Telecommunication Engineering comprises the study of circuit design along with strategic mass developments. It also covers a major portion of broadcast engineering and electronics engineering as they are essential for understanding signal transmission and processing.
This field of engineering is highly developed with various forms of communications introduced in India. The course is often integrated with electronics engineering or offered as a specialization in postgraduate engineering courses.
Some of the major highlights of B.Tech Telecommunication Engineering course can be checked below –
Name of the Course |
B.Tech Telecommunication Engineering |
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Duration |
4 Years |
Core Objective of the Course |
The aim of the course is to train students in Mobile/ Wireless Communication or Networks, Information Technology, Satellite Communications, Cable Networks and Communication Devices |
Relevancy of Course in Different Sectors |
Telecom Engineers are required in IT companies, Telecom industry and electrical engineering. |
Minimum Eligibility |
Candidates must have passed Class 12th with a minimum of 50% of marks. |
Entrance Exams |
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Admission Process |
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Fee Structure |
Rs. 1,50,000 Per Annum (Approximately) |
Scholarship |
Popular deemed universities offer a tuition fee waiver or scholarships for students with outstanding performance in academics. |
Average Starting Salary |
Rs. 3,00,000 Per Annum |
Career Options |
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Higher Studies |
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Candidates aspiring for B.Tech admission in Telecommunication Engineering must satisfy the eligibility criteria specified below –
Educational Qualification |
The candidates must have passed Class 12th in PCM stream with a minimum of 50% of marks. The candidates must have a valid score in national-level/ state-level/ university-level engineering entrance exam. |
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Age Limit |
There is no upper age limit to study B.Tech in Telecommunication. |
The admission process for B.Tech Telecommunication Engineering is based on marks scored in the entrance exam and Class 12th. The candidates can also take direct admission in private engineering colleges.
First Year:
Professional Communication |
Environmental Studies |
Fundamentals of Mechanical Engineering |
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Engineering Mathematics – 1 |
Engineering Physics |
Engineering Mathematics – 2 |
Engineering Chemistry |
Fundamentals of Electrical Engineering |
Technical Communication |
Fundamentals of Electronics Engineering |
Engineering Drawing |
Fundamentals of Computer |
Second Year:
Foreign Language – 1 |
Solid State Electronic Circuits |
Foreign Language – 2 |
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Probability and Random Process |
Transforms and Boundary Value Problems |
Transmission Line Theory and Network Analysis |
Signals & Systems |
Analog Integrated Circuits |
Electron Devices |
Analog Communication |
Digital Electronic Principles |
Electromagnetic Theory & Waveguide Components |
Third Year:
Discrete Mathematics |
Telecommunication Switching Methods |
Minor Project |
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RF Microcontroller Design and Interfacing |
Digital Communication Principles |
Microwave Radio & Optical Fiber Communications |
Digital Signal Processing |
Elective – 2 |
Antenna Theory & RF Propagation |
Elective – 1 |
Antenna & Propagation Laboratory |
Industrial Training |
Fourth Year:
RF Circuits for Telecommunications |
Information Theory and Coding |
Satellite Communications |
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Network Analysis and Synthesis |
Data Communication Networks |
Digital Design and Modeling using HDL |
Industrial Training – 2 |
Spread Spectrum and Multicarrier Techniques |
Wireless & Cellular Telecommunications |
Broadband Communications |
Multimedia Signal Processing |
Major Project |
With a devoted Telecommunication Ministry in India, there are various employment opportunities that have been created in the past decade. The advent of a dish antenna and network service providers in government, as well as private sectors, offer following jobs to telecommunication engineers:
India offers optimal growth in Telecommunication Engineering space. India has established itself as one of the forerunners in the Telecom industry, and as such, promises great career scope in this field. From private organisations to public sectors and from research & development to entrepreneurship, sky is the limit for Telecommunication Engineers in India.
Some of the top recruiters in the Public Sector Industry for Telecommunication Engineering include:
Some of the top recruiters in the Private Sector Industry for Telecommunication Engineering include:
Central Government departments for Telecommunication Engineers include:
Students interested in Reasearch will need to take the GATE exam.
After D El Ed you can either opt for higher education i.e. B Ed or M Ed or you can start your career by opting for jobs in elementary education.