The ECE Full Form is Electronics and Communication Engineering. Electronics and Communication Engineering is a course that teaches the candidates about Engineering Physics, Engineering Chemistry, Programming in C and Data structures, etc. The degrees in ECE Engineering are Diploma, UG, PG, and Doctorate.
This course basically deals with microprocessors, solid-state devices, digital and analogue communication, etc. The Electronics and Communication Engineering syllabus involves the topics like Basic Electronics, Constitution of India and Professional Ethics, Environmental Studies, etc.
There are various colleges that offer this course in India. Moreover, the ECE Engineering colleges include Delhi Technological University, Indian School of Mines, Indian Institute of Technology, Amity University, Amrita School of Engineering, BITS Pilani, etc.
To get admission in the ECE Course, the candidates will have to qualify one of the entrance exams from JEE Mains, WBJEE, MHT CET, and BITSAT.
After one completes the course, there will be huge opportunities of Electronics and Communication Engineering Jobs. The ECE jobs include Electronics Design & Development Engineer, Desktop Support Engineer, etc. Furthermore, the ECE Salary ranges from INR 10 LPA.
ECE Engineering: Course Details
Specifications | Details |
Name of the Course | ECE Engineering |
ECE Full Form in Engineering | Electronics and Communication Engineering |
ECE Engineering Eligibility |
|
ECE Engineering Entrance Exams | |
ECE Engineering Admission | Based on Entrance Exams |
ECE Engineering Colleges | Indian School of Mines, Indian Institute of Technology, Amity University, Amrita School of Engineering, BITS Pilani, etc |
Electronics and Communication Engineering Subjects | Basic Electronics, Constitution of India and Professional Ethics, Environmental Studies, etc. |
Electronics and Communication Engineering Jobs | Electronics Design & Development Engineer, Desktop Support Engineer, etc |
Salary of an Electronics and Communication Engineer | INR 10 LPA |
ECE Engineering Top Recruiters | Bharat Electronics Limited (BEL), Bharat Heavy Electricals Limited (BHEL), Hindustan Petroleum Corporation Limited (HPCL) |
Electronics and Communication Engineering: Why Study?
Candidates who want to work in the telecommunications, manufacturing, and production of communications and satellite systems frequently enrol in the ECE course. The programme offers a variety of manufacturing and production units in the public and commercial sectors. Most engineering universities provide this well-liked discipline of engineering.
Electronics and Communication Engineering: Who Can Study?
ECE courses are available at the diploma, degree, post-graduate, and doctoral levels. Anyone who has passed the necessary entrance exam and satisfies the minimal eligibility requirements may enrol in this course. Candidates must get the required qualifying exam grades as well as a rank in the admission exam at the state, national, or university level.
ECE Engineering: Eligibility
The candidates who are interested in pursuing the course of ECE Engineering should make sure that they are eligible enough as per the criteria. Moreover, the Electronics and Communication Engineering eligibility is mentioned below:-
Name of the course | ECE Engineering Eligibility |
ECE Course: Diploma | One must have completed their 10th. |
ECE Course: UG | The candidates will have to qualify their Class 12 along with entrance examination |
ECE Course: PG | The aspirant must have qualified their BTech + GATE |
Doctorate | One must have passed their MTech |
ECE Engineering: Entrance Exams
The admission in the course of Electronics and Communication Engineering is conducted through entrance examinations. Furthermore, the Electronics and Communications Engineering Entrance Examinations are mentioned below:-
Electronics and Communication Engineering: Syllabus
The ECE syllabus varies from degree to degree. Moreover, the Electronics and Communication Engineering subjects as per the degree can be found below:-
Diploma in ECE Syllabus
1st Year
- Professional Communication
- Applied Mathematics
- Applied Physics
- Applied Chemistry
- Applied Mechanics
- Applied Mechanics and Material
- Electrical Engineering I
- Electronic components and devices
- Technical Drawing
- Elementary Workshop Practice
- Computer Application for Engineering
2nd Year
- Applied Mathematics II 50- 52
- Electrical Engineering II 53- 56
- Industrial Electronics and 56 - 70 Transducers
- Network Filters and Transmission Lines
- Electronic Devices and Circuits
- Principles of Communication Engineering
- Principles of Digital Electronics
- Electronics Workshop
- Programming in C & C++
3rd Year
- Industrial Management and Entrepreneurship Development
- Environmental Education and Disaster Management
- Communication System
- Electronics Instruments and Measurement
- Construction Management, Accounts and Entrepreneurship Development
- Audio and Video System
- Television Engineering
- Microprocessor and Application
- Project 1. Problem
4th Year
- Modern Communication System
- Advance Microprocessor and Interface
- Bio medical Electronics
- Microelectronics
- Microwave and Radar Engineering
- Electronics Equipment Testing
- Modern Consumer Electronics Appliances
UG in ECE Syllabus
ECE Syllabus 1st Year
1st Sem | 2nd Sem |
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 |
ECE Syllabus 2nd Year
3rd Sem | 4th Sem |
Mathematics - III | Linear Integrated Circuits |
Analog Electronics | Electronic Switching Circuits |
Digital Electronics and Logic Design | Analog Communication Systems |
Network Analysis and Synthesis | VLSI and MEMS Technology |
Communication Theory | Electronic Measurement and Instrumentation |
Data Structure and Algorithm | Reliability and Quality Management |
ECE Syllabus 3rd Year
5th Sem | 6th Sem |
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 |
ECE Syllabus 4th Year
7th Sem | 8th Sem |
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 |
M Tech (PG) in ECE Syllabus
ECE Syllabus 1st Year
1st Sem | 2nd Sem |
Advanced Mathematics for Engineers | Optical Communication Systems |
Advanced Digital Communication Systems | Switching & Communication Networks |
Data Communication & Networking | Information Theory and Coding / Estimation and Detection Theory |
Information & Communication Theory | Digital Speech & Image Processing / Advanced Digital Signal Processing |
Elective | Research Project |
ECE Syllabus 2nd Year
1st Sem | 2nd Sem |
Microelectronics Technology | Neural Network & Fuzzy Logic |
Telecommunication Switching and Network | Computer Graphics and Visualisation |
Elective | Elective Dissertation |
Project | Dissertation |
1st Sem | 2nd Sem |
Advanced Mathematics for Engineers | Optical Communication Systems |
Advanced Digital Communication Systems | Switching & Communication Networks |
Data Communication & Networking | Information Theory and Coding / Estimation and Detection Theory |
Information & Communication Theory | Digital Speech & Image Processing / Advanced Digital Signal Processing |
Elective | Research Project |
PhD (Doctorate) in ECE Syllabus
- Electronics Programming
- Engineering Graphics
- Power Electronics and Instrumentation
- Verilog HDL
- Digital System Design Laboratory
- Signals and Systems
- Network Theory
- Analog ,HDL and Communication Lab
- Electromagnetic Waves
- Digital Communication
- Digital Signal Processing
- Embedded System
- Information Theory and Coding
- Microprocessor
- Management and Entrepreneurship Development
- Antennas and Propagation
- Computer Communication Networks
- Digital Switching Systems
- Optical Fiber Communication
- Wireless Communication
- VLSI Lab
- Thesis + Seminar
ECE Engineering: College
The below mentioned is the list of the colleges that offer the course of Electronics and Communication Engineering:-
Name of the College | ECE Engineering Fees |
INR 2- 6 lakh | |
INR 90K- 8 lakh | |
INR 8 lakh | |
INR 8- 10 lakh | |
INR 8- 11 lakh | |
INR 3 lakh | |
INR 14 lakh | |
INR 20 lakh | |
INR 2- 10 lakh | |
INR 2- 5 lakh | |
INR 4 lakh | |
INR 2 lakh | |
INR 10 lakh |
Electronics and Communication Engineering: Jobs
After the candidate completes the course of Electronics and Communication Engineering, they will be able to get jobs in several fields. Moreover, the ECE Jobs are mentioned below:-
Job Profile | ECE Salary |
Electronics Engineer | INR 7- 9 LPA |
Field Test Engineer | INR 8- 10 LPA |
Network Planning Engineer | INR 7- 9.5 LPA |
Customer Support Engineer | INR 5- 7 LPA |
Programmer analyst | INR 3 – 4 LPA |
Professor | INR 6 – 7 LPA |
Electronics and Communication Engineering: Jobs for Freshers
To know completely about Electronics and Communication Engineering jobs for freshers, read the table below:-
Job Position | ECE Salary |
Junior Software Engineer | INR 1,20,000 to INR 7,70,000 |
Junior Developer | INR 1,00,000 to INR 6,50,000 |
Junior programmer | INR 1,00,000 to INR 6,00,000 |
Data Analyst | INR 1.6 Lakhs to INR 12.0 Lakhs |
Research Associate | INR 1,80,000 Lakhs to INR 8,00,000 |
Technical Support Engineer | INR 1,40,000 to INR 9,00,000 |
ECE: Top Recruiters
The list of the top recruiters in Electronics and Communication Engineering is below:-
- BEL
- Texas Instruments
- HPCL
- Siemens
- BHEL
- Intel
- DRDO
- Philips
- DMRC
- Nvidia
- ISRO
- Reliance
ECE: Skills Required
The candidates who are aspiring to get ECE jobs must make sure to possess certain skills. Moreover, the skills required for Electronics and Communication Engineering job are mentioned below:
- Good communication
- Teamwork
- Aptitude for mathematics
- Time management
Electronics and Communication Engineering: Interview Questions
The Electronics and Communication Engineering Interview Questions along with example answers are:-
Q. What do you understand from the word electronics?
How to Answer: Your theoretical understanding of the topic will be evaluated by this question. To further explain your response, use examples.
Ans. It entails the investigation, creation, and application of electrical apparatuses that function by managing the flow of electrons through terminals. Electronics is what makes it possible to create tools that enhance our daily routines.
Q. What are passive and active electrical components?
How to Answer: This quiz is meant to test how well you comprehend the basics of electronics. Discuss the two elements using pertinent instances from your real-world experience.
Ans. Active components need outside sources in order to operate, whereas passive components don't. I've previously made inductors, resistors, and capacitors using passive components.
Q. What is an ideal current source?
How to Answer: Your understanding of fundamental principles of electronics engineering will be put to the test during the interview. Explain your response with pertinent examples to show your technical proficiency.
Ans. A current source becomes an ideal source in an electrical circuit if it produces constant current with optimal efficiency at any given point. In such circumstances, the resistance is limitless. I've had success developing parts that maximised battery efficiency by utilising ideal current sources.
Q. What is an ideal voltage source?
How to Answer: This inquiry is meant to assess your knowledge of electronics. Simple, concise definitions that include personal examples from your experience are best.
Ans. A two-terminal element with a specific voltage across the terminals at any given time is by definition an ideal voltage source. It allows any current, in any direction, to pass through. The best voltage source is a battery, for instance.
Q. How and when do you use a resistor?
How to Answer: The purpose of this question is to test your ability to create typical circuits using the foundations of electronics.
Ans. A resistor's function is to obstruct current passage, resulting in a drop in voltage across the terminals. These tiny devices guard against the destruction of transistors or integrated circuits brought on by an abrupt increase in the current that reaches them.