B.Tech ETE / B.Tech in Electronics and Telecommunication Engineering is a very renowned and chosen course by the aspirants in the engineering spectrum. The course is built to educate the students about the different electronic designs and circuits for networking and analysis of system and integrated technology in the telecommunication arena. Electronics and Telecommunication Engineering or ETE engineering is a 4-year under graduate course which is further divided into 8 semesters, which teaches students the various forms of communication that are introduced. Students are given extensive knowledge on design and development of new technology to enhance the reach of telecommunication.
Electronics and Telecommunication Engineering is one of the top specializations and application-based discipline of electronic engineering. Electronics and telecommunication engineering comprise the study of circuits and its designs, transmissions along with broadcast engineering to understand the needs and requirements of signal transmission and processing.
The course is mainly aimed to educate the students about the upcoming trends in the telecom industry about networking, telecommunication infrastructure and the global standards with techniques of telecommunication and designing of innovation in the technological era. Electronics and telecommunication also include electrical education in circuit designing and strategic mass development. Students can understand wireless communication standards, satellite communication, information technology and cable networking all at once, as the course is a merger in 2 different forms.
This course is apt for those candidates who are actually interested in making a career in telecommunication industry. But if you are confused to choose the right course and college which will suit your skills and abilities. Then visit Eduprov where we give you career counseling from professionalized counselors which will help you in the long run.
Those students who want to get admissions into electronics and telecommunication engineering can get admissions through two aspect and the process is not at all a complicated one. The admission process for electronics and telecommunication engineering is just as easy as any other engineering course.
Students need to write entrance exams or they can get in through direct admissions. Entrance exams are conducted on state level, national level and university level. There are some reputed universities which conduct their own entrance exams also known as deemed universities entrance exams. In which students need to attend entrance exams and get through with the best ranking. Merit based admissions in which the colleges will prepare a merit list of students who have scored the best in their qualifying exam, students need to attend a counseling round and interview round.
Those students who are firm on the college and course that they want to choose can directly apply to the college portal, and pay the admission fee. They just have to fulfil the basic eligibility criteria of the college.
B.Tech ETE Top Entrance Exams which will give the students admissions in reputed colleges:
| 1st Year | 2nd Year | 3rd Year | 4th Year |
| Basic Electrical Engineering | Engineering Mathematics III | Management and Entrepreneurship Development | Cryptography and Network Security |
| Elements of Civil Engineering and Mechanics | Electronic Instrumentation | Digital Signal Processing | Satellite Communication and Remote Sensing |
| Engineering Graphics | Analog Electronics | Verilog HDL | CMOS VLSI Design |
| Engineering Physics | Digital Electronics | Information Theory & Coding | Power Electronic |
| Calculus and Linear Algebra | Network Analysis | ||
| Engineering Physics Laboratory | Engineering Electromagnetics | ||
| Basic Electrical Engineering Laboratory | Analog Electronics Lab | ||
| Engineering Chemistry | Digital Electronics Lab | ||
| C Programming for Problem Solving | Engineering Mathematics IV | ||
| Basic Electronics | Signals and Systems | ||
| Elements of Mechanical Engineering | Control Systems | ||
| Engineering Chemistry laboratory | Principles of Communication Systems | ||
| Geometrical and Engineering Drawing | Linear Integrated Circuits | ||
| Applied Thermodynamics | Microprocessor | ||
| Engineering Mechanics | Linear ICs and Communication Lab |
| Professional Elective-1 (3rd year) | Open Elective-1 (3rd year) | Professional Elective-2 (3rd year) | Open Elective-2 (3rd year) |
|---|---|---|---|
| Nanoelectronics | Automotive Electronics | Cellular Mobile Communication | Data Structures Using C++ |
| Switching & Finite Automata Theory | Object Oriented Programming Using C++ | Adaptive Signal Processing | Power Electronics |
| Operating System | Microcontroller DSP Lab HDL Lab Digital Communication ARM Microcontroller & Embedded Systems VLSI Design Microwave Theory and Antennas Computer Communication Networks | Artificial Neural Networks | Digital System Design using Verilog Embedded Controller Lab Microwave and Antennas Lab Computer Networks Lab |
| Electrical Engineering Materials | Digital Switching Systems | ||
| Transmission Lines and Waveguides | Image Processing |
| Professional Elective-3 (4th year) | Professional Elective-4 (4th year) | Professional Elective-5 (4th year) |
|---|---|---|
| Multimedia Communication | DSP Algorithms and Architecture | Micro Electro Mechanical Systems |
| Biomedical Signal Processing | IOT and Wireless Sensor Networks | Speech Processing |
| Real Time Systems | Pattern Recognition | Radar Engineering |
| Cognitive Radio Networks | Advanced Computer Architecture | Machine learning |
| Radio Frequency Integrated Circuits | High Performance Computing Networks | AD Hoc Wireless Networks |
| Cryptography | Satellite Communication | Network and Cyber Security Internship/Professional Practice |
| CAD for VLSI | Digital Communication Lab | |
| VLSI Lab | ||
| Computer Communication Networks Lab | ||
| Project Work Phase I + Project work Seminar | ||
| Wireless Cellular and LTE 4G Broadband | ||
| Fiber Optics & Networks |
If you are sceptical as to which college would be best suiting your academic requirements, then seek professional assistance on admission guidance and career counselling from Eduprov which provides you with an assorted range of colleges.
The scope for electronics and telecommunication engineering is quite high and has created a demand for professionals who are versatile and skilled in the field. There are various career opportunities for students after completion of their B.Tech in Electronics and telecommunication engineering because of the significance and importance of telecommunication in day to day operations. After the successful completion of the degree, students can opt for their higher education in M. Tech or M.E. in Electronics and Telecommunication engineering. Or they can work for mobile companies and current technological units or wireless technology units.
Since there is a huge demand on the technological trends, students can get ample jobs after their degrees. ETE engineers have the flexibility to work across the globe in any sector such as IT, communication and computerized technology. Electronics and telecommunication engineering have good salary packages both in India and abroad. ETE IN India promises a good career scope for young aspirants. From private sectors to public undertakings, from research and development to business start-ups and entrepreneurship, electronics and telecommunication engineering has proved that sky is the limit and it has no bounds for seamless productivity.
With the invention of dish antennas, or network service providers or digital drones to keep the worldly updates, the government has definitely raised the bars for employment opportunities to achieve their targets.