elecommunication engineering is a part of electronics engineering that aims to design and develop systems of communication at a distance. To design and develop telecommunication systems, it combines all aspects of system engineering, computer engineering, and electrical engineering. Telecom engineers work on data and voice communications systems such as unwired, wired, satellite, and fiber connections as well as data compression, encryption, and encoding. To put it another way, telecommunication engineering is present in almost every area of our life – from the internet to GPS navigation.
Various reputed public institutions such as the Indian Institute of Technology, and National Institute of Technology and self-financing institutions like CMR Institute of Technology Bangalore, KIIT School of Engineering Bhubaneswar, KJ Somaiya College of Engineering Mumbai, etc offer various undergraduate, postgraduate, and diploma programmes in telecommunication engineering where interested candidates can take admission through an entrance examination score or merit.
Telecommunication Engineering Course Highlights
All the important facts about the different telecommunication engineering courses have been given below in the table –
| Types of Programmes Offered | Diploma, UG and PG |
|---|---|
| Duration of Programmes |
|
| Minimum Academic Eligibility |
|
| Admission Process | Both merit-based and entrance-based admission process available |
| Average Annual Course Fee (In INR) | Diploma – INR 35k
B.Tech – 70k to 175k M.Tech – INR 90k |
| Major Recruiters | Nokia, TATA Indicom, Reliance, Vodafone, Airtel etc |
| Job Profiles | Telecom Engineer, Network Specialist, Data Analyst, Communication Operator etc |
Why Choose a Telecommunication Engineering Degree?
The demand for telecommunication engineers has been increasing day by day. Here is a detailed view of why you should choose telecommunication engineering.
- High Demand in the Industry – Telecommunication engineers are in high demand globally due to the ever-growing dependence on communication technologies. The need for professionals who can design, implement, and manage telecommunication networks continues to rise.
- Innovation and Technology – Telecommunication is in the leading position of technological innovation. Pursuing a degree in this field allows candidates to work with cutting-edge technologies, such as 5G, Internet of Things (IoT), and advanced networking solutions.
- Diverse Career Opportunities – Telecommunication engineers can work in various sectors, including telecommunications companies, IT firms, government agencies, and research institutions. They can specialize in areas like network design, wireless communication, satellite communication, and more.
- Global Connectivity – Telecommunication plays a crucial role in connecting people and businesses globally. Working in this field provides opportunities to contribute to the development and maintenance of worldwide communication networks.
- Career Growth – With the rapid evolution of technology, telecommunication engineers often find ample opportunities for career growth. Continuous learning and adaptation to new technologies are essential, contributing to professional development.
- Impact on Society – Telecommunication engineering contributes to societal progress by enabling efficient communication, improving access to information, and fostering technological advancements that benefit various industries.
- Problem Solving – Telecommunication engineers are often involved in solving complex problems related to network efficiency, security, and connectivity. This can be intellectually exciting and professionally satisfying.
What is an Online Telecommunication Engineering Degree?
An Online Telecommunication Engineering Degree is a program that allows students to earn a degree in telecommunication engineering through online platforms. The program covers various topics related to communication such as digital communication, network design, wireless communication, and data transmission. You will attend virtual lectures, have discussions online, and perform practical assignments. Some online telecommunication engineering courses have been listed below.
| Course | Provider | Duration | Fee |
|---|---|---|---|
| Learn the Basics of Telecommunication Networks | Udemy | Self-paced | INR 1,280 |
| Introduction to Wireless Communications | Udemy | Self-paced | INR 1,280 |
| Fundamentals of Wireless Communication for Telecom Engineers using MATLAB | Skill Lync | 12 Weeks | INR 30,000 |
| Installing and Setting up FreeSWITCH: Basics | Udemy | Self-paced | INR 2,560 |
| Digital Communication and Info Theory – Complete Course | Udemy | Self-paced | INR 3,499 |
Types of Telecommunication Engineering Programs
The types of telecommunication courses have been listed in the table below.
Undergraduate Courses
If you’re interested in pursuing a degree in Telecommunication Engineering, you must have scored 50% in your class 10+2 exam, with Physics, Chemistry, and Biology/Mathematics as core subjects. Additionally, you may need to qualify for national-level entrance exams or the entrance exam of the specific college or university you wish to attend. There are some relaxations in the minimum percentage that may be given to reserved category candidates.
Postgraduate Courses
To apply for a Telecommunication PG course, candidates should have a Bachelor’s degree in Telecommunication with a minimum score of 50% or an equivalent GPA of 5/10. They should also have scored at least 50-55% in their 12th exams with Physics, Chemistry, and Mathematics as their core subjects.
Diploma Courses
After completing Class 10, students can opt for a Diploma Course in Telecommunication Engineering. To be eligible for the course, they should have studied Physics, Chemistry, and Mathematics (PCM) in Class 10+2. The marks criteria to get admission into the Diploma course is 45% marks (a relaxation of 40% is given to reserved candidates).
Telecommunication Engineering Courses Eligibility Criteria
The candidates will find out the degree-wise telecommunication engineering courses eligibility criteria from the table provided below –
| Degree | Eligibility Highlights |
|---|---|
| Diploma in Telecommunication Engineering | Applicants are required to have completed at least their class Xth studies from a recognized Board and have studied the science group subjects and mathematics compulsorily at the qualifying exam level |
| B.Tech in Telecommunication Engineering | Applicants are required to have completed their 10+2 studies from a recognized Board with a minimum aggregate of 50% and have studied Physics, Chemistry and Mathematics as compulsory subjects |
| M.Tech in Telecommunication Engineering | Applicants are required to have completed their B.E/B.Tech degree studies in telecommunication engineering or a relevant discipline with 60% aggregate from any recognized university |
Telecommunication Engineering Fees in India
| Minimum Fees | Maximum Fees | |||
|---|---|---|---|---|
| Private | Government | Private | Government | |
| UG | INR 88,240 | INR 23,520 | INR 11,06,000 | INR 10,58,000 |
| PG | INR 46,960 | INR 45,850 | INR 3,20,000 | INR 3,30,000 |
| Doctoral | – | INR 2,58,000 | – | INR 2,58,000 |
Career Options After Telecommunication Engineering
Candidates can check the table below for a complete list of job roles available
| Telecommunication Engineering jobs | Description |
|---|---|
| Telecom Data Analyst | Telecom Data Analysts assemble and analyze information about usage trends, customer behavior, and network performance. |
| Network Engineer | Network Engineers work for communications network and provide assurance that they must be implemented, designed, and sustained. |
| R&D Engineer | R&D Engineer develops, designs, and innovates latest trending products and solutions for communication systems and networks. |
| Network Security Specialist | Network Security Specialist are responsible for executing and support security approaches to protect the infrastructure of the business’ network. |