Admission 2023–2024 for a diploma in telecommunication engineering: It is a degree program at the diploma level. A three-year academic degree, the Diploma program in Telecommunication Technology. Telecommunications degrees are in high demand in India. The prerequisite for this course is 10+2 with a minimum grade of 50% from an approved board.
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This course’s overall cost ranges from INR 15,000 to 05 Lakhs. After completing the training, students are granted a salary package ranging from INR 15,000 to 05 Lakhs. The DTT course gives students a thorough understanding of telecommunications networks. A receiver, cables, and a transmitter are examples of system components.
Highlights of a diploma in telecommunication engineering
| Course Name | Diploma in Telecommunication Engineering |
| Admission Process | Entrance Exam |
| Duration | 3 Years |
| Course Fee | INR 15,000 to 05 Lakhs |
| Average Salary | INR 3 to 10 lakhs per annum |
| Eligibility | Must pass class 10+2 with 50% marks from a recognized board |
| Suggested University | Aura University |
Admission 2023–2024 for a Diploma in Telecommunication Engineering
Networking or communication by telephone, data communication, satellite, radio, computer, television, and microwaves are all examples of telecommunication technology. The majority of nations in the world use all of these communication channels, whereas some only use a few. Distance communication is another name for this kind of communication.
The study of computer equipment and its upkeep is vital to the engineering sector, just like communications. It aids in resolving the equipment and computer-related issue.
All individuals may now afford to converse verbally using cell phones, radios, and other devices while also transmitting information through texts, images, and sounds. Since the start of the COVID-19 epidemic, conferences, academic classes, worldwide communications, seminars, and other events have all been conducted via telecommunication.
Students can gain a thorough understanding of telecom networks with the Diploma in Telecommunication programme. The components of the system could include a transmitter, cables, and a receiver. There are no part-time or distance learning admittance programs available at the universities; only full-time courses are offered.
Eligibility for Admission to the Diploma Program in Telecommunication Engineering
Admission requirements include passing the 10+2 with 50–60% on a recognized board.
The course’s common entry tests are the CUEE, CG PET, CIEAR, and COMEDK UGET.
Admission Fees for a Diploma in Telecommunication Engineering
A Diploma in Telecommunication Engineering education costs between INR 15,000 to 5 Lakhs in tuition.
Admissions for the Diploma in Telecommunication Engineering 2023–24
Admission to the field of telecommunication engineering is straightforward. All the learner needs to do is adhere to the deadlines. The essential prerequisite is that students pass their 12th-grade exams in core courses like math and physics. The needed percentage of marks is 50%.
Admission Tests for a Diploma in Telecommunication Engineering
Here are a few of the standard tests.
COMEDK UGET CIEAT CG PET CUEE
Instant Admission
There are no tests necessary for direct admission. For admission from the required board, a passing grade of 50% is required.
Different Courses
There are no part-time courses offered by the institutes; they exclusively provide full-time programs.
Salary Structures
The average remuneration in this field is between INR 3 and 10 lakhs per year, which is a reasonable level of compensation for the workers. Airtel, Tata Teleservices, VI, Jio, BSNL, Reliance Communications, and other well-known Indian telecom firms that offer employment include Jio, VI, and others.
With this credential, you can apply for positions such as Telecom Expert, Zonal Technical Manager, Technical Support Specialist, Technical Trainer, Programmer Analyst, and Production Manager.
Admission Syllabus for the Diploma in Telecommunication Engineering
| Year 1 | Year 2 | Year 3 | Electives ( Any One) |
| Professional Communication | Applied Mathematics II 50- 52 | Industrial Management and Entrepreneurship Development | Modern Communication System |
| Applied Mathematics | Electrical Engineering II 53- 56 | Environmental Education and Disaster Management | Advance Microprocessor and Interface |
| Applied Physics | Industrial Electronics and 56 – 70 Transducers | Communication System | Bio medical Electronics |
| Applied Chemistry | Network Filters and Transmission Lines | Electronics Instruments and Measurement | Microelectronics |
| Applied Mechanics | Electronic Devices and Circuits | Construction Management, Accounts and Entrepreneurship Development | Microwave and Radar Engineering |
| Applied Mechanics and Material | Principles of Communication Engineering | Audio and Video System | Electronics Equipment Testing |
| Electrical Engineering, I | Principles of Digital Electronics | Television Engineering | Modern Consumer Electronics Appliances |
| Electronic components and devices | Electronics Workshop | Microprocessor and Application | _ |
| Technical Drawing | Programming in C & C++ | Project 1. Problem | _ |
| Elementary Workshop Practice | _ | Field Exposure | _ |
| Computer Application for Engineering | _ | _ | _ |
