Last Updated On 01 Jun, 2020
Telecom Engineers or Telecommunications engineers are regarded as experts in managing data such as calls, video, voice and messages over different modes of communication. The major responsibility of a Telecom Engineer is to design and install the telecommunications equipment and make sure that the data is transmitted through wired or wireless communication. Telecom engineers are required in diverse fields such as radio, television, satellite, optical fibre and internet. All the activities related to these must require a Telecom Engineer, and this clearly indicates that this field has good and unending career prospects. Job security is one of the major advantages for Telecom Engineers. All the details about the career path for Telecom Engineers can be checked here.
The eligibility criteria to become a Telecom Engineer can be checked below –
In order to start your career as a Telecom Engineering, it is advisable to choose a B.Tech course in Telecom Engineering or Electronics and Communications Engineering. Most of the students aspiring for jobs in PSUs after B.Tech. If you are aspiring for higher-level posts, an M.Tech degree in Telecom Engineering is necessary.
Some of the job roles related to Telecom Engineer can be checked below –
Telecom Sales Engineer: A Telecom Sales Engineer is responsible for using his/ her technical expertise to support senior management in the sales process.
Telecom Network Engineering: This is a higher post, which is offered to an eligible person who has a minimum of two to three years of experience in Telecom Engineering. They are responsible for all activities related to network management.
Professor: A person who has qualified B.Tech in Telecommunications Engineering can go for a teaching job in colleges/ universities. For this purpose, the candidates need to pass UGC NET and Ph.D.
Some of the major responsibilities of Telecommunications Engineers are –
Telecom Engineers are required in both government and private organizations. Some of the top agencies that hire Telecom Engineers are as follows –
For government jobs, the candidates must clear the recruitment exams conducted by the respective authority. For example, UPSC Engineering Services Exam (IES), DRDO Recruitment Exam etc
The salary offered to Telecom Engineers in India is as follows –
Job Role | Average Starting Salary |
Telecom Engineer | Rs. 4,00,000-5,00,000 Per Annum |
Telecom Sales Engineer | Rs. 4,00,000-5,00,000 Per Annum |
Lecturer/ Professor | Rs. 3,00,000-6,00,000 Per Annum |
Some of the best books related to Telecommunications Engineering are as follows –
Take our test and find out if it suits your strengths.
A Telecom and Telecommunications Engineer works indoor mostly.
Yes, you can get a government job as a Telecom and Telecommunications Engineer by qualifying entrance exams such as UPSC Engineering Services Exam (IES), DRDO Recruitment Exam, etc.
An experienced Telecom and Telecommunications Engineer in India can earn up to 16 LPA and above.
Some of the top colleges in India to pursue Telecom and Telecommunications Engineering in India are IITs, NITs, LPU, BITs, SRM University, etc.
The different job roles for a Telecom and Telecommunications Engineer include Network Engineer, Research Telecom, Telecom Sales Engineer, Telecommunications Engineer, Professor, etc.
Yes, there are various entrance exams to pursue Telecom and Telecommunications Engineering such as JEE Main, BITSAT, LPUNEST, SRMJEE, etc.
The average pay scale of a Telecom and Telecommunications Engineer is INR 4,00,000 to 6,00,000.
Some of the top recruiters in India for Telecom and Telecommunications Engineers are BSNL, Private Telecom Companies, DRDO, Indian Armed Forces, Hindustan Aeronautics Limited, ISRO, Airlines, Philips, All India Radio, Indian Engineering Services, etc.
To become a Telecom and Telecommunications Engineer, the candidates must pass B.Tech/ M.Tech in Telecommunications/ Telecom Engineering or Electronics and Communications Engineering.
A Telecom and Telecommunications Engineer is responsible for managing data such as calls, video, voice and messages over different modes of communication.