embedded Networking
  • Advanced Microprocessor
  • Real-Time Operating System
  • Linux and Shell Scripting
  • RISC Architecture and Programming

  

   Electronics and Communication Engineering Examination Pattern

The examination in Electronics and Communication Engineering is grade and credit-based. The Electronics and Communication Engineering course is divided into eight semesters. As such, there are eight-semester examinations, lab examinations, class tests, and also the regular assignments assigned to the students to evaluate their performance and understanding of the concepts. 

The examinations in Electronics and Communication Engineering are both theoretical and practical. With these examinations, students are marked with grade points, which are essential to calculating their performance. Students are required to clear all of their examinations, have over 75% attendance in all semesters, and submit a project in their final year to earn their degree.

Electrical and Communications Engineering Syllabus

 Here are the subjects students will learn about during their 4-year course, divided into 8 semesters.

Electronics and Communication Engineering Syllabus for the first year, covering semesters 1 and 2.

First Year

Electronics and Communication Engineering Syllabus - Semester 1

Electronics and Communication Engineering Syllabus - Semester 2

Mathematics - I

Engineering Mathematics - II

Physics 

Chemistry

Basic Environmental Science and Engineering

Communication Skills

Engineering Graphics

Basic Electrical Engineering

Basic Electronics Engineering

Electromagnetic Field Theory

Electronic and Communication Engineering Syllabus for second year, covering semesters 3 and 4.

                                                                                  Second Year

Electronics and Communication Engineering Syllabus - Semester 3

Electronics and Communication Engineering Syllabus - Semester 4

Mathematics - III

Linear Integrated Circuits

Analog Electronics

Electronic Switching Circuits

Digital Electronics and Logic Design

Analog Communication Systems

Network Analysis and Synthesis

Analog Communication Systems

Communication Theory

Electronic Measurement and Instrumentation

Data Structure and Algorithm 

Reliability and Quality Management

 

Electronic and Communication Engineering Syllabus for third year, covering semesters 5 and 6.

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                                                                                    Third Year

Electronics and Communication Engineering Syllabus - Semester 5

Electronics and Communication Engineering Syllabus – Semester 6

Microprocessor Theory and Applications

Microcontroller and Embedded Systems

Digital Communication and Systems

Wireless Communication

Antenna and Wave Propagation

Digital Signal Processing

Electronics Device Modeling

Analog and Digital VLSI Design

Control System

HDL Based Design

Satellite Communication

Advanced IC Design

Mobile Communication

MEMS and Sensor Design

Electronic and Communication Engineering Syllabus for final year, covering semesters 7 and 8.

                                                                                        Final Year

Electronics and Communication Engineering Syllabus – Semester 7

Electronics and Communication Engineering Syllabus – Semester 8

Engineering Economics and Management

Microwave Devices and Systems

Optical Communication System

Spread Spectrum and CDMA

Industrial Electronics

Data Communication and Computer Network

Wireless Sensor Networks

VLSI Interconnects and Packaging

Error Control and Coding

Nano Electronics

Electronics and Communication Engineering Syllabus For Distance Learning

Electronics and Communication Engineering courses are also available in the distant mode of education. Students who for some reason cannot choose the traditional full-time course can earn their Electronics and Communication Engineering degree this way. 

This mode of learning is helpful to students who lack resources, such as time and appropriate location. Also, it is for students who do not meet the eligibility criteria of the traditional full-time course. 

Electronics and Communication Engineering syllabus for distance learning is similar to the full-time course. Students are even evaluated the same way by completing assignments and clearing examinations. Admission into a distance program for Electronics and Communication Engineering is done based on an entrance exam or by merit. The student must have also cleared their 10+2 board examination with at least 50% aggregate score.

Frequently Asked Questions

Are specilizations available in a BTech ECE course ?

Yes, you can specialize and choose from various topics during your BTech ECE course, you can choose subject like VLSI Design System, Signal and Image Processing, Robotics and Automation and more.

What is the duration of a BTech ECE course ?

A BTech ECE course spreads over to 4 years. May vary depending on the mode of education.

Does BTech ECE have lab subjects ?

Yes, an ECE course is both theoretical and practical, students will learn theory with their core subjects and undertsand applications using Lab Subjects.

How many semesters does a BTech ECE course have ?

A BTech ECE course is spread over four years and is divided into eight semesters, it features core subjects, lab subjects, electives and the specializations students can choose to study.

How are final grades evaluated in BTech ECE ?

The examinat The examinations in ECE are both theoretical and practical. With these examinations, students are marked with grade points, which are essential to calculating their performance. Students are required to clear all of their examinations, have over 75% attendance in all semesters, and submit a project in their final year to earn their degree.

How many subjects does BTech ECE course have ?

There are over 22 subjects in a BTech ECE course.

What is BTech ECE Syllabus?

BTech ECE is a deep and varied course, it's subjects are divided into three categories, core subjects, lab subjects, and electives. Apart from this there are also specializations that the student can choose to learn and pursue for his career.

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