The largest and most sophisticated branch of engineering, electronics, and telecommunication, has made many types of equipment available like Radio, Television, Telephones, Computers, etc. Electronics and telecommunication (EXTC) have a major role in increasing productivity in various industries like energy, oil, agriculture, and many other sectors, which are very important to the economic sectors. With the technical and technological advancements coming up every day, EXTC is becoming a lucrative course, leading to great demand for skilled and competent engineers in the telecommunication industry. The career opportunities are more than one could ever think of in both top multinational companies and public sector units.
The electronics and telecommunication engineering is a 4-year undergraduate degree course. The duration of 4 years is divided into eight semesters with completing two semesters each year. This program deals with digital transmission, analog transmission, data, video, voice reception, microprocessors, electronics, satellite communication, and analog integrated circuits.
The first few semesters of electronics and telecommunication involve applied mathematics, applied physics, applied chemistry, communication skills, computer programming languages, mechanics of solids, basic electrical engineering, engineering drawing, etc. Usually, after completing 2nd semester, students deal with the core subjects like digital signal processing, digital systems, fuzzy logic and neural networks, VLSI and VHDL, embedded systems, digital communication, microprocessors, microwaves, and microcontrollers.
Pursuing a bachelor's in electronics and telecommunication engineering, students learn how to apply different digital and analog electronic circuit design principles and learn to develop efficient circuits that meet specific design objectives. Students learn to analyze, identify, and solve the problems related to power electronics, VLSI design, communication engineering, and signal processing.
Students acquire complete knowledge of applied mathematics and basic science and the knowledge of mathematics, which is important for the EXTC course. This also helps in improving analytical ability. Students also explore electromagnetic, digital electronics, analog communication, and wavefield theory with the "communication" section of the electronics and telecommunication syllabus. Students get to develop their interest in designing tools, systems, and its application in communication, electronics, and allied domains of engineering.
The student wishing to pursue a bachelor's in electronics and telecommunication engineering should have passed 10+2 classes with at least 50% and physics, chemistry, and mathematics as core subjects. The students should also clear the government's entrance exams and test to become eligible for engineering admissions.
Electronics and telecommunication engineering is a wonderful program having great career prospects and also amazing higher studies opportunities. EXTC is the most advanced and interesting discipline in engineering. A student looking for a core job can work as a Telecom engineer, electronics and telecommunication engineer, communication engineer, electronic communication technician, telecommunications network engineer, etc. Electronics and telecommunication engineers are paid a good salary. The students with extraordinary skills and knowledge in fields of EXTC get paid more than the average salary of a bachelor of EXTC.
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