VIT Vellore
- Fees: ₹ 780,000
- Exams: VITEEE
Degrees offered: B.E /B.Tech, B.Tech M.Tech, B.Tech MBA, Diploma, Dual Degree, M.E /M.Tech., M.Phil.
Electronics and Communication Engineering also called ECE is one of the most sought-after engineering courses in India after Computer Science, Mechanical Engineering, and Electrical Engineering. Electronics and Communication Engineering involves designing, developing, and manufacturing electronic equipment (for devices and circuits) as well as communication systems.
Electronics and Communication Engineering is a branch in the wide domain of Engineering. A degree in Electronics and Communication Engineering enables the candidates to choose from various career options such as Electronics Engineer, Systems Engineer, and Hardware Engineer. The average fee ranges between Rs. 4,050 to Rs. 5.60 lakhs.
The eligibility criteria for an ECE course is to complete 10+2 education with a valid aggregate score of 50 per cent. Candidates can pursue postgraduate courses in ECE after completing their Bachelor’s degree. Admission to the colleges offering ECE is based on either an entrance exam or direct admission based on merit score.
Particulars | Values |
Branch Name | Electronics and Communication Engineering (ECE) |
Degree | |
Duration | UG: 4 years PG: 2 years |
Eligibility Criteria | UG: 10+2 in Science Stream PG: Bachelor’s Degree in Electronics and Communication Engineering or related discipline |
Admission Process | Admission Entrance Exam/ Direct Admission |
Top Entrance Exams | JEE Main, JEE Advanced, BITSAT, VITEEE and GATE |
Average Course Fees | Rs. 4,050 to Rs. 5.60 Lakhs |
Career Options | Electronics Engineer, Systems Engineer, Hardware Engineer, Programmer Analyst |
Average Salary | Rs. 4.92 LPA (Electronics Engineer) |
Recruiting Companies | Tata Elxsi, Bosch, IBM, Infosys, Intel, Samsung, Hewlett Packard, ISRO |
Various engineering specialisations are closely related to Electronics and Communication Engineering. Following is the list of such similar degrees.
Several colleges and institutions provide comprehensive education along with hands-on training and internships. Many private and government colleges are offering Electronics and Communication Engineering courses in India which are mentioned below:
Colleges | Fees |
Rs. 2.84 Lakhs | |
Rs. 2 Lakhs | |
Rs. 85,500 | |
Rs. 5.60 Lakhs | |
Rs. 1.40 Lakhs | |
Rs. 4,050 | |
Rs. 24,000 | |
Rs. 10,150 | |
Rs. 1.97 Lakhs | |
Rs. 2.16 Lakhs |
Note: The fee structure provided above can be for any particular Electronics and Communication Engineering (Diploma/ Degree/PGD).
Private institutes are known for their infrastructure and facilities. They also provide a good education, but their fees are generally higher as compared to a government institute. Mentioned in the table below are the top private colleges offering Electronics and Communication Engineering courses:
Colleges | Fees |
Rs. 7.8 Lakhs | |
Rs. 17.21 Lakhs | |
- | |
Rs. 9.4 Lakhs | |
Rs. 11 Lakhs | |
Rs. 6.67 Lakhs | |
Kalasalingam Academy of Research and Education, Virudhunagar | Rs. 5.31 Lakhs |
Rs. 8.64 Lakhs | |
Rs. 14.91 Lakhs | |
Rs. 9.75 Lakhs |
Many government institutes are offering Electronics and Communication Engineering courses in India. The fees are also very affordable and the quality of education is also good. Mentioned in the table below are some of the top government institutes:
Colleges | Fees |
Rs. 30,450 | |
Rs. 1.02 Lakhs | |
Rs. 8.94 Lakhs | |
Rs. 45,850 | |
Rs. 8.54 Lakhs | |
Rs. 78,000 | |
Rs. 6.18 Lakhs | |
Rs. 5.72 Lakhs | |
Rs. 2.68 Lakhs | |
Rs. 9.21 Lakhs |
Different institutions might have different eligibility requirements to be met by the candidates. For an undergraduate course, the candidates are required to complete their 10+2 with a minimum 50 per cent aggregate score. For a postgraduate course, the candidates are required to have a Bachelor’s degree in the field of Electronics and Communication Engineering:
There are no fixed eligibility criteria for undergraduate courses, it may vary from one institution to another. Mentioned below are the eligibility criteria for the undergraduate courses in Electronics and Communication Engineering.
Candidates must complete their 10+2 education with a valid aggregate score, which is generally 50 per cent.
They must also clear the entrance exams specified by the desired institute.
Students must have a Science stream in their 10+2 with Physics, Chemistry, and Mathematics as compulsory subjects.
The candidates are advised to check the eligibility criteria on the programme brochure provided by the institute before applying for admission.
There are many popular entrance exams conducted for admission to Electronics and Communication Engineering courses. Some of the main courses are mentioned in the table below:
Exam Name | Level | Conducting Body | Exam Schedule |
National | NTA | ||
National | IIT Bombay | ||
State | BITS Pilani | ||
State | BITS | ||
State | VIT |
The eligibility criteria for the postgraduate course in the field of Electronics and Communication engineering depends on the institute. Students must have a Bachelor’s degree in a relevant discipline to be eligible for admission. Candidates can check the eligibility criteria on the official website or the programme brochure issued by the desired institute.
Candidates must have passed B.Tech or B.E in Electronics and Communication Engineering or a relevant branch from a recognised institute.
They must score at least 60 per cent aggregate score to be eligible for admissions.
They must appear for the GATE entrance exam for admission to the top engineering colleges in India.
Reserved categories are also provided with relaxation in the qualifying percentage.
There are many entrance tests at the postgraduate level in the field of Engineering to get admission to different IITs, NITs, and other colleges. Students can find the relevant information for the entrance examinations in the table below:
Exam Name | Level | Conducting Body | Exam Schedule |
National | IITs | ||
State | Anna University |
In India, the integration of Electronics and Communication is creating numerous job opportunities for students. With the rise of technologies such as automation, drones, autonomous vehicles, and robotics, the scope for these engineers is broadening. Electronics and Communication Engineering (ECE) courses pave the way for careers in various industries.
Minimum Fees | Maximum Fees | |||
---|---|---|---|---|
Private | Government | Private | Government | |
UG | ||||
PG | ||||
DOCTORAL | ||||
DIPLOMA |
Electronics and Communication Engineering syllabus for an undergraduate course depends on the institution and the degree. Some of the subjects offered at the undergraduate level are Mechanics, Electrical Technology, Physics Laboratory, and Introduction to Programming and Data Structures. In the table below we have mentioned the syllabus of IIT Bhubaneswar for their B.Tech Electronics and Communication Engineering course:
Semester 1 | |
Mathematics-1 | Physics/ Chemistry |
Mechanics/ English for communication or Learning English | Electrical Technology/ Introduction to programming and data structures |
Introduction to Manufacturing Processes/ Engineering Drawing and Graphics | Physics Laboratory/ Chemistry Laboratory |
Electrical Technology Laboratory/ Introduction to programming and data structures Laboratory | Extra Academic Activity- 1 |
Semester 2 | |
Mathematics- II | Chemistry/ Physics |
English for Communication or Learning English/ Mechanics | Introduction to Programming and Data Structures/ Electrical Technology |
Engineering drawing and Graphics/ Introduction to Manufacturing processes | Chemistry Laboratory/ Physics Laboratory |
Introduction to programming and data structures Laboratory/ Electrical Technology Laboratory | Extra Academic Activity- 2 |
Semester 3 | |
Breadth 1 | Maths |
Introduction to Material Science and Engineering | Introduction to Bioscience and Technology |
Introduction to Electronics | Signal and Systems |
Introduction to Electronics Lab | Signal and Systems Lab |
Project Seminar | - |
Semester 4 | |
Environmental Science Technology and Management | Network Theory |
Digital Electronic Circuits | Analog Communication |
Digital Electronics Circuit lab | Analog Communication Lab |
Semester 5 | |
Electromagnetic waves and Radiating Systems | Digital Communication |
Microprocessor and Microcontroller | Digital Communication Lab |
Microprocessor and Microcontroller Lab | - |
Semester 6 | |
Digital Signal processing | Control Systems |
VLSI Design | Digital Signal Processing Lab |
Control Systems Lab | VLSI Lab |
Semester 7 | |
Communication Networks and Switching | RF and Microwave Engineering |
Electronic System Design Lab | Industrial Training Defence |
BTech Project 1 | - |
Semester 8 | |
BTech Project 2 | RF and Microwave Engineering Lab |
Electives | |
Computer Organization and Architecture | Compiler Design |
Artificial Intelligence | Computational Intelligence |
Semiconductor Devices | Opto-Electronics |
Advanced Communication Engineering | Image and Video Processing |
Statistical Signal Processing | Remote Sensing Systems |
Antenna Theory | Speech Signal Processing |
Renewable and Distributed Energy Sources | Industrial Instrumentation |
Energy Storage Systems | Networks and Systems Security |
Operating Systems | Information Theory and Coding |
Advanced Digital Signal Processing | Optical Communication |
Photonic Network | Biomedical Signal Processing |
Computational Electromagnetics | Semiconductor Device Modelling |
Satellite Communication | Fiber Optic Sensors |
Wireless and Mobile Communication | Microwave Design and Measurement |
Modern Radar Systems | Adaptive Signal Processing |
Array Signal Processing | Multimedia Network |
Computer Networks | Pattern Recognition |
Natural Language Processing | Embedded Systems |
Computer Vision | Smart Grid Technology |
The syllabus for Electronics and Communication Engineering at postgraduate typically consists of theoretical coursework in the initial years, followed by research-oriented courses in the subsequent years. The syllabus of Electronics and Communication Engineering might differ across institutions. In the table below we have mentioned the M.Tech Electronics and Communication Engineering syllabus of IIT Bhubaneswar.
Semester 1 | |
Advanced Communication Engineering | Image and Video Processing |
Elective I | Elective II |
Elective III | Advanced Communication and Radiating System Laboratory |
Design and Simulation Laboratory | Seminar-I |
Semester 2 | |
Information Theory and Coding | Advanced Digital Signal Processing |
Elective IV | Elective V |
Elective VI | Advanced Digital Signal Processing Laboratory |
Seminar-II | - |
Semester 3 | |
Thesis Part I | Research Review Paper I |
Semester 4 | |
Thesis Part II | Research Review Paper II |
There are various jobs available for graduates after Electronics and Communication Engineering. Mentioned in the table below are some of the most popular career options in the field of Electronics and Communication Engineering:
Job Profile | Job Description |
Electronics Engineers are professionals who are responsible for designing, developing, and maintaining systems and equipment that use electronics. They are in charge of the systems controlling the flow of data such as communication and broadcasting, computers, and various other electronic gadgets. | |
Systems Engineer | System Engineers are professionals who design and analyse the system as well as implement new systems and correct software errors in existing ones. They also oversee the entire lifecycle of a system, from its initial design to its implementation and management. |
Hardware Engineers are professionals who specialise in designing, developing testing, and maintaining the physical components of computer systems. Their main job is to ensure the configuration of the computer’s hardware and update the existing systems. | |
Programmer Analyst | Programme Analysts also called research analysts are professionals who evaluate an organisation’s programmes to ascertain their efficiency and effectiveness. They gather information about a problem to be solved or a process to be enhanced. |
A Design Engineer researches and develops test prototypes, and manages manufacturing for the company's new products and services. | |
A telecom engineer creates, plans, and manages voice and data communication networks using fiber, satellite, wired, and unwired connections, data compression, encryption, and encoding. |
Electronics and Communication Engineering (ECE) is a dynamic field witnessing rapid advancements. These technologies are revolutionising the industry, offering diverse career prospects and cost-effective solutions. Some of the upcoming trends are:
IoT
Robotics
Artificial Intelligence ( AI)
Mechatronics
After pursuing Electronics and Communication Engineering, the graduates can work in fields such as electricity plants, aviation, consumer electronics, manufacturing, communication and telecommunication, transportation, computer application, and equipment manufacturing. Many top companies hire ECE degree graduates who are qualified for their respective roles. Some of the popular ones are mentioned below:
Tata Elxsi
Bosch
Wipro
ISRO
IBM
Samsung
Infosys
Candidates graduating from an Electronics and Communication Engineering course must know the average salary of some of the top career options available in the field of Electronics and Communication Engineering. The average salary depends on the location of the company, the skills and experience of the candidate, and the job profile applied by the candidate.
Job Profile | Average Salary |
Electronics Engineer | Rs. 3.9 LPA |
Systems Engineer | Rs. 5.5 LPA |
Hardware Engineer | Rs. 7.9 LPA |
Programmer Analyst | Rs. 6.0 LPA |
The skills required for Electronics and Communication Engineering (ECE) courses are no different from those of other Engineering courses. Some of the skills required for Electronics and Communication Engineering courses are mentioned below:
Good Communication
Teamwork
Time Management
Analytical Thinking
Critical Thinking
Discipline
The Electronics and Communication Engineering course curriculum is comprehensive and begins with the fundamentals of engineering mathematics, chemistry, physics, and engineering drawing. The first year’s syllabus is common across all branches in most undergraduate colleges. From the second year, the curriculum delves into discipline-specific subjects and this specialised knowledge equips them for a career in the field of ECE.
Application Process: 09 Jun, 2024 - 10 Jun, 2024
Application Process: 02 Aug, 2024 - 20 Sep, 2024 (Tentative)
Exam Date: 31 May, 2024
Exam Date: 25 Jun, 2024 - 27 Jun, 2024
Answer :
The average course fee after completion of an Electronics and Communication Engineering depends on the level of education and the type of institute. Generally, the average fees of ECE courses range from Rs. 4,050 to Rs. 5.60 Lakhs.
Answer :
The entrance exams depend on the level of education. Some of the top entrance exams in the field of ECE are JEE Main, JEE Advanced, BITSAT, SRMJEEM, and VITEEE.
Answer :
Electronics and Communication Engineering (ECE) offers a wide range of opportunities. Graduates can work in sectors like telecommunications, IT, and hardware. They can design, develop, and test electronic equipment and systems. ECE professionals are also in demand in the defence, space research, and robotics industries.
Answer :
The salary after completion of either undergraduate or postgraduate courses in ECE depends on the individual's capabilities, the location of the company, and the experience of the candidate. The average salary of an Electronics Engineer is Rs. 3.9 LPA.
Answer :
The Electronics and Communication Engineering course depends on the level of education. Typically an undergraduate course in ECE lasts for four years while a postgraduate course lasts for two years.
Answer :
Computer science engineering (CSE) is all about coding and programming. ECE has a blend of physics, electrical components, electronics, and programming. The deciding factor should primarily be your inclination toward either physics or programming.
Answer :
Some of the colleges with the lowest tuition fees are Jadavpur University, Jamia Milia (New Delhi), and the Indian Institute of Space Science and Technology (Thiruvananthapuram). You can also get a 100 percent scholarship on your tuition fees in IITs if your family income is less than one lakh.
Answer :
If your interests align with your course, everything becomes a piece of cake for you. There is no point in taking up a branch without any inclination toward it. ECE may seem a bit difficult initially due to the abstract thinking involved, but it gets better with time if your concepts are strong.
Answer :
JEE is one of the toughest exams that is conducted in the country. The JEE Main is of 3 hours and usually 360 marks. The total marks keep changing, but the time duration remains the same. JEE Advanced has 2 papers over two different sittings of 3 hours each.
Answer :
IITs are one of the best institutes for completing your Bachelor's and Master’s degrees. All IITs (Mumbai, Delhi, Roorkee, Kharagpur, Kanpur, Madras, and the like) offer ECE as a branch in their undergraduate and postgraduate courses.
You can join the Indian Air Force (IAF) after completing a diploma in Electrical and Electronics Engineering, but not as a commissioned officer through prestigious exams like CDS or AFCAT.
Airmen in IAF (Technical)
Hello aspirant,
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Thank you
Hope it helps you.
Hello Aspirant
There is no bsc in engineering, you can do BE in engineering that is bachelor of engineering degree course
Eligibility to appear for pursuing Bachelor in engineering in EEE or any other field is to have passed diploma in relevant subject or class xii with minimum 50% marks in physics, chemistry and mathematics.
If you are a diploma holder in engineering then you will get lateral entry to direct second year of engineering.
Fees for the course ranges from 20,000 to 2.5 lakh per year depending upon college .
Colleges offering BE courses
Jiwaji university, Gwalior
BITS Pilani GOA
IIT delhi
IIT kanpur
Vivekananda polytechnic, chembur
Thadomal polytechnic, Bandra , mumbai.
Question : Which infrastructure sector focuses on waste management and sanitation?
Option 1: Environmental infrastructure
Option 2: Energy infrastructure
Option 3: Transportation infrastructure
Option 4: Telecommunication infrastructure
Correct Answer: Environmental infrastructure
Solution : The correct answer is (a) Environmental infrastructure
The infrastructure sector that focuses on waste management and sanitation is environmental infrastructure. Environmental infrastructure refers to the physical systems and facilities that are designed to manage and protect the environment, including waste management, sanitation, and pollution control.
Within environmental infrastructure, waste management and sanitation systems play a crucial role in ensuring the proper collection, treatment, and disposal of waste to minimize environmental pollution and health hazards. This includes solid waste management, wastewater treatment plants, recycling facilities, landfill sites, and related infrastructure.
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