MTech Telecommunication Engineering: Admission 2025, Syllabus, Eligibility, Subjects

Master of Technology Telecommunication Engineering, or M.Tech Telecommunication Engineering, is a two-year post-graduate course in the subject of electronics engineering. MTech Telecommunication Engineering students learn about basic circuit design, signal processing, wireless networks, and other topics.

 

The M Tech Telecommunication Engineering course is separated into four semesters. The student is required to take 12 compulsory or core courses, as well as many elective courses from the list provided. A candidate should hold a B.E./B.Tech. in Electronics & Telecom Engineering, Electronics & Communication Engineering, or a graduate degree in any other relevant discipline from a recognized university.

 

Table of Contents

  1. M Tech Telecommunication Engineering Highlights
  2. What is M Tech Telecommunication Engineering?
  3. Why Study M Tech Telecommunication Engineering?
  4. Who Should Study M Tech Telecommunication Engineering?
  5. M Tech Telecommunication Engineering Eligibility Criteria
  6. M Tech Telecommunication Engineering Entrance Exams 2025
  7. M Tech Telecommunication Engineering Colleges in India
  8. M Tech Telecommunication Engineering Admission Process 2025
  9. M Tech Telecommunication Engineering Syllabus
  10. M Tech Telecommunication Engineering Job Opportunities in India
  11. M Tech Telecommunication Engineering FAQs

 

M Tech Telecommunication Engineering Highlights

M.Tech Telecommunication Engineering courses are provided at the diploma, postgraduate, and doctoral levels. The following are some of the important highlights of M Tech Telecommunication Engineering, including the course structure, course level, examination type, average starting pay, top recruiters, and top job profiles:

Particulars

Details

Course Name

MTech Telecommunication Engineering

Course Level

Postgraduate

Duration

2 Years (4 semesters)

Course Type

Full-time/Part-time

Admission Process

GATE, BITSAT, OJEE

Eligibility Criteria

B.E./B.Tech

Course Fees

INR 1,80,000 - INR 2,50,000 per year

Subjects

Wireless Communication, Network Protocols, Signal Processing, Electronics and Circuits, Network Theory, Analog Communication, Signals and Systems, and Microwave Engineering

Top Colleges

IITs, NITs, BITS Pilani, IITs (like Delhi, Bombay, and Kharagpur) and NITs (like Trichy and Surathkal), KJSCE, VESIT, TCET, IIIT Hyderabad, IIT Madras

Job Profiles

Network Engineer, Telecom Project Manager, Researcher, Electronic Engineer, Network Specialist, Electronic Hardware Development Engineer, Data Analyst, etc.

Top Recruiters

Cisco, Ericsson, Airtel, BSNL, Telecom industry, Public relations, Academic Institutes, Communication Operations, etc

Average Salary in India

INR 6 - 8 LPA (Freshers)

 

INR 10 - 12 LPA (Mid-Level)

 

INR 12 - 18 LPA (Experienced)

 

What is M Tech Telecommunication Engineering?

M Tech Telecommunication Engineering is an engineering discipline that focuses on electrical and computer engineering to support and improve telecommunication systems such as telephone networks, radio broadcasting systems, and the Internet.

 

Master of Technology in Telecommunication Engineering is a subsection of Electronics Engineering that teaches students about the fundamentals of designing, installing, and managing communication systems and networks for voice, video, and data. Along with theory-based learning in the classroom, students have the chance for hands-on training through lab sessions and workshops.

 

M Tech Telecommunication Engineering focuses on several facets of electronic engineering, including circuit design, signal processing, wireless networks, and more. Students also study Advanced Digital Communications, High-Performance Networks, and Network Routing Algorithms.

 

Know More: MTech in Artificial Intelligence

 

Why Study M Tech Telecommunication Engineering?

M.Tech Telecommunication Engineering graduates have numerous career choices following graduation. One can work in the telecommunications business, public relations, academic institutions, communication operations, etc. Some of the top recruiters of M Tech Telecommunication Engineering graduates include communication networks such as Airtel, Vodafone, BSNL, Reliance, Tata Indicom, Nokia, and others.

  • Acquire specialized and currently rarefied skills in network design disciplines and wireless communications (5G, IoT), Cybersecurity, and Data Analysis.
  • Cultivate pathways to lucrative job opportunities with competitive salaries as diverse as Network Architect, Telecommunications Manager, and R&D Engineer.
  • Work across sectors of Telecommunications, IT, Healthcare, Finance, Manufacturing, and others, with a global perspective on your career opportunities.
  • Engage in advanced and currently cutting-edge technologies, including Radio Frequency Engineering, Photonics, AI, and Network Virtualization.
  • Enjoy high job security and career flexibility owing to the ever-evolving and fast-growing nature of the Telecommunications industry.

 

Who Should Study M Tech Telecommunication Engineering?

Candidates who are interested in MTech in Telecommunication Engineering are an excellent option for those interested in the operating principles and aspects of communication systems.

  • Candidates with a degree in B.E./B.Tech in Electronics & Telecommunication, Electronics & Communication, Information Technology, or equivalent from a recognized university.
  • Those who are interested in advanced topics like circuit design, signal processing, wireless networks, and modern telecommunication systems.
  • Individuals aspiring to work in the telecom industry, IT, academic institutes, communication operations, or the manufacturing of communication equipment.
  • Aspirants seeking roles such as Electronic Engineer, Network Specialist, Data Analyst, or R&D Engineer in top telecom and technology companies.
  • Candidates who are passionate about research, technical writing, project management, and teamwork in telecommunications.
  • Those wanting to pursue higher studies (PhD) or academia in the field of electronics and telecommunication engineering.

 

M Tech Telecommunication Engineering Eligibility Criteria

Candidates must meet the following eligibility criteria:

  • Has a B.Tech or B.E. degree from a recognized university in any of the subjects: electronics and communication, engineering, information and telecommunication, engineering, and information technology.
  • Has a minimum aggregate score of 60% in their graduating degree.
  • Qualifies for the admission exam, which is either conducted or accepted by the college/university.

 

M Tech Telecommunication Engineering Entrance Exams 2025

To be admitted to M Tech Telecommunication Engineering courses at prestigious colleges, students must take relevant entrance tests and achieve a high ranking. Some institutions also admit students based on their Class 12 performance and frequently conduct additional rounds such as Group Discussions or Personal Interviews. The following table lists several popular tests for students interested in studying M Tech Telecommunication Engineering courses:

Exam Name

Application Date

Exam Date

Application Fee

GATE 2026

September 2025

February 2026

INR 1500

JEE Advanced 2026

April 2026

May 2026

INR 3000

BITS HD 2026

March 2026

May 2026

INR 2300

IIT JAM 2026

September 2025

February 2026

INR 1500

UPSEE 2026 (AKTU)

March 2026

May 2026

INR 1300

VITMEE 2026

March 2026

May 2026

INR 1150

SRMGEET 2026

March 2026

May 2026

INR 1200

TS PGECET 2026

April 2026

May 2026

INR 1000

AP PGECET 2026

April 2026

May 2026

INR 1000

WBUT PGET 2026

April 2026

May 2026

INR 1300

 

M Tech Telecommunication Engineering Colleges in India

M Tech Telecommunication Engineering course fees and placement prospects are two crucial considerations when choosing an institution to study Telecommunication Engineering. The table below includes a list of prominent institutes that offer M.Tech Telecommunication Engineering courses and their annual prices.

College Name

Location

Annual Fees (Approx.)

NIRF Ranking

Admission Process

IIT Bombay

Mumbai, Maharashtra

INR 2,00,000

3

GATE

IIT Delhi

New Delhi

INR 1,80,000

2

GATE

IIT Madras

Chennai, Tamil Nadu

INR 2,20,000

1

GATE

NIT Trichy

Trichy, Tamil Nadu

INR 1,50,000

9

GATE

BITS Pilani

Pilani, Rajasthan

INR 2,50,000

30

BITS HD

VIT University

Vellore, Tamil Nadu

INR 1,80,000

13

VITMEE

IIT Kanpur

Kanpur, Uttar Pradesh

INR 1,80,000

5

GATE

NIT Warangal

Warangal, Telangana

INR 1,50,000

19

GATE

SRM Institute of Science and Technology

Chennai, Tamil Nadu

INR 1,70,000

51

SRMGEET

University of Pune

Pune, Maharashtra

INR 1,00,000

28

GATE

 

M Tech Telecommunication Engineering Admission Process 2025

M.Tech in Communication Systems at NIT Trichy is a highly sought-after program that primarily admits students through the GATE (Graduate Aptitude Test in Engineering) examination. M Tech Telecommunication Engineering admission process follows a well-defined, step-by-step procedure to ensure transparency and fairness.

 

Step 1: To start the admissions process, candidates must first register on the official NIT Trichy M Tech Telecommunication Engineering admission page.

 

Step 2: Candidates must appear for the GATE exam in their relevant discipline (such as Electronics and Communication Engineering).

 

Step 3: After the GATE exam, candidates will receive their results, including their GATE score and All India Rank (AIR).

 

Step 4: Once the GATE results are out, shortlisted applicants must apply to the M Tech Telecommunication Engineering program through the official NIT Trichy admissions page.

 

Step 5: Based on the GATE and AIR scores, NIT Trichy will publish a list of individuals who have been shortlisted for counseling.

 

Step 6: The counseling procedure will include document verification, seat allocation, and discussing specialized options.

 

Step 7: Candidates must bring all required documents for verification, including their GATE scores, academic transcripts, and identification.

 

Step 8: Once the counselling and seat allocation are done, candidates must confirm their admission by paying the required course fee.

 

Documents Required:

  • Mark sheets of previous academic qualifications (10+2, Bachelor's degree).
  • Valid identity proof (Aadhaar card, passport, etc.).
  • Entrance exam scorecard (GATE or any state-level exam)
  • Passport-sized photographs.

 

M Tech Telecommunication Engineering Syllabus

The M.Tech in Telecommunication Engineering program is divided into four semesters over a two-year period, during which students will study advanced concepts of digital communication, wireless communication, and telecom networks. Below is the syllabus for M.Tech Telecommunication Engineering at IIT Bombay:

Semester I

Semester II

Communication Theory

Optical Communication

Signals and Systems

Wireless Communication

Digital Signal Processing

Satellite Communication

Probability and Random Processes

Mobile Communication

Electromagnetic Theory

Network Protocols

Semester III

Semester IV

Advanced Communication Systems

Advanced Networking and Security

Radar and Remote Sensing

Dissertation

Communication Networks

VLSI for Communication Systems

 

M Tech Telecommunication Engineering Job Opportunities in India

MTech Telecommunication Engineering graduates have numerous career choices following graduation. Some work in the telecommunications business, public relations, academic institutions, communication operations, etc.

 

Top recruiters for M Tech Telecommunication Engineering graduates work for communication network heavyweights like Airtel, Vodafone, BSNL, Reliance, Tata Indicom, and Nokia.

Job Profile

Experience

Top Recruiters

Average Salary (LPA)

Telecommunications Engineer

0–2 years

Cyient, VIS Networks Pvt Ltd

INR 3.77 LPA – INR 5.17 LPA

Network Engineer

1–3 years

Cisco, Ericsson, BSNL

INR 4 LPA – INR 6 LPA

Embedded Systems Engineer

0–2 years

Ambetronics, Sprylogic Technologies

INR 2.40 LPA – INR 8 LPA

Telecom Project Manager

3–5 years

Airtel, Vodafone, Jio

INR 8 LPA – INR 12 LPA

Signal Processing Engineer

1–3 years

Qualcomm, ZTE

INR 6 LPA – INR 9 LPA

Telecom Design Engineer

2–4 years

Schneider Electric, Amdocs

INR 5 LPA – INR 9 LPA

Fiber Optic Engineer

1–3 years

Jio, Airtel

INR 4.50 LPA – INR 7.50 LPA

Telecom Quality Assurance Engineer

2–4 years

Transaction Network Services

INR 5 LPA – INR 8 LPA

IoT Engineer

0–2 years

Hixaa Technologies

INR 3 LPA – INR 5 LPA

Technical Support Engineer

1–3 years

NITS Global, Vision Mechatronics

INR 3.50 LPA – INR 6 LPA

 

M Tech Telecommunication Engineering FAQs

What does a telecommunications engineer do?

M Tech in Telecommunications teaches engineers about designing, developing, and managing communication systems to ensure the best signal processing, hardware, and software solutions for telecom equipment. They manage network systems such as mobile networks and broadband networks while developing hardware and software solutions for telecom equipment. They solve issues in the network, improve its performance, and take care of wireless, satellites, and fiber-optics. They are at the heart of global communication infrastructure management with other engineers so that connectivity via various platforms is as consistent and swift as possible.

Is M Tech Telecommunications equivalent to ECE?

Not exactly identical, the two areas have many similarities, however. In a nutshell, administration of the communication systems and networks is telecommunication engineering, including wireless, satellite, and broadband communication systems. ECE continues to deal with electronics, signal processing, control systems, and communication. ECE gives more basic skills relevant to several engineering fields, therein telecommunication engineering deals more with communication systems to include network administration, wireless communication, and data transmission technologies.

How is the placement for M Tech Telecommunications engineering?

M.Tech Telecom Engineering graduates are often placed in big telecom companies like Airtel, Vodafone, and Jio, as well as multinational companies such as Cisco, Ericsson, and Qualcomm. There may also be placement opportunities in research institutions and government bodies. The major placements usually provided for are network engineers, telecom project managers, research scientists, and design engineers.

Which is the best degree for telecommunications engineering?

A Bachelor's degree in Electronics and Communication Engineering (ECE) or Telecommunication Engineering is usually the best option for telecommunication engineers. These programs give a solid foundation for communication systems, signal processing, network administration, and electronic circuits. Pursuing a Master's degree, such as an M.Tech in Telecommunication Engineering, provides further knowledge and specialization in fields such as wireless communication, satellite systems, and network security. This advanced qualification enhances career opportunities, employment roles, and earnings potential in the telecom business.

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