What is Telecommunication Engineering?: Course Fees 2026, Subjects, Top Colleges, Admissions
Akansha BishtSenior Executive
Telecommunication Engineering is a subcategory of Electronics Engineering, which provides the students with detailed knowledge of the basic aspects of the design, installation, and management of communication systems and networks for voice, video, and data services.
Telecommunication Engg. courses can be pursued at the diploma, UG, PG, and doctorate levels. Alongside theory-based learning in the classroom, students are also given the opportunity for hands-on training via lab sessions and workshops. A Telecommunication Engineering syllabus consists of subjects like Networking, Wireless & Mobile, Digital Systems, math (calculus, discrete math, probability), computer fundamentals, etc. The Telecommunication Engineering students learn some important technical skills such as TCP/IP, Wi-Fi, 5G/LTE, Fiber Optics, Network Security, Cloud Platforms along with soft skills like Problem-solving, analytical thinking, and communication.
The future of students who pursue this course is very bright because companies are focusing more on cloud, AI/ML in networks, IoT, and cybersecurity. Thus, this course provides excellent advancement opportunities. After completing the course, Telecommunication Engineering Graduates can pursue roles such as Network Engineer, RF Engineer, Systems Engineer, Project Manager, Solutions Architect, Cybersecurity Specialist and can earn somewhere around INR 5 to 15 LPA and with experience, this can go upto INR 30 LPA.
To know more about Telecommunication Engineering courses in detail, read the article below.
Telecommunication Engineering Course Details: Highlights
Here is the overview of the Telecommunication Engineering course Highlights:
| Electronics and Telecommunication Engg Course Highlights |
Electronics and Telecommunication Engg Course Details |
|---|---|
| Telecommunication Engineering Course Levels |
Undergraduate, Postgraduate, Diploma, and Doctorate |
| Telecommunication Engineering Eligibility Criteria |
UG: Class 12 along with entrance examination PG: BTech + Entrance Exam Diploma: Class 10 Doctorate: MTech + Entrance Exam |
| Telecommunication Engineering Course Duration | UG: 4 years PG: 2 years Diploma: 3 years PhD: 3 - 6 years |
| Telecommunication Engineering Admission Process | Merit or Entrance Based |
| Telecommunication Engineering Examination Type |
Semester-wise |
| Average Telecommunication Engineering Course Fees |
INR 3 lakh - 12 lakh |
| Average Telecommunication Engineering Salary |
INR 5 LPA - INR 7 LPA |
Note - The information has been taken from external sites and may differ.
The Telecommunication Engineering course duration varies depending on the course level at which you're pursuing the course. For diploma Telecommunication Engg. course after Class 10, the general duration is 3 years. For BTech, the time span is 4 years in India while for an MTech degree, you need to invest 2 years. You can also go for a PhD in Telecommunication Engineering that may take 3 to 6 years for completion, if you're interested in research in this field.
Hope this answers your doubt.
Depends, as Telecommunications requires lots of mathematics, calculus, circuit theories, complex analysis, electromagnetic waves, electronic circuits, numerical reasoning and more calculations. Candidates have to also take courses in the field of Engineering ethics, technical writing and must be able to solve complex problems. Therefore, it is a challenging and tedious course.
- Telecommunication Engineering Eligibility Criteria & Admission Process
- Telecommunication Engineering Entrance Exams 2026
- Types of Telecommunication Engineering Courses
- Telecommunication Engineering Syllabus
- Best Telecommunication Engineering Colleges in India
- Popular Private Telecommunication Engineering Colleges in India
- Telecommunication Engineering Career Scope: Job Profiles, Salary and Top Recruiters
- Telecommunication Engineering Course FAQs
- Popular Telecommunication Engineering UG Courses
- Popular Telecommunication Engineering PG Courses
Telecommunication Engineering Eligibility Criteria & Admission Process
The eligibility criteria of different Telecommunication Engineering courses varies according to the level of course and the university that is providing the course. Thus, the students need to check the eligibility criteria of Telecommunication Engineering for the college they want to apply on their official site. Students can go through the general Telecommunication Engineering eligibility criteria in the table below:
|
Telecommunication Engineering Course Levels |
Telecommunication Engineering Course Eligibility |
|---|---|
|
Undergraduate |
|
|
Postgraduate |
|
|
Diploma |
|
|
Doctoral |
|
Note: This information is sourced from the official website and may vary.
Relevant Links for Telecommunication Engg. courses:
JEE Mains Previous Year Paper PDF Download with Solutions
MHT CET Question Paper with Answer PDF
MHT CET Vs JEE Main Comparison
Telecommunication Engineering Admission Process 2026
Admission for the Telecommunication Engineering course is almost like other engineering branches, though small changes may be there, college to college.
Step 1 Eligibility
- You must clear 12th with Physics, Chemistry, and Math. Some colleges also ask for min % in PCM to apply
Step 2 Entrance Exam
- Most seats are given through entrance exams like JEE Main JEE Advanced or state-level CET. A few private colleges may take their own test or provide direct admission
Step 3 Registration
- Go on the official exam or college site and register. Fill details like name mail id phone etc
Step 4 Application Form
- Fill the form, choose the Telecommunication Engg branch, upload docs photo n signature, then submit
Step 5 Counselling / Seat Allotment
- Based on your exam rank and choice filling you get a seat. Some private colleges allot through direct counselling
Step 6 Document Verification
- College will check your original docs like marksheets, admit card, entrance scorecard id proof etc
Step 7 Fee Payment & Admission
- The last step is pay the fee and complete formalities then your admission in Telecommunication Engg is confirmed
Useful Links for Telecommunication Engg. Admission 2026:
How To Fill AP EAMCET Application Form; Documents Required, Steps to Apply
You should meet the minimum marks requirements. For diploma courses, you must have at least 50% marks in your Class 10 board exams, especially in the Science and Mathematics subjects. For UG Telecom courses, you should have at least 50 to 60% marks in Class 12 in the PCM subjects.
For PG, you should have done BTech in ECE, Telecommunication Engineering, or a relevant field with at least 55 to 60% marks. Talking about PhD degree, you should have completed your PG course in a relevant field with 55% marks.
The time involved in the Telecommunication Engineering admission process depends on the college committee and can vary from one college to another. Generally, it may take up to a few months as there are a lot of formalities to be completed before you're given the final seat for courses in Telecommunication Engineering. You have to give the entrance exam, fill out the college application forms, wait for exam results, apply for college counseling after result announcement, go for the counseling process, pay the course fee, etc.
Good Luck!
Telecommunication Engineering Entrance Exams 2026
For admission to Telecommunication Engineering courses at popular colleges, students must give relevant entrance exams and score an outstanding rank in the same. Some colleges also offer admission on the basis of Class 12 merit and often take additional rounds like the Group Discussion or Personal Interview. Some popular exams for students interested in pursuing Telecommunications Engineering courses are given in the table below:
|
Telecommunication Engg. Exams |
Telecommunication Engg. Exam Schedule |
|---|---|
|
JEE Main 2026 |
|
|
MHT CET 2026 |
|
|
CG PET 2026 |
|
|
COMEDK UGET 2026 |
|
|
KCET 2026 |
|
|
OJEE 2026 |
OJEE Exam Date 2026 |
|
GATE 2026 |
Note - The information has been taken from the official website of the exam body and may vary.
Relevant Links for Electronics & Telecommunication Engg. Exams 2026:
Difference between KCET and COMEDK: Detailed Analysis, Exam Pattern, Participating Institutes
Important Exam Dates
| Dates | Upcoming Exam Dates |
|---|---|
| Apr ' 26 | Karnataka PGCET Registration TENTATIVE |
| 14 May ' 26 | Karnataka PGCET exam date (MBA/MCA) |
| 23 May ' 26 | Karnataka PGCET exam date (ME/MTech) |
| Jun ' 26 | Release of Karnataka PGCET Provisional Answer Key TENTATIVE |
21 Jan ' 26 - 29 Jan ' 26 | JEE Main 2026 Exam Date Session 1 |
Jan '26 - Feb '26 | JEE Main 2026 Registration Session 2 TENTATIVE |
10 Jan ' 26 - 12 Feb ' 26 | MHT CET 2026 Application Form for PCM and PCB |
Apr '26 | MHT CET 2026 Admit Card TENTATIVE |
16 Jan ' 26 - 17 Feb ' 26 | KCET Application Form 2026 |
18 Feb ' 26 | Last date to pay application fee |
7 Feb ' 26 | GATE 2026 Exam- Afternoon (AE, BT, CH, CY, GE, PH... |
7 Feb ' 26 | GATE 2026 Exam- Forenoon (AG, ES, GG, IN, MA, MN,... |
To prepare for Telecommunication Engineering exams, you should start your preparation at least 6 to 8 months before the entrance exam is supposed to happen so that you have enough time in hand to cover the entire syllabus, practice last year's question papers, attempt mock tests, and revise the high-weightage topics in the last month to clear the exam with excellent marks and get shortlisted for admission at a decent Telecommunication Engineering college.
Hope this helps!!!
For admission to the BTech Electronics and Telecommunication Engineering course, you mostly need valid entrance exam scores. There are around 230 colleges in India that accept the JEE Main exam scores for giving admission to the course. You need to prepare really well and score outstanding marks in the exam to grab a seat at a popular college.
Types of Telecommunication Engineering Courses
Telecommunication Engineering courses are offered at the UG, PG, diploma, and doctorate levels in India. Students have various course options with a usual time span of 4 years in the case of a bachelor’s degree and 2 years in the case of a master’s degree. Some institutions such as IIT Kharagpur also offer the Integrated BTech-MTech courses in the field with a duration of 5 years. Students who wish to explore the field of research or professional academia, they need to pursue a PhD in Telecommunication Engineering or a related discipline that has a duration of 3 to 6 years.
Given below is a list of a few of the popular Electronics and Telecommunication Engineering courses after 12th, along with a few top colleges offering the course and the tuition fee:
|
Telecommunication Engineering Courses |
Popular Colleges |
Course Fee |
|---|---|---|
|
B.E./B Tech Electronics and Telecommunication Engineering |
Jadavpur University | INR 20.84 K |
| VJTI Mumbai | INR 60 K - 2.26 L | |
| College of Engineering, Pune | INR 3.08 L | |
| RV College of Engineering, Bangalore | INR 24 L | |
|
M.E/M Tech in Telecommunication Engineering |
IIT Delhi | INR 70 K |
| K J Somaiya School of Engineering | INR 1 L | |
| NIT Calicut | INR 1.4 L | |
| NIT Durgapur | INR 1.4 L | |
| IIT Kharagpur | INR 8.18 L | |
|
Diploma in Telecommunication Engineering |
Narula Institute of Technology (NIT) | INR 82.1 K |
| RKDF University, Bhopal | INR 1.05 L | |
| Dr. D. Y. Patil Technical Campus | INR 1.41 L | |
| College of Engineering, Bhubaneswar | INR 1.47 L | |
| CV Raman Global University | INR 1.8 L | |
|
PhD in Telecommunication Engineering |
K J Somaiya College of Engineering | INR 1.5 L |
| JSPM University, Pune | INR 1.54 L | |
| G H Raisoni University, Amravati | INR 3.75 L |
Note - The information has been taken from the official website of the institute and may vary.
Quick Links Relevant to Engineering in Telecommunication Courses:
List of Colleges that provide Doctorate-level Telecommunication Courses
Popular Courses
- B.E. in Electronics and Telecommunication Engineering (Day)Jadavpur University
- B.E. in Electronics and Telecommunication EngineeringRamaiah Institute of Technology
- B.Tech. in Electronics and Telecommunication EngineeringCollege of Engineering, Pune
- B.Tech. in Electronics and Telecommunication EngineeringVishwakarma Institute of Information Technology
- B.E. in Electronics and Telecommunication EngineeringR.V. College of Engineering
- B.Tech. in Electronics and Telecommunication EngineeringVeermata Jijabai Technological Institute - VJTI Mumbai
- B.E. in Electronics and Telecommunication EngineeringSiddaganga Institute of Technology
- B.E. in Electronics and Telecommunication EngineeringDr. D. Y. Patil Institute Of Technology
- B.Tech. in Electronics and Telecommunication EngineeringRajarshi Shahu College of Engineering, Pune
- B.Tech. in Electronics and Telecommunication EngineeringG.H. Raisoni College of Engineering, Nagpur
In most cases, the BTech in Electronics & Telecommunication Engg. is seen as a worthwhile option in terms of money and career prospects. The field of electronics and communication is booming with job opportunities because of the increasing demand for wireless and digital technology by the population. So, recruiters are constantly on the lookout for talented students who can help drive growth with their innovative ideas and analytical approach to wireless communication and networking systems.
Rest, you really need to think about your interests, future plans, and the direction in which you would like to take your career, and then come to a final decision.
Good Luck!
This will completely depend on your interests and career plans in the future. If you want to explore the field of electronics and telecommunications at an advanced level and want to learn about the high-tech digital technologies in the world of wireless networking systems, you can opt for a master's degree in the field.
On the other hand, if you are satisfied with your 4-year academic ride at the UG level and want to start earning a decent income, you can find excellent earning opportunities in the job market with recruiters offering healthy salaries based on your academic results, internship experiences, and skill set.
Good Luck!
Telecommunication Engineering Syllabus
The Telecommunication Engg. syllabus has some core subjects and elective subjects, which can vary on the basis of the course level and the college offering the course. However, the basic concepts covered in the classes are almost the same. This section talks about some general subjects covered in Electronics and Telecommunication Engineering classes.
BTech/ BE in Electronics and Telecommunication Engineering Syllabus
Almost all of the popular colleges in India offer the BTech in Electronics and Telecommunication Engineering course that is spread across 8 semesters, including core subjects, electives, research projects, lab work, and workshops. Telecommunication Engg. is a subcategory of Electronics Engineering. Students can go through the basic subjects covered in the classes in the table below:
|
BTech Telecommunication Engineering Subjects- Semester 1 |
|
|---|---|
|
Basic Electrical Engineering |
|
|
Elements of Civil Engineering & Engineering Mechanics |
Programming in C and Data structures |
|
BTech Telecommunication Engineering Subjects- Semester 2 |
|
|
Engineering Chemistry |
Basic Electronics |
|
Computer Programming Laboratory |
Computer Aided Engineering Drawing |
|
BTech Telecommunication Engineering Subjects- Semester 3 |
|
|
Analog Electronic Circuits |
Electronic Instrumentation |
|
Network Analysis |
Digital Electronic Circuits |
|
BTech Telecommunication Engineering Subjects- Semester 4 |
|
|
Fundamentals of HDL |
Signals & Systems |
|
Linear ICs & Applications |
Microcontroller |
|
BTech Telecommunication Engineering Subjects- Semester 5 |
|
|
Management & Entrepreneurship |
Transmission Lines & Antennas |
|
Digital Switching Systems |
Digital Signal Processing |
|
BTech Telecommunication Engineering Subjects- Semester 6 |
|
|
Antenna and Propagation |
Microwaves & Radar |
|
Information Theory & Coding |
Microwave & Antenna Lab |
|
BTech Telecommunication Engineering Subjects- Semester 7 |
|
|
Computer Communication Networks |
Optical Fiber Communication |
|
Wireless Communication |
DSP Algorithms & Architecture |
|
BTech Telecommunication Engineering Subjects- Semester 8 |
|
|
Optical Communication Networking |
Global system for mobile communication |
|
Project Work |
Seminar |
Note - The information has been taken from the official website of the institute and may vary.
MTech in Telecommunication Engineering Syllabus
The MTech in Telecommunication Engineering syllabus is spread across 4 semesters over the period of 2 years, where the students get to study the advanced concepts of digital communication, wireless communication, and telecom networks. Students can check the table given below for the basic subjects taught in classes:
|
MTech Electronics and Telecommunication Engineering Subjects – Semester 1 |
|
|---|---|
|
Probability, Random Variables & Stochastic Processes |
Information Theory & Coding |
|
Advanced Digital Communication |
Specialized Elective - I |
|
MTech Electronics and Telecommunication Engineering Subjects – Semester 2 |
|
|
Telecommunication Networks |
Wireless Communication |
|
Specialized Elective - II |
Specialized Elective - III |
|
MTech Electronics and Telecommunication Engineering Subjects – Semester 3 |
|
|
Telecommunication Design and Measurement Lab |
Project - I |
|
Specialized Elective - IV |
Specialized Elective - V |
|
MTech Electronics and Telecommunication Engineering Subjects – Semester 4 |
|
|
Project - II |
Project Seminar |
Note - The information has been taken from the official website of the institute and may vary.
Diploma in Telecommunication Engineering Syllabus
The diploma course in Electronics and Telecommunication Engg. is planned out in a manner that it is spread across 6 semesters, covering core subjects, electives, hands-on training, and project work. Students can check the general subjects for the Diploma in Telecommunication Engineering in the table below:
|
Diploma in Telecommunication Engineering Subjects – Semester 1 |
|
|---|---|
|
Applied Mathematics - I |
Applied Chemistry |
|
Applied Physics - I |
Engineering Graphics |
|
Diploma in Telecommunication Engineering Subjects – Semester 2 |
|
|
Applied Mathematics - II |
Introduction to IT Systems |
|
Applied Physics - II |
Fundamentals of Electrical and Electronics Engineering |
|
Diploma in Telecommunication Engineering Subjects – Semester 3 |
|
|
Engineering Mechanics |
Principles of Electronic Communication |
|
Electronic Devices and Circuits |
Elective - I |
|
Diploma in Telecommunication Engineering Subjects – Semester 4 |
|
|
Digital Electronics |
Electronic Measurement and Instrumentation |
|
Electronic Circuits & Network |
Elective - II |
|
Diploma in Telecommunication Engineering Subjects – Semester 5 |
|
|
Microcontroller and Applications |
Consumer Electronics |
|
Digital Communication Systems |
Elective - III |
|
Diploma in Telecommunication Engineering Subjects – Semester 6 |
|
|
Viva-Voice |
Final Project Work |
Note - The information has been taken from the official website of the institute and may vary.
Useful Link for Telecommunication Engineering Syllabus:
The Telecommunication Engineering syllabus gives you detailed knowledge about the field where you have to study some core subjects and some elective subjects.
The list of a few important subjects that you will be studying in the Telecommunication Engg. coursework is mentioned below -
- Basic Electronics and Electrical Engineering
- Computer Programming
- Digital Logic Design
- Signals and Systems
- Analog Circuits
- Electronic Network Theory
- Antenna Theory
- Digital Signal Processing
- Microwave Engineering
- Electronic Instrumentation
The syllabus for Telecommunication Engineering courses provides you with an excellent opportunity to select some elective subjects according to your interests and convenience, something that you find more interesting and easy to learn.
Some popular elective choices in Telecom Engg. syllabus are given below for your reference -
- Smart Satellite System Design
- Embedded Systems
- VLSI Design
- Wireless Communication
- Mobile Communication
- RF & Microwave Engineering
- Cloud Computing
- Radar and Satellite Communication
Best Telecommunication Engineering Colleges in India
Telecommunication Engineering is provided in many top Engineering colleges in India. Check out the list of top colleges that are provide Electronics and Telecommunication Engineering courses with their annual fees in this section.
Disclaimer - The colleges mentioned below in the tables are listed in ascending order according to their fees and not in any order of ranking hierarchy.
Best Government Telecommunication Engineering Colleges
When we talk about Engineering then government Colleges are most popular option in the students because they provide an excellent learning environment, academic excellence, research exposure, and placements. Students can check out the list of popular government colleges for pursuing Telecommunication Engineering courses also having the top state or central universities in the table below:
| Institute | Tuition Fee |
|---|---|
| Jadavpur University | INR 9.6 K - 20.84 K |
| Veermata Jijabai Technological Institute (VJTI) | INR 30 K - 2.26 L |
| Assam Engineering College, Guwahati | INR 33 K - 44 K |
| IIT Delhi | INR 70 K |
| College of Engineering Pune | INR 1.1 L - 3.08 L |
| Rashtrasant Tukadoji Maharaj Nagpur University | INR 1.34 L |
| NIT Calicut | INR 1.4 L |
| Devi Ahilya Vishwavidyalaya Indore | INR 1.6 L |
| Madhav Institute of Technology | INR 2.45 L - 3.23 L |
| IIT Kharagpur | INR 8.18 L |
Note - The information has been taken from the official website of the institute and may differ.
Best Private Telecommunication Engineering Colleges
There are many private colleges in India that provide this course which also include deemed-to-be universities as well as other autonomous engineering colleges. They are very popular for good infrastructure and experts in the field of Telecommunication Engineering which makes these colleges a right choice for pursuing Telecommunication Engineering. You can check some of the popular Private college for Telecommunication Engineering in the table below:
| Institute | Tuition Fee |
|---|---|
| Vishwakarma Institute of Information Technology, Pune | INR 1.74 L - 6.19 L |
| C. V. Raman Global University | INR 1.8 L |
| Ramaiah Institute of Technology | INR 2.59 L - 13.35 L |
| College of Engineering Bharati Vidyapeeth | INR 2.85 L |
| Dr. D.Y. Patil Institute of Technology | INR 4.42 L |
| Rajarshi Shahu College of Engineering Pune | INR 4.63 L |
| Symbiosis Institute of Technology | INR 6.75 L |
| G. H. Raisoni College of Engineering, Nagpur | INR 6.81 L |
| CMR Institute of Technology, Bangalore | INR 7.5 L |
| R.V. College of Engineering | INR 24 L |
Note - The information has been taken from the official website of the institute and may differ.
|
Important Note: The tables above contain the average course fee range of the BTech Telecommunication Engineering program. Candidates interested in getting more fee details around other Electronics and Telecommunication Engineering courses can visit the Top Telecommunication Engineering Colleges in India page. |
There are 61 Telecommunication Engineering government colleges in India. Some of the most sought-after colleges are given here:
- IIT Delhi
- IIT Kharagpur
- Jadavpur University
- NIT Calicut
- NIT Durgapur
- College of Engineering, Pune
UG Diploma courses in Telecommunication Engineering are pursued after the completion of Class 12. Candidates who wish to gain some technical expertise can pursue short-term UG Diploma courses from some of these top colleges:
- Dr DY Patil Polytechnic
- AISSMS Polytechnic
- Calcutta Institute of Technology
- Thakur Polytechnic
- Institute of Science and Technology
Those candidates who wish to pursue PhD in Telecommunication Engineering must possess MTech in Telecommunication Engineering as well as must have cleared Research Entrance Test conducted by the concerned university. Some of the colleges offering PhD in Telecommunication Engineering are as follows:
- Pune Institute of Computer Technology
- K J Somaiya College of Engineering
- Maharashtra Institute of Technology
- JSPM University
- G H Raisoni University
Popular Private Telecommunication Engineering Colleges in India
Telecommunication Engineering Applications open. Apply Now
Telecommunication Engineering Career Scope: Job Profiles, Salary and Top Recruiters
Telecommunication Engineering graduates can find work in multiple sectors such as Internet, Consulting, IT Services, BPO, which often pay more than traditional manufacturing/electronics companies. Students who pursue Telecommunication Engineering at the undergraduate or postgraduate level have diverse career opportunities. With a degree in Telecommunication Engineering students have career options like:
|
Job Profile |
Average Telecom Engineering Salary |
|---|---|
| R&D Engineer | INR 9.1 - 10.1 LPA |
|
Network Engineer |
INR 4.7 - 5.2 LPA |
| Telecom Data Analyst | INR 5.6 - 6.7 LPA |
| Network Security Specialist | INR 13.1 - 14.5 LPA |
|
Technical Support Manager |
INR 19.2 - 21.3 LPA |
Note - The salary information is taken from Ambitionbox.com.
Quick Links for Tele-communication Engineering Jobs in India:
Best Engineering Courses for Future: Salary and Future
Government Jobs After BTech - Central, State and Defense Jobs for Engineers
Top Recruiters for Telecommunication Engineering
Telecommunication Engineering is hired by both private and government companies. Successful Telecommunnication Engineers get recruited across various sectors in India such as network and communication, broadcasting, radio, television etc. Some of the popular agencies that recruit for Telecommunication Engineering.
|
Top Recruiters |
||
|---|---|---|
|
DRDO |
Hindustan Aeronautics Limited |
Nokia |
|
BSNL |
Indian Armed Forces |
Jio |
|
Bharat Heavy Electricals Limited |
Defence Research and Development Organization |
Ericsson |
|
Bharat Electronics Limited |
Wipro |
Tata Consultancy Services (TCS) |
Note - The information has been taken from external sites and may differ.
Relevant Links for Telecommunication Engineering Careers:
IIT vs NIT vs IIIT Salary: Which Engineering College Guarantees Best Packages
If you really want to become a telecom and network system administrator then you will need at least a bachelor's degree and complete courses in networking and Telecom technologies, Protocol testing, and Network designing & Optimization and so on.
A bachelor's degree in electrical engineering, computer science, telecommunications engineering, or a related field is a fantastic place to kick start if you want to work in the telecom industry.
An excellent approach to experience the telecom sector is through internships and entry-level roles. To get experience, candidates can also volunteer or work on your own initiatives.
Good Luck!
Yes, there is a big demand for engineers in the telecom industry. According to projections from the government reports, employment of telecommunications engineers will increase by 8% between 2020 and 2030, or approximately as quickly as the average for all occupations.
The rising demand for telecommunications services, such as wireless and broadband internet, is anticipated to be the main driver of this increase. Since the telecom job industry keeps growing, more professionals are in high demand. Jobs ranging from telecom engineers, installers, data analysts and so on are in need of more hands.
Hope this helps!!!
Telecommunication Engineering Course FAQs
Here are a few frequently asked questions about Telecommunication Engineering courses:
Telecommunication Engineering is a sub-discipline within the broader field of Electronics and Telecommunication Engineering or ECE.
The table below provides a general overview of both the courses -
| Feature | Telecommunication Engineering | Electronics and Telecommunication Engineering or ECE |
|---|---|---|
| Focus | Design, development, and implementation of systems for long-distance communication | Broader field encompassing design and development of electronic circuits and systems used in various applications, including telecommunication. |
| Scope | Primarily deals with technologies for transmitting information (voice, data) over long distances using wired (fiber optics) and wireless (satellites, cellular networks) mediums. | Covers a wider range of electronic components, devices, and systems used in communication, consumer electronics, automation, control systems, and more. |
| Coursework | More emphasis on communication networks, signal processing, coding and modulation techniques, network protocols specific to telecommunication. | Includes courses on circuit design, analog and digital electronics, microprocessors, embedded systems, along with telecommunication-specific subjects. |
| Career Paths | Telecommunication service providers, network equipment manufacturers, satellite communication companies. | More diverse career options - telecommunication, consumer electronics, aerospace, medical electronics, robotics, automation, research institutions. |
Sources - External Sites and may differ.
If you are a reserved category student, including SC/ST/OBC/PwD, you usually get a relaxation of 5%. For example, if general category students need 60% marks in Class 12 to be eligible for admission, you need 55%.
Rest, you can check the official college websites for more details around the marks flexibility for reserved categories at the time of Telecommunication Engineering admissions.
There are 346 private Telecommunication Engineering colleges in India. Some of the most sought-after colleges along with their course fee are given here:
- Ramaiah Institute of Technology
- R. V. College of Engineering
- Dr. D. Y. Patil Institute of Technology
- K.J. Somaiya College of Engineering
- Dayananda Sagar College of Engineering, Bangalore
Popular Telecommunication Engineering UG Courses
UG Courses
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269 Colleges
- UG Diploma
18 Colleges
- B.Sc.
1 College
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1 College
Popular Telecommunication Engineering PG Courses
PG Courses
- M.E./M.Tech
76 Colleges
- M.Sc.
2 Colleges
- MBA/PGDM
1 College
- PG Diploma
1 College
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Telecommunication Engineering course is a four-year study in engineering discipline centered around electrical and computer engineering. The field of engineering work ranges from basic circuit design to strategic mass developments. Telecommunication engineers design, test and build the various technologies that allow people to communicate over distances. The design, development, implementation, and maintenance of communication systems are the primary topics covered in this course, which often belongs to the broader category of electrical engineering or electronics engineering.
Hope this helps!!!