Electronics & Communication Engineering (ECE): Admission 2025, JEE Main 2025, Fees, Syllabus, Entrance Exams, Top Colleges, Career & Salary
Vidhi JainContent Writer
Electronics & Communication Engineering (ECE) deals with the research, design, development, and testing of electronic equipment and communication systems. This field involves the study of electricity, electronics, communication engineering, and electromagnetism. Electronics and Communication Engineering courses cover important subject areas like Communication and Network Engineering, Signal Processing, Microwave Engineering, Photonics, VLSI Design, etc. Electronics & Communication Engg. deals with small-scale electronic systems, with low voltage and current.
Electronics & Communication Engineering rightfully rules the industry, from mobile phones and wristwatches to washing machines, refrigerators, ships, trains, aircraft, and defense equipment, all are electronics and communication coded. Students can pursue Electronics and Communication Engineering at the diploma, undergraduate, postgraduate, and doctorate levels. The Electronics and Communication Engineering eligibility criteria for admission is the completion of Class 12 in the Science background with Physics, Chemistry, and Mathematics subjects and securing at least 50 to 60 percent marks in the board examination.
Electronics and Communication Engineering courses impart detailed knowledge to students regarding the design and development of interconnected devices, which are crucial for smart homes, cities, and industries. The Electronics and Communication Engineering admission process for undergraduate courses is based on both entrance exams as well as Class 12 merit. Some of the prominent Electronics and Communication Engineering entrance exams include JEE Main, JEE Advanced, TS EAMCET, AP EAMCET, KCET, COMEDK UGET, MHT CET, TNEA Counselling, GATE, etc.
Popular Electronics and Communication Engineering colleges in India are VIT Vellore, Delhi Technological University (DTU), NIT Trichy, IIT Kharagpur, SRM Institute of Technology and Science, BITS Pilani, IIT Roorkee, NIT Rorkela, NIT Surathkal, among others. The average Electronics and Communication Engineering course fee at these reputed academic institutions is between INR 3 lakh and 7 lakh.
Some popular Electronics and Communication Engineering jobs include Electronics Engineer, Network Planning Engineer, Field Test Engineer, Associate Firstline Technician, R&D Software Engineer, etc. Top Electronics & Communication Engg. recruiters include BEL, DRDO, ISRO, Texas Instruments, Intel, Siemens, DMRC, Wipro, HCL Technologies, Tech Mahindra, Phillips Electronics, etc. The average Electronics and Communication Engineering salary for fresh graduates is around INR 5 LPA.
Electronics and Communication Engg. (ECE) Latest Updates:
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JEE Main 2025 Session 2 registrations are open for admission to BE/BTech courses. The last date to apply is Feb 25, 2025. The JEE Main 2025 Session 2 exam is scheduled to be held between Apr 1 and Apr 8, 2025. Further, the session 1 result is to be declared by Feb 12, 2025.
- The JEE Advanced 2025 exam date has been announced for the BTech course. As per the official website, the JEE Advanced 2025 exam will be conducted on May 18, 2025. Further, the application form will be released in Apr 2025.
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The GATE 2025 admit cards have been released for admission to the MTech courses. Registered candidates can log in and download their admit cards from the official website. The GATE 2025 exam will be conducted on Feb 1, 2, 15, and 16, 2025.
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The CUET PG registration window 2025 is open for admission to PG courses, and the last date to register has been extended till Feb 8, 2025. Further, the CUET PG 2025 exam is scheduled to be conducted between Mar 13, 2025, and Mar 31, 2025.
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The KCET 2025 registrations are open for admission to the BE/BTech courses, and the last date to register is Feb 18, 2025. The KCET 2025 exam is scheduled to be held on Apr 16 and Apr 17, 2025.
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The WBJEE 2025 registration starts for admission to the BTech courses, and the last date to register is Feb 23, 2025. The WBJEE 2025 exam is scheduled to be held on Apr 27, 2025.
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The COMEDK UGET 2025 registrations for admission to the BTech courses will start on Feb 3, 2025. The COMEDK UGET 2025 exam will be held on May 10, 2025.
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The CG PET 2025 exam date has been notified for admission to the BE/BTech courses. As per the notice, the CG PET 2025 exam will be held on May 8, 2025, and the CG PET 2025 application form will be available in Feb 2025.
- TS EAMCET 2025 exam dates have been released for admission to the BE/BTech courses. The TS EAMCET 2025 exam for BE/BTech will be scheduled from May 2 to May 5, 2025.
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The KEAM 2025 exam date has been announced for admission to the BTech courses. As per the schedule, the KEAM 2025 exam dates are from Apr 24 to Apr 28, 2025.
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The GUJCET 2025 exam is scheduled to be held on Mar 23, 2025.
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The Karnataka PGCET 2025 registration window for admission to ME/MTech courses will open on Apr 25, 2025. The Karnataka PGCET 2025 exam for ME/MTech will be held on May 31, 2025.
- VITEEE 2025 application form is released and the last date to apply is 31st March, 2025. VITEEE exam date is from April 21 to 27, 2025.
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The SRMJEEE 2025 application window is open for the BTech course, and the last date to apply for Phase 1 is Apr 16, 2025, tentatively. The SRMJEEE 2025 phase 1 exam date will be held tentatively from Apr 22 to Apr 27, 2025.
- Electronics and Communication Engineering Course Details: Highlights
- What is Electronics and Communication Engineering (ECE Full Form)?
- 2.1 What is the difference between Electronics Engineering and Electronics and Communication Engineering?
- Electronics and Communication Engineering Eligibility Criteria
- Electronics and Communication Engineering Admission 2025
- Top Electronics and Communication Engineering Entrance Exams 2025
- Electronics and Communication Engineering Syllabus
- Best Electronics and Communication Engineering Colleges in India
- 7.1 Best Government Electronics and Communication Engineering Colleges
- 7.2 Best Private Electronics and Communication Engineering Colleges
- Electronics and Communication Engineering Job Profiles, Career Scope, Salary and Top Recruiters
- 8.1 Electronics and Communication Engineering Top Recruiters
- Electronics and Communication Engineering FAQs
Electronics and Communication Engineering Course Details: Highlights
ECE Course Highlights |
ECE Course Details |
---|---|
ECE Full Form in Engineering |
ECE full form in Engineering - Electronics and Communication Engineering |
ECE Course Levels |
Diploma, Undergraduate, Postgraduate, Doctorate |
ECE Course Eligibility |
Diploma: Class 10 UG: Class 12 along with entrance examination PG: BTech + GATE Doctorate: MTech |
ECE Course Duration | Diploma: 3 years UG: 4 years PG: 2 years PhD: 3- 6 years |
ECE Course Examination Type |
Semester-wise |
ECE Entrance Exams 2025 |
JEE Main, TS EAMCET, AP EAMCET, KCET, COMEDK UGET, MHT CET, GATE, etc. |
Best Electronics and Communication Engineering Colleges in India |
VIT Vellore, DTU, NIT Trichy, IIT Kharagpur, SRM Institute of Science and Technology, NIT Rourkela, NIT Surathkal, BITS Pilani, etc. |
ECE Course Fee |
INR 3-7 lakh |
Average Electronics and Communication Engineering Salary |
INR 5 LPA |
ECE Job Positions |
Electronics Engineer, Network Planning Engineer, R&D Software Engineer, Electronics Design & Development Engineer, Desktop Support Engineer, System Control Engineer, etc. |
Top ECE Course Recruiters |
Bharat Electronics Limited (BEL), Bharat Heavy Electricals Limited (BHEL), Hindustan Petroleum Corporation Limited (HPCL), Texas Instruments, Intel, Siemens, Wipro, etc. |
Note- This information is sourced from the official website and may vary.
Relevant Links for Electronics & Communication Engineering (ECE full form):
JEE Main Expected Marks vs Percentile 2025
JEE Mains 2025 Registration Session 2 Starts Tomorrow; Check Documents Required To Apply
JEE Main Marks vs Percentile vs Rank 2025: Calculate Percentile and Rank Using Marks
JEE Main 2025 Chapter wise Weightage: Physics, Chemistry & Mathematics
Engineering_Outlook_Report_2025
What is Electronics and Communication Engineering (ECE Full Form)?
ECE full form in Engineering is Electronics and Communication Engineering. ECE course is one of the most important sub-disciplines of Engineering which revolves around the application of communication systems and electronics in designing and manufacturing critical communication devices and network systems, upon which the entire human race depends for seamless and efficient communication.
Course Synopsis-
- ECE Course Duration: Typically 4 years for a Bachelor of Engineering (BE) or Bachelor of Technology (BTech) degree.
- ECE Core Subjects: Circuit theory, electronic devices, signal processing, communication systems, control systems.
- ECE Specialization Options (may vary): VLSI design, Embedded Systems, Communication Networks, Microwave Engineering.
- ECE Career Paths: Electronics companies, telecom sector, IT firms, research institutions, government departments.
Relevant Links for Electronics and Telecommunication Engineering Courses:
JEE Mains 2025 Result Session 1 Date: Check Expected Percentile vs. Marks
JEE Main 2025 Jan 28 Shift 1 Exam Analysis; Check Paper Difficulty Level Here
JEE Advanced Marks vs Ranks 2024: Check Category Wise Qualifying Marks, Previous Year Marks v/s Rank
What is the difference between Electronics Engineering and Electronics and Communication Engineering?
In practice, the difference between pure electronics engineering and ECE is not always clear-cut. Many universities offer a combined degree program in electronics and communication engineering, and graduates of these programs are qualified for a wide range of jobs in both pure electronics and communication engineering. However, to know the key difference between both the courses, you can refer to the table mentioned below:
Characteristics | Pure Electronics Engineering | Electronics and Communication Engineering |
---|---|---|
Focus | Electronics engineering deals with the design, development, and application of electronic devices and circuits. | Electronics and communication engineering (ECE) is a more specialized branch of electronics engineering that focuses on the transmission and reception of signals. |
Coursework | General | Focused on communication systems |
Career opportunities | Wide range with various job roles such as Electronics engineer, circuit designer, embedded systems engineer, power electronics engineer | More likely to work in the communication industry with job roles such as Communication engineer, network engineer, microwave engineer, wireless engineer, RF engineer |
Examples of topics covered | Semiconductor physics and devices, analog and digital electronics, circuit design, signal processing, power electronics, embedded systems | Communication theory, microwave engineering, antennas and propagation, digital signal processing, wireless communication, networking |
Useful Links for ECE Courses:
JEE Main 2025 Jan 24 Shift 1 Exam Analysis; Check Paper-Wise Difficulty Level
JEE Main 2025 Jan 24 Shift 2 Paper Analysis; Check Day 3 Detailed Review
GATE 2025: Key Dates, Admit Card Download, Guidelines, and Last-Minute Preparation Tips
JEE Advanced Organising Institute: Know Which IIT will Conduct JEE Advanced 2025, 2026, 2027
Q: What is the difference between Electronics & Communication Engineering and Electronics & Telecommunication Engineering?
Q: Who can pursue ECE courses?
ECE (Full Form: Electronics and Communication Engineering) courses are offered at the diploma, graduation, postgraduate, and doctorate levels. If you meet the minimum eligibility criteria and have cleared the relevant entrance exam, you can pursue ECE courses.
You can go for a 3-year Diploma after Class 10 with 45% marks in the final exams. For BTech in ECE, you need at least 50 to 60 percent marks in Class 12 in the PCM subjects. For PG-level courses in ECE, you must hold a bachelor's degree in ECE or a related field with a minimum score of 55%. You can also go for a PhD in this field and enter the research field after completing a master's degree in Electronics & Communication Engineering or a relevant discipline with 55% marks.
Further, ECE courses require handling technical challenges and coming up with quick solutions. So, if you enjoy these aspects, you'll do well in this field. A passion for electronics, communication systems, and how they work is a big advantage for taking up ECE (Full Form: Electronics and Communication Engineering) courses.
Q: What is the duration of ECE courses?
Hi, hope you're doing well.
Courses in Electronics & Communication Engineering are offered at the diploma, UG, PG, and doctorate levels. A diploma in Electronics & Communication Engg. is 3 years long. For UG-level ECE courses, the general course duration 4 years in India. If you opt for an integrated BTech-MTech in ECE, the total course duration will be 5 years. For MTech in Electronics and Communication Engineering, the overall duration is 2 years in general. Further, the duration of PhD courses in ECE can span between 3 years and 6 years on the basis of your specialisation and the institution offering the course.
Q: Do BE and BTech ECE have the same value?
No, BTech has a more practical implication while a Bachelor of Engineering focuses more on the technical insight on a topic. BTech is highly in demand and therefore pursued by many candidates who wish to make a career in top telecom and electronic companies. Therefore a majority of colleges now offer BTech in ECE course which is designed in a such a way to prepare candidates for the industrial exposure.
However, it depends on the individual, if you will focus on gaining more experience and upskilling then BE students in ECE can also expect a decent level of growth in their career.
Q: What are the higher study options after B.Tech ECE?
BTech in ECE opens doors to a diverse range of higher study options. You can pursue following options:
- Master's Degrees (M.Tech): Specialize in areas like VLSI design, Communication Engineering, or Embedded Systems.
- Master of Business Administration (MBA): Combine technical expertise with business acumen for leadership roles.
- Research Programs (MS/PhD): Deep dive into research areas like wireless communication or artificial intelligence.
Q: Is B.Tech in ECE a good choice for someone interested in robotics?
Yes, ECE course provides a strong foundation for robotics. You'll gain knowledge of Electronics, Control Systems, and Programming, all crucial aspects of robot design and development. Some universities may offer specialisation tracks in robotics within the ECE program.
Q: What is the duration of BE/BTech in the ECE?
The duration of BE/BTech in ECE is four years. There will be eight-semester exams during which the candidate will need to work on major and minor projects as well. Candidates have to pursue this grueling course to become skilled professionals in ECE.
Many colleges also grant extension to candidates to finish the course in case of failing in semester examinations or any other health issues. The maximum duration to which the course is extended is 6 years.
Electronics and Communication Engineering Eligibility Criteria
The minimum eligibility criteria for ECE (Full Form: Electronics and Communication Engineering) courses require the students to have passed Class 12 with a minimum of 50-60% marks, in the Science background with Physics, Chemistry and Mathematics subjects. If you are someone who is seeking a future in ECE, then you must begin your journey by equipping yourself with the basic eligibility knowledge. The eligibility criteria to pursue an ECE Engineering at the UG and PG level are given as follows:
ECE Course Levels | Educational Background | Additional Requirements (may vary) |
---|---|---|
Diploma in Electronics & Communication Engineering (3 years) | 10th Pass (or equivalent) Some institutions might prefer candidates with PCM background in Class 12 |
Prior experience in IT or related fields may be beneficial |
Undergraduate Programs (BTech ECE/BE in ECE, B.Sc. with specialization in ECE) (4 years) | Class 12 with Physics, Chemistry, and Mathematics (PCM) as mandatory subjects. | Minimum marks requirement varies (usually 50-60 percent) |
Postgraduate Programs (MTech ECE/ME in ECE, M.Sc. with specialization in ECE) (2 years) | B Tech Electronics & Communication Engineering (B Tech in ECE) or a bachelor's degree in closely related field (e.g., Electrical Engineering, Information Technology) with at least 55% marks. | Strong foundation in core ECE subjects (circuit theory, communication systems, signal processing) |
PhD in ECE | MTech in Electronics and Communication Engineering/ M.E in ECE or a related field with at least 55% marks in postgraduation. | Strong knowledge of ECE subject areas and Mathematical aptitude |
Quick Links For Electronics Communication Engineering:
JEE Advanced Eligibility Criteria 2025 (OUT): Final Attempt Limit, Age, 75% Criteria Requirement
How to Appear for CUET UG 2025: Comprehensive Guide for CBT Mode
Q: Can I pursue ECE course after Class 10th?
Yes, candidates can pursue Diploma in ECE after completing Class 10. For this, candidates are either selected on the basis of merit or on the basis of scores in the entrance examination. Some of the colleges offering Diploma courses are as follows:
- LPU, Jalandhar
- Centurion University of Technology and Management
- NITTE Meenakshi Institute of Technology
- GLA University
- Bengal Institute of Technology
Q: Can I pursue PhD in ECE after BTech?
Yes, PhD course can be pursued after completing M.Tech in ECE from recognised universities. Candidates also need to clear Research Entrance Test and Interview in order to secure admission in PhD course. Some of the colleges are as follows:
- VIT Vellore
- NIT Surathkal
- Chandigarh University
- Lovely Professional University
- Amity University
Q: Can you suggest some higher study options? I am pursuing Diploma in ECE.
You are eligible to seek lateral entry admission in B.Tech 2nd year by appearing in LEET examination conducted by various universities and state governments. A BTech or B.E in Electronics and Communication Engineering can be an excellent gateway towards a fulfilling career in this field. You can also opt for a particular specialization ECE such as VLSI Design, Embedded Systems, Communication Networking, or IoT.
You must make sure to meet the minimum eligibility requirements set by various universities in India. Typically, they ask for at least 45 to 50% marks in your diploma final exams to be eligible for BTech lateral entry admissions.
Q: What are the eligibility criteria for admission to B.Tech in ECE branch?
To be eligible for a BTech in ECE, you typically need:
- Minimum marks (often around 50 percent) in 10+2 with Physics, Math, and Chemistry.
- Qualifying entrance exams like JEE Main or state-level engineering exams.
You must prepare well for the exam and make sure to check the eligibility requirements of the institutions you're targeting to avoid any last minute confusion at the time of admission. You must go through the syllabus well and start preparing for the entrance test a few months before so that there is enough time for revision.
Electronics and Communication Engineering Admission 2025
The admission to Electronics and Communication Engineering courses (ECE full form) at the popular universities and colleges across India is generally based on the entrance exam scores in exams like JEE Main, JEE Advanced, KCET, MHT CET, BITSAT, VITEEE, GATE, etc. Some private institutions may also provide admission to students on a merit basis, considering their Class 12 marks. Hence, it is advisable for aspirants to check the official websites of the academic institutions that they are targeting to check the admission process thoroughly. Given below is a basic overview of the Electronics and Communication Engineering admission process:
1. Eligibility: Pass Class 12 with Physics, Chemistry, and Mathematics as core subjects with a minimum of 50 to 60 percent aggregate.
2. Entrance Exams:
- JEE Main: For admission to IITs, NITs, and other government engineering colleges.
- JEE Advanced: For admission to IITs.
- State-level entrance exams: Conducted by individual states (e.g., AP EAMCET, KCET, WBJEE, MHT CET).
- University-level entrance exams: Conducted by universities (e.g., VITEEE, BITSAT).
3. Application and Counseling:
- Register for the chosen entrance exam.
- Appear for the exam.
- Based on the exam score, participate in counseling to choose your preferred college and branch.
- Submit the required documents and pay fees.
4. Admission Confirmation:
- Receive admission confirmation letter.
- Report to the college for orientation and enrollment.
Relevant Link for Electronics & Communication Engg:
JEE Main 2025 Exam City Slip: Check date, link and steps to download
GATE 2025 Branch Wise Exam Dates Out: Check GATE Test Paper Dates Session-Wise
Admissions to IITs without GATE 2025 Scores: Check Eligibility, Process, and more
Q: Is there any age limit for admission to Electronics and Communication Engineering courses?
There is no hard and fast rule regarding age for pursuing courses in Electronics and Communication Engineering (ECE) at popular academic institutes in India. But, looking at the past admission trends in ECE courses, students are usually between 18 years and 24 years of age when they apply for UG-level ECE courses, and between 24 and 27 years for PG-level courses.
If you are a bright student with a good academic record and have successfully cleared the entrance exam or other assessment rounds, you can apply for Electronics and Communication Engineering courses.
Q: What is the general admission process for UG-level Electronics and Communication Engineering courses?
For pursuing Electronics and Communication Engg. courses at the undergraduate level, you must have completed Class 12 in the Science background with PCM subjects with at least 50 to 60 percent marks in the board exams.
Further, you will have to appear for and pass entrance tests conducted at the national/state/institutional levels for admission to ECE courses. After the results are out, you must apply for the counselling process online and appear for the same on the given date. You will be allotted your college on the basis of your entrance exam rank after which you can visit the college to complete the formalities like paying the course fee and getting your documents verified.
Q: Is it necessary for a candidate to attempt all questions in GATE?
GATE stands for Graduate Aptitude Test in Engineering. It is a national-level examination conducted for Master of Engineering (ME), Masters in Technology (M.Tech), and direct Ph.D. admissions to Indian Institutes of Technology (IITs), National Institutes of Technology (NITs), Indian Institutes of Information Technology (IIITs), and other institutes/universities across India.
The GATE paper consists of a total of 65 questions. Check below for the GATE exam pattern. - The GATE Questions paper consists of two sections, namely General Aptitude (GA) (15 marks) and the subject-specific GATE paper (85 marks). - The General Aptitude (GA) section consists of 10 questions. 1 to 5 questions are worth 1 mark each, and the rest, 6 to 10, are worth 2 marks each. - The GATE paper subject-specific section consists of 55 questions, of which 1 to 25 are of 1 mark each and questions from 26 to 55 are of 2 marks each. - Here to be noted that, questions that are not attempted will result in zero marks. Therefore, wrong answers to multiple-choice questions (MCQs) will result in negative marking. For questions of the numerical answer type, there is no negative marking. Also, for MCQ questions, a wrong answer will result in a deduction of 1/3 mark for a 1-mark question and 2/3 mark for a 2-mark question. Read more in detail: https://www.shiksha.com/engineering/gate-exam-pattern.
Q: Is the criteria of 75% marks in class 12 applicable in JEE Main 2025?
Hello candidate, there is no such requirement of 75% marks in class 12 for appearing in JEE Mains. The eligibility criteria of minimum 75% marks in class 12 is required at the time of admission in NITs, IIITs and GFTIs. You can apply and appear in JEE Mains 2025 irrespective of your class 12 marks. The detailed JEE Main eligibility criteria 2025 can be checked on the respective official website. You are further advised to carefully check the detailed eligibility criteria before filling the JEE Main application form 2025.
All the best!
Q: What is the last date to fill KCET application form 2025?
Karnataka Examinations Authority has released the KCET 2025 application form at the official website. Candidates can fill out the KCET application form at kea.kar.nic.in. Applicants must fill out the KCET application form 2025 at the earliest to avoid last-minute payment failure issues. The candidates who fill the KCET application form on or before the last date will be issued hall tickets as per the schedule. The last date to fill KCET application form is February 18.
Q: Which book should I refer to prepare for MHT CET exam?
Hi aspirant! Hope you are doing well.
Below are provided here a few of the MHT CET best books for all three subjects- Physics, Chemistry and Mathematics. You can check out the books and prepare for the exam effectively.
Best Chemistry Book for MHT CET
NCERT Class 11 and 12 Text Book
MHT CET Triump Chemistry (Target Publication)
Complete Reference Manual MH-CET Chemistry (Arihant Publication)
MHT CET Chemistry by Arihant Publishers
Marvel Chemistry for MHT CET by Mayur Mehta, Chitra Joshi, Rekha Diwekar
Chemistry for MHT CET (MCQ) by Mayur Mehta and Chitra Joshi (Marvel Publication)
Best Physics Book for MHT CET
NCERT Textbook for class 11 and 12
Concepts of Physics by H.C. Verma – Volume 1 and 2
MHT CET Physics by AJ Bapat (Marvel Publication)
Complete Reference Manual MH-CET Physics M.K. Dikshit (Arihant Publication)
MCQ Physics for MHT CET by A J Bapat (Marvel Publication)
Best Mathematics Books for MHT CET
NCERT Text Books for Class 11 and 12
MCQ Mathematics for MHT CET by Hemant G. Ainapure (Marvel Publication)
Complete Reference Manual MH-CET Mathematics by Sushil Verma (Arihant Publication)
Hope this answered your query. If yes, kindly up vote. Thanks.
Q: How many minimum marks are required to clear JEE Mains?
Top Electronics and Communication Engineering Entrance Exams 2025
Some of the top ECE (Full Form: Electronics and Communication Engineering) course entrance exams are given here which includes details about their registration dates and exam dates. Refer to the table for all the important details about the popular entrance exams for Electronics and Communication Engineering:
ECE Exams |
ECE Exam Dates |
ECE Exam Schedule |
---|---|---|
JEE Main 2025 |
JEE Main 2025 Exam Date Session 1- 22 Jan '25 - 31 Jan '25 JEE Main 2025 Exam Date Session 2- 01 Apr '25 - 08 Apr '25 |
|
JEE Advanced 2025 |
18 May'25 |
|
MHT CET 2025 |
MHT CET 2025 Exam for PCB Group- 9 Apr'25 - 17 Apr'25 MHT CET 2025 Exam for PCM Group- 19 Apr'25 - 27 Apr'25 |
|
CUET 2025 |
May'25 (Tentative) |
|
TS EAMCET 2025 |
May'25 (Tentative) |
|
BITSAT 2025 |
BITSAT 2025 Exam Date (Session I)- May'25 (Tentative) BITSAT 2025 Exam Date (Session II)- Jun'25 (Tentative) |
|
COMEDK UGET 2025 |
10 May'25 |
|
KCET 2025 |
16 Apr'25 - 17 Apr'25 |
|
KEAM 2025 |
24 Apr'25 - 28 Apr'25 |
|
WBJEE 2025 |
27 Apr'25 |
|
VITEEE 2025 |
21 Apr'25 - 27 Apr'25 |
|
GATE 2025 |
01 Feb'25 - 02 Feb'25 15 Feb'25 - 16 Feb'25 |
Note- This information is sourced from the official website of the institute/exam.
Relevant Links for ECE Engineering:
GATE 2025 Mock Tests: Check How to Attempt Mock Test Papers, Benefits, and MoreJEE Advanced 2025 Syllabus for Mathematics (OUT): Download PDF
JEE Advanced 2025 Syllabus for Physics (OUT): Download PDF
JEE Advanced 2025 Syllabus for Chemistry (OUT): Download PDF
1 Feb ' 25 - 25 Feb ' 25 | JEE Main 2025 Session 2 Registration |
12 Feb ' 25 | JEE Main Result 2025 Session 1 |
30 Dec ' 24 - 15 Feb ' 25 | MHT CET 2025 Application Form |
16 Feb ' 25 - 22 Feb ' 25 | MHT CET 2025 Application Form with late fee |
15 Feb ' 25 | GATE 2025 Exam (CY | AE | DA | ES | PI | EC | GE ... |
16 Feb ' 25 | GATE 2025 Exam (CE1 | GG | CH | PH | BT | CE2 | S... |
21 Jan ' 25 - 18 Apr ' 25 | BITSAT 2025 application form - Session 1 and Both... |
29 Apr ' 25 - 1 May ' 25 | BITSAT 2025 application form correction facility ... |
Important Exam Dates
Dates | Upcoming Exam Dates |
---|---|
08 Feb '25 - 12 Feb '25 | UPCATET 2024 Online Counselling for MVSc and PhD: Depositing security fee ONGOING |
Feb '25 - Mar '25 | JMI Entrance Exam 2025 Applications Open TENTATIVE |
Feb '25 - Mar '25 | JMI Entrance Exam 2025 Applications Open TENTATIVE |
Jan '25 - May '25 | DAVUET 2025 Application Form TENTATIVE |
01 Dec '24 - 04 Jul '25 | MUJEE 2025 application form ONGOING |
Jan '25 - Jul '25 | SPSAT 2025 application form date TENTATIVE |
13 Feb '25 - 14 Feb '25 | UPCATET 2024 Online Counselling for MVSc and PhD: Admission/reporting at the allotted University |
Dates | Past Exam Dates |
---|---|
Jan '25 | CRMUAT 2025 Application Form Dates Availability |
04 Dec '24 | DSAT 2025 Application Form Start Date |
22 Jul '24 - 30 Jul '24 | SHIATS Entrance Exam 2024 Offline Counselling |
Q: What are some of the entrance tests for BE/BTech in Electronics and Communication Engineering?
Some of the top entrance examinations for admission to BE/BTech in ECE with their schedule are mentioned below in the table:
Exam | Exam Schedule |
---|---|
JEE Main | |
JEE Advance | |
MHTCET | |
CUET | |
TS EAMCET |
Q: What is JEE Mains 2025 exam date session 2?
NTA is yet to announce the JEE Main exam date of 2025. The exam will be conducted in two sessions. The NTA will conduct the JEE Main 2025 session 1 exam tentatively in January and the second session in April. JEE Main exam date 2025 Sessions 1 and 2 will be available soon on the website jeemain.nta.ac.in. Accordingly, students' JEE Main scores determine their admittance to IITs, CFTIs, NITs, and other government-funded technical institutes. The first JEE Main session of 2025 will take place between Jan 22 to Jan 31, according to the NTA.
Q: How much time is required to prepare for JEE Mains?
The time required to prepare for JEE Mains depends on several factors, such as your current knowledge level, the amount of time you can dedicate to studying, and your desired level of excellence. However, here are some general guidelines:
- Ideally, you should start preparing for JEE Mains at least 6-8 months before the exam date. This will give you ample time to cover the entire syllabus, practice mock tests, and analyse your performance.
- If you have already started preparing, it's essential to make a time table and stick to it. Allocate at least 6-8 hours daily for studying, and ensure that you take regular breaks to avoid burnout.
- It's important to note that the amount of time required to prepare for JEE Mains can vary depending on your current knowledge level. If you have a strong foundation in the subjects, you may require less time, whereas if you need to build your fundamentals, you may need more time.
- Additionally, it's important to remember that studying smartly is more crucial than studying for a long time. Focus on understanding the concepts, practicing challenging problems, and analyzing your performance regularly.
In conclusion, the amount of time required to prepare for JEE Mains can vary depending on several factors. However, ideally, you should start preparing at least 6-8 months before the exam date, and make a study plan that suits your needs and schedule. Remember to study smartly, practice regularly, and analyze your performance to achieve your desired score.
Q: How is JEE Main conducted, online or offline?
National Testing Agency conducts JEE Main exam in online mode as a computer based test. JEE Main exam is conducted for three different courses; B.Tech, B.Arch and B.Plan. The exam for B.Tech and B. Plan is completely online while the exam for B.Arch is partially online and drawing part is conducted offline. The exam is held across various test cities in India and abroad.
Q: What is COMEDK 2025 exam date?
The Consortium of Medical, Engineering, and Dental Colleges of Karnataka has released the COMEDK exam date 2025 at the official website. COMEDK 2025 exam will be conducted on May 10. COMEDK UGET 2025 exam will be conducted in online computer-based mode. Candidates appearing in the exam have to carry their COMEDK admit card 205 along with one valid photo ID proof to the exam centre. COMEDK exam will be conducted in two shifts across various centers. COMEDK exam is conducted every year for the admissions to Engineering and Architecture courses offered by various participating institutes.
Q: How to crack JEE Mains in first attempt?
Hi aspirant!
Clearing the JEE Main exam in first attempt is not a difficult task. If we see the year over year statistics, the ratio of students who clear JEE Main in first attempt is high in comparison to students who dropped a year after class 12. One thing that makes it easy to clear JEE Main with class 12 is that students are in regular touch of most JEE syllabus. To score good marks in JEE Main in the first attempt, it is advised that you study class 11 and 12 topics thoroughly, clear all the concepts and solve mock test papers. Also, NCERT books which you study in class 11 and 12 are the best books for JEE Main preparation. Students must study NCERT properly and solve all the questions in the book and do not memorize the concepts as some students do rather understand the concepts.
Hope this cleared your doubt. Best wishes!
Q: What is Aadhar Enrollment Number used in JEE Main Application Form?
Aadhar enrollment number is a unique number which students can find in the acknowledgement receipt received at the time of applying for Aadhar. Students should know that Aadhar enrollment number is not same as Aadhar number. At the time of filling JEE Main application form, candidates have to fill Aadhar Enrollment number and not Aadhar number.
In case candidates do not have Aadhar enrollment number, students can apply through Passport, PAN or ABC ID (Academic Bank of Credit ID).
Q: Is there negative marking in JEE Main?
The answer to this question is a Yes. As per the exam pattern of JEE Main 2024, 4 marks would be awarded for every question answered correctly, while negative marking will be done for every incorrect answer. This implies that 1 mark is deducted every time a candidate answers the question wrongly. Zero or no marks will be given to un-attempted questions.
Q: What is JEE Main application form 2025 official website?
The JEE Main application form 2025 official website is jeemain.nta.nic.in. NTA has released the JEE Main 2025 session 2 application form in the official website. Candidates can fill the form from the website. Details regarding JEE Main application fee, documents required to fill the form, how to apply and other important details related to application process can be checked on this Shiksha page.
Q: What is KCET exam date 2025?
Karnataka Examination Authority has released the KCET 2025 exam date at the official website. Applicants looking for admissions to engineering and other courses can check the KCET exam dates at kea.kar.nic.in. KCET 2025 exam will be conducted on April 16 & 17. KEA conducts KCET 2025 exam in offline centre based mode. Candidates appearing in the exam must carry their KCET admit card 2025 and one valid photo ID proof. KCET exam date 2025 for Kannada language exam is April 18.
Electronics and Communication Engineering Syllabus
ECE full form in Engineering is Electronics and Communication Engineering, which is a 4-year long course spread over 8 semesters. The curriculum includes important core and elective subjects. Candidates can later specialise in these core subjects by choosing a particular specialisation during MTech in ECE. Laboratory classes as well as industrial training are also a part of Electronics and Communication Engineering Syllabus to ensure holistic development of the candidate.
Take a look at the semester-wise ECE subjects below. Please note that the syllabus may vary from college to college.
ECE Course Syllabus- Semester 1 |
|
---|---|
Engineering Mathematics – I |
Engineering Mathematics – II |
Engineering Chemistry |
Programming in C and Data structures |
ECE Course Syllabus- Semester 2 |
|
Elements of Mechanical Engineering |
Basic Electronics & Communication Engineering |
Constitution of India and Professional Ethics |
Environmental Studies |
ECE Course Syllabus- Semester 3 |
|
Logic Design |
Network Analysis |
Analog Electronic Circuits |
Engineering Mathematics – III |
ECE Course Syllabus- Semester 4 |
|
Engg. Mathematics – IV |
Microcontrollers |
Signals & Systems |
Fundamentals of HDL |
ECE Course Syllabus- Semester 5 |
|
Management and Entrepreneurship |
Digital Signal Processing |
Information Theory & Coding |
Fundamentals of CMOS |
ECE Course Syllabus- Semester 6 |
|
Digital Communication |
Microprocessors |
Antennas and Propagation |
Operating Systems |
ECE Course Syllabus- Semester 7 |
|
Computer Communication Networks |
Optical Fiber Communication |
Embedded System Design |
VLSI Lab |
ECE Course Syllabus- Semester 8 |
|
Wireless Communication |
Digital Switching Systems |
Project Work EC |
Seminar EC |
Note- This information is sourced from multiple sources on the web. Hence, is subject to vary.
Quick Links For Electronics & Comm Engineering:
Electronics and Communication Engineering Syllabus
Q: Is Electronics and Communication Engineering syllabus same in all colleges?
The ECE syllabus is not similar in all the Indian colleges. Talking about the first year of ECE, the general subjects taught are almost similar that include Engineering Mathematics, Engineering Chemistry, Computer Programming, and the basic fundamentals of the field to provide a basic foundation for the ECE course ahead. Further, the Electronics and Communication Engg. syllabus will differ on the basis of the course level, specialization, and the college offering the course. Different colleges follow their own set of guidelines regarding the ECE course curriculum that includes both core and elective subjects along with practical lab work.
Q: Are there any elective subjects in ECE courses?
ECE courses do offer various electives for you to opt in the both the UG-level and PG-level ECE courses where you get the chance to pick a specific subject that interests you more, is easy-going for you, and in which you can even pursue a specialisation further to tailor your career path in a particular direction.
You can choose to pick a subject according to the specialised field within your broad ECE specialization, which you would like to enter into in the future, where you see yourself as a well-established engineer. For example, in BTech ECE, there are a variety of electives like Embedded Systems, Antenna Design, Fiber-optic communication, VLSI Technology, etc..
Q: What amount of programming is there in Electronics and Communication Engineering?
A fair amount of programming is involved in electronics and communication engineering (ECE). ECE students typically learn at least one programming language, such as C, C+, or Python, in their first year of studies. They then use this programming language in subsequent courses to develop software for microcontrollers, digital signal processors, and other electronic devices.
Q: Is ECE the toughest branch in BTech?
The concept of a single "the toughest" BTech branch doesn't quite hold true. The perceived difficulty depends heavily on your individual interests and strengths. ECE can be demanding as it requires strong math and physics skills and it also iInvolves understanding complex electronic principles.
Moreover, If compared to other branches:
- Some consider Civil or Mechanical Engineering to have more memorization and visualization.
- Computer Science Engineering may be less hardware-focused but have its own programming challenges.
Best Electronics and Communication Engineering Colleges in India
Course fees and placement opportunities are two important factors that should be kept in mind before deciding on a college for pursuing ECE Engineering such as IIT Dhanbad's ECE average package is INR 15 LPA, and similarly, IITs average placement package is approx. INR 15 to 20 LPA. The government and private colleges offering various courses in Electronics and Communication Engineering are as follows.
Among engineering colleges, IIT Madras has retained the top position for the 6th consecutive year in the overall National Institutional Ranking Framework (NIRF) 2024. Students interested in pursuing BTech can apply in colleges taking into consideration their relevant positions as per the NIRF 2024. The colleges mentioned in the table are listed as per the NIRF Rankings and are primarily government colleges.
Note- This information is sourced from the official website/ counselling body and may vary.
Best Government Electronics and Communication Engineering Colleges
As the country is heading towards a digital revolution, the demand for ECE professionals will rise in the upcoming years. Given the rewarding career opportunities that Electronics and Communication Engineering course provides, it has become one of the most sought-after engineering degrees for students in India. Some of the popular government colleges include top IITs and NITs as well as other central and state universities such as:
Government ECE Colleges | ECE Course Fees |
---|---|
DTU | INR 1.23-6.87 lakh |
ISM, Dhanbad | INR 60,000 - 8 lakh |
IIT, Guwahati | INR 8 lakh |
IIT, Kharagpur | INR 8-10 lakh |
IIT, Roorkee | INR 8-10.71 lakh |
NIT, Rourkela | INR 1.4-5 lakh |
NIT, Suratkhal | INR 1.4-5 lakh |
NIT, Warangal | INR 1.4-5 lakh |
NIT, Trichy | INR 30,000 - 5 lakh |
VNIT | INR 5 lakh |
Note- This information is sourced from the official website/ counselling body and may vary.
Best Private Electronics and Communication Engineering Colleges
Some of the popular private colleges for pursuing Electronics and Communication Engineering include deemed-to-be-universities which are popular for their infrastructure and excellent placement opportunities. Students may find the list of best private colleges along with their tuition fees mentioned below:
Private ECE Colleges |
ECE Course Fees |
---|---|
INR 1-7.8 lakh |
|
INR 2.83-12.92 lakh |
|
INR 20.76 lakh |
|
INR 3-10.2 lakh |
|
INR 10-12.5 lakh |
|
INR 6 lakh |
|
INR 2.26-9.12 lakh |
|
INR 2 lakh |
|
INR 2-13.6 lakh |
|
INR 9.6 lakh |
Note- This information is sourced from the official website/ counselling body and may vary.
Useful Links for Electronics Communication Engineering Colleges:
- Electronics and Communication Engineering Colleges in Punjab
- Electronics and Communication Engineering Colleges in Delhi/NCR
- Electronics and Communication Engineering Colleges in Kolkata
- Electronics and Communication Engineering Colleges in Hyderabad
- Electronics and Communication Engineering Colleges in Mumbai
Electronics & Communication Engineering Applications open. Apply Now
Q: What are the top colleges for ECE?
IITs, NITs, IIITs and some government and private institutes in India entails some of the top ECE colleges in India. These are listed below:
- IIT Kharagpur
- IIT Roorkee
- IIT Dhanbad
- NIT Rourkela
- NIT Trichy
- NIT Delhi
- DTU
- VIT Vellore
Q: How many B.Tech Electronics & Communication Engineering colleges are there in India?
There are about 3,000+ BTech in Electronics and Communication Engineering colleges in India. Of these, 2,735 colleges are privately owned, 395 colleges are owned by public/government organisations, and public-private entities own 32 colleges. JEE Main, TNEA, Andhra Pradesh EAMCET, TS EAMCET, etc.. are the most accepting entrance exams in top BTech in Electronics and Communication Engineering colleges in India. Some of the popular colleges include DTU, VIT Vellore, NIT Trichy, IIT Kharagpur, NIT Surathkal, NIT Warangal, IIT Roorkee, BITS Pilani, Thapar University, NIT Rourkela, and many others.
Q: Is it worth joining the top B.Tech in Electronics and Communication Engineering colleges in India?
Joining the top BTech in ECE colleges in India can be worthwhile for you. For that, you need to check its ROI. Listed below are some of the other colleges along with their tuition fees and average placement package:
College Names | Tuition Fee | Average Placement Package |
---|---|---|
INR 6 lakh | INR 13 LPA | |
INR 8 lakh | INR 8 LPA | |
INR 5 lakh | INR 12 LPA | |
INR 8 Lacs – INR 10 lakh | INR 15 LPA – INR 17 LPA | |
INR 5 lakh | INR 12 LPA |
Q: Which colleges offer M.Tech ECE course?
Various colleges offer M.Tech ECE courses on the basis of GATE scores. The colleges are as follows:
- VIT Vellore
- DTU, Delhi
- IIT Kharagpur
- SRM University
- NIT Surathkal
- IIT Roorkee
- NIT Rourkela
Q: Does IIIT Trichy offer good placements for BTech ECE branch?
The key highlights of IIIT Trichy BTech ECE placements for the Class of 2023 and 2024 are presented below:
Particulars | BTech ECE Placement Statistics (2023) | BTech ECE Placement Statistics (2024) |
---|---|---|
Highest package | INR 15 LPA | INR 10 LPA |
Average package | INR 9.7 LPA (approx) | INR 7 LPA |
Median package | INR 8 LPA (approx) | INR 8 LPA |
Lowest package | INR 7.87 LPA | NA |
Students participated | 15 | NA |
Students placed | 11 | NA |
Offers received | 12 | NA |
Placement rate | 73% | NA |
Popular Private Electronics & Communication Engineering Colleges in India
Electronics and Communication Engineering Job Profiles, Career Scope, Salary and Top Recruiters
An Electronics and Communications engineer can work in aviation and avionics, consumer electronics, electricity plants, manufacturing, transportation, communication & telecommunication, computer application, radio & television, diagnostic equipment manufacturing, and offshore companies. There is an opportunity to get a central government job, state government job, and in the public & private sectors. Check below the list of Industry-wise Electronics and Communication Engineering (ECE full form) jobs and the average salary offered to the respective job profiles.
ECE Job Profiles | Job Description | ECE Average Salary |
---|---|---|
Telecommunications | ||
Telecom Network Engineer | Designs, implements, and maintains telecom networks and infrastructure | INR 4 LPA |
Wireless Communications Engineer | Develops and optimizes wireless communication systems and technologies | INR 6.5 LPA |
Fiber Optics Engineer | Specializes in the design, installation, and maintenance of fiber optic communication networks | INR 3.5 LPA |
Electronics Manufacturing | ||
Electronics Design Engineer | Develops and designs electronic circuits, systems, and products | INR 7.6 LPA |
Embedded Systems Engineer | Designs and develops embedded software and hardware for various applications | INR 6.6 LPA |
Quality Assurance Engineer | Ensures quality and reliability of electronic products and components | INR 5.8 LPA |
Aerospace and Defense | ||
Avionics Engineer | Responsible for the design, development, and maintenance of aircraft electronics systems | INR 7.2 LPA |
Satellite Communications Engineer | Develops and manages satellite-based communication systems and networks | INR 15 LPA |
Radar Systems Engineer | Designs, develops, and integrates radar systems for various applications | INR 7 LPA |
Semiconductor Industry | ||
Chip Design Engineer | Designs and develops integrated circuits and semiconductor devices | INR 12 LPA |
VLSI Design Engineer | Specializes in the design and development of very large-scale integrated circuits | INR 13.5 LPA |
Semiconductor Process Engineer | Optimizes and improves semiconductor manufacturing processes | INR 6.2 LPA |
Information Technology | ||
Computer Hardware Engineer | Designs, develops, and tests computer hardware and components | INR 8 LPA |
Networking Engineer | Designs, implements, and manages computer networks and communication systems | INR 4.8 LPA |
Cybersecurity Engineer | Develops and implements security measures to protect electronic systems and data | INR 5.5 LPA |
Note- The above information about average salary has been taken from Ambitionbox.com.
Helpful Links for Electronics & Communication Engg Career:
Semiconductor Sector to Generate 1 Million Jobs in India by 2026: Skilled Talent in High Demand
Electronics and Communication Engineering Top Recruiters
Various government organisations such as ONGC, BHEL, DRDO, etc. hire candidates on the basis of an open recruitment process. Furthermore, they conduct competitive examinations for hiring candidates or also accept GATE scores. Here are some of the reputed firms that hire Electronics and Communication Engineering graduatesIndustry | Recruiters |
---|---|
Semiconductor & Chip Design | Integrated Device Technology (IDT) Intel Qualcomm Texas Instruments (TI) |
Telecommunications | Ericsson Nokia Cisco Systems Ciena |
Consumer Electronics | Samsung Sony LG Electronics Apple |
Aerospace & Defense | Raytheon Lockheed Martin Northrop Grumman Indian Space Research Organisation (ISRO) |
Information Technology (IT) | Tata Consultancy Services (TCS) Infosys Wipro Accenture |
Research & Development | Indian Institutes of Technology (IITs) National Institutes of Technology (NITs) Council of Scientific and Industrial Research (CSIR) Labs DRDO Labs |
Electronics Communication Engineering Topic Students Also Read:
Upcoming Trends in ECE (Full Form: Electronics and Communication Engineering)
ECE full form in Engineering is Electronics and Communication Engineering, which being the second largest engineering field, also entails a vast and remarkable future. The electronics manufacturing industry is experiencing rapid growth by leveraging the latest advancements in fabrication processes and component design. Key trends in the industry include the use of advanced materials, organic electronics, and miniaturization. Additionally, disruptive technologies such as Artificial Intelligence (AI) and the Internet of Things (IoT) are driving growth and enabling smart manufacturing practices.
Some of the popular trending areas are covered below in the table along with their impacts that hold a great future for ECE course graduates:
Trend Area | Description | Impact |
---|---|---|
5G and Beyond (6G) | The next generation of wireless communication technologies aiming for ultra-high bandwidth, low latency, and massive network capacity. |
Revolutionize mobile broadband, support Internet of Things (IoT) applications, autonomous vehicles, and real-time remote control of machinery.
|
Artificial Intelligence (AI) and Machine Learning (ML) for Communication Systems | Integration of AI and ML algorithms to optimize network performance, predict network failures, and enable self-organizing networks. |
Enhanced network efficiency, improved resource allocation, and automated network management.
|
Internet of Things (IoT) and Wearable Electronics | Exponential growth of interconnected devices and wearables generating massive amounts of data. |
Demand for low-power, miniaturized communication circuits and protocols for efficient data transmission.
|
Satellite-based Broadband and Global Connectivity | Expanding constellations of Low-Earth Orbit (LEO) satellites providing internet access to remote and underserved areas. |
Bridge the digital divide and provide wider internet coverage.
|
Visible Light Communication (Li-Fi) | Utilizes light from LEDs for high-speed data transmission. |
Complement Wi-Fi in high-density data traffic areas like offices and conference halls. Offer secure communication due to the limited range of light.
|
Advanced Radar Systems and Sensors | Development of high-resolution radars and sensors for autonomous vehicles, advanced driver-assistance systems (ADAS), and other applications. |
Improve safety and efficiency in transportation, enhance situational awareness in various industries.
|
Cybersecurity for Communication Networks | Growing importance of securing communication networks against cyberattacks due to increasing reliance on them. |
Demand for engineers skilled in designing secure communication protocols and implementing intrusion detection systems.
|
Energy-Efficient Communication Technologies | Focus on developing communication systems with lower power consumption to address sustainability concerns. |
Drive innovation in low-power circuit design and energy-harvesting techniques for electronics.
|
Q: What is the career scope of Electronics and Communication Engineering?
ECE has definitely revolutionized the way we communicate and maintain our lifestyles. The peculiarity of the branch is that ECE in combination with other engineering branches is magical.
- ECE combined with computer Science and IT gives rise to powerful super computers and cellphones, home automation systems and IoT.
- ECE combined with Mechanical Engineering results into industrial robots which replace human labor and increase efficiency and productivity of the organization.
- ECE with the help of CAD can help civil engineers in architecture and construction.
- ECE combined with the medical field gives world-class sophisticated medical tools, instrument, and machines for carrying out X-ray, MRI scanning, and operations with better accuracy and precision.
- Aerospace and ECE combined help in space exploration, developing aircraft and spacecraft, satellited and their communication systems.
Therefore, the career scope of ECE field is vast and evergreen as you can easily migrate from one work industry to the other with the help of the transferable skills that the ECE field offers. You can work as Electronics Engineer, Network Planning Engineer, Field Test Engineer, Associate Firstline Technician, R&D Software Engineer, etc. and expect a starting salary of INR 5 LPA.
Q: What is the starting salary of an ECE engineer?
The salary for an entry-level job is INR 30,000 to 45,000 and above per month. ECE graduates earn well after gathering experience for one-two year. Moreover, professionals with industrial experience stand out in terms of skills and can earn INR 8-12 Lacs per annum.
To get good salary, ECE graduates should have a clear concept of designing, Analog circuit, VLSI, Microprocessors, Antennas, Network Analysis, and Programming.
Q: What are the common ECE job opportunities?
Some of the common job profiles for ECE graduates are given below with their average salaries:
Job Profile | Average Annual 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 |
Note- The above salary has been taken from external sources, and hence may vary.
Q: What are the top employment areas for Electronics and Communication Engineers?
Some of the top employment areas for ECE graduates are as follows, which are based on the type of job responsibilities that ECE engineers offers:
- Atomic Energy Commissions
- Civil Aviation Department
- All India Radio
- Manufacturing Units
Electronics and Communication Engineering FAQs
Here are some commonly asked questions for Electronics and Communications Engineering (ECE full form):
Q: Is ECE course in demand?
Yes, ECE is a course in high demand. The Bureau of Labor Statistics projects that employment of electronics engineers will grow 2% from 2020 to 2030, faster than the average for all occupations. This growth is expected to be driven by increasing demand for electronics in a wide range of industries, including healthcare, transportation, and manufacturing.
ECE is a versatile degree that can prepare you for a wide range of careers in the high-tech industry. Let's take a look at the following points and understand the scope of ECE.
- Being an ECE graduate, students can get into Telecom, manufacturing, production as well as Software industries.
- ECE graduates are highly demanded in private and government companies which deal with the communication and electronics sector.
- Demand for skilled qualified ECE engineers is rising due to the enhanced demand for refined and user-friendly technologies for equipment.
- Companies such as DRDO, Microtex, Wipro and Philips Electronics which deal with electronics hire ECE graduates.
Hope it resolved your query !
Q: Is pursuing Electronics and Communication Engineering worth it?
After a major in ECE, you can easily migrate to other fields that perfectly align with your passion and can work wonders in your career. ECE subjects offer that flexibility to the students. There is continuous development of its components that have practical use in our day-to-day life, making it an evergreen field. The Indian Government is heavily investing in the ECE field, knowing its importance and the IoT trends have made this field highly demanding.
- According to some recent employment reports, the employment market for ECE professionals will witness a stable growth of 7% every year starting from the year 2025 till 2030.
- Other employment statistics reveal that by the year 2026, there will be more than 3 Lacs job positions for Electronics and Communication Engineering graduates, with an overall employment growth percentage of 9% from 2023 to 2033.
Q: Which branch is better- Computer Science or Electronics and Communication?
Both, Computer Science Engineering and ECE are in demand and gain high salaries after completing theri graduation. The only key difference lies in their area of focus and job responsibilities. For detailed information, you can refer to the table given below:
Characteristic | Computer Science (CSE) | Electronics and Communication (ECE) |
---|---|---|
Course Details | Computer Science focuses on the design, development, and implementation of computer software and systems. | Electronics and Communication focuses on the design, development, and deployment of electronic and communication systems. |
Focus | Software | Hardware and software |
Core courses | Programming languages, data structures, algorithms, software engineering, computer architecture | Analog and digital electronics, circuit design, signal processing, communication theory, network analysis |
Job prospects | Software engineer, web developer, mobile app developer, data scientist, machine learning engineer, artificial intelligence engineer | Electronics engineer, communication engineer, embedded systems engineer, network engineer, VLSI design engineer |
Moreover, it depends on the personal interest of the student, which course he/she is insterested in.
Q: What is the branch-wise packages offered to BTech students during the recent NIT Surat placements?
The branch-wise highest, average and minimum package offered during SVNIT Surat BTech placements 2025 is presented below:
Branch | Highest Package (2025) | Average Package (2025) | Median Package (2025) |
---|---|---|---|
Computer Science | INR 52 LPA | INR 16.73 LPA | INR 15.19 LPA |
Electronics Engg. | INR 32.82 LPA | INR 14.03 LPA | INR 13.17 LPA |
Electrical | INR 14 LPA | INR 9.21 LPA | INR 8 LPA |
Mechanical | INR 20 LPA | INR 9.29 LPA | INR 11 LPA |
Chemical | INR 21 LPA | INR 9.83 LPA | INR 7.5 LPA |
Civil | INR 13 LPA | INR 8.27 LPA | INR 7.5 LPA |
Note: The above-mentioned packages for 2025 are updated till Oct 28, 2024 and may vary once the final placement report is out.
The branch-wise highest, average and minimum package offered during SVNIT Surat BTech placements 2024 is presented below:
Branch | Highest Package (2024) | Average Package (2024) | Median Package (2024) |
---|---|---|---|
Computer Science | INR 52.71 LPA | INR 16.32 LPA | INR 15.11 LPA |
Electronics Engg. | INR 46.15 LPA | INR 12.75 LPA | INR 11.40 LPA |
Electrical | INR 36.42 LPA | INR 10.14 LPA | INR 8.50 LPA |
Mechanical | INR 19.90 LPA | INR 8.91 LPA | INR 8.50 LPA |
Chemical | INR 21 LPA | INR 9.45 LPA | INR 7.79 LPA |
Civil | INR 11.67 LPA | INR 6.79 LPA | INR 6.80 LPA |
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Popular Courses
- B.Tech. in Electronics and Communication EngineeringVIT Vellore
- B.Tech. in Electronics and Communication Engineering (Biomedical Engineering)VIT Vellore
- B.Tech. in Electronics and Communication EngineeringDTU - Delhi Technological University
- B.Tech. (Hons.) in Electronics and Electrical Communication EngineeringIIT Kharagpur - Indian Institute of Technology
- B.Tech. in Electronics and Communication EngineeringNIT Trichy - National Institute of Technology
- B.Tech. in Electronics and Communication EngineeringSRM Institute of Science and Technology, Kattankulathur
- B.Tech. in Electronics and Communication EngineeringIIT Roorkee - Indian Institute of Technology
- B.Tech. in Electronics and Communication EngineeringNIT Surathkal - National Institute of Technology
- B.Tech. in Electronics and Communication EngineeringIIT Guwahati - Indian Institute of Technology
- M.Tech. in Electronic Systems and CommunicationNIT Rourkela - National Institute of Technology
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ECE and ETE are two branches of engineering, which sound almost alike and making a decision between them may be a bit confusing. Both the fields hold promising future in the electronics and communication specialty but there are minor distinctions between both. Here's a breakdown to help you decide: