Electronics and Telecommunication Engineering

Electronics and Telecommunications Engineering deals with microprocessors, analog transmission, digital transmission, analog integrated circuits, reception of video, microwave engineering, basic electronics, voice and data, wave progression, etc. The duration of Electronics and Telecommunications Engineering is 3 to 4 years (The online Electronics and Telecommunications Engineering courses can last from 1 month to 1 year depending on the institute). Electronics and Telecommunications Engineering can be pursued after one concludes class 10 from a recognized school with at least 50% marks in aggregate with Physics, Chemistry, and Mathematics. 

Admission to ETE engineering is done through entrance exams and merit basis. Some of the admissions into Electronics and Telecommunications Engineering courses include JEE Main, JEE  Advanced, GATE, AP EAMCET, TS EAMCET, etc. 

Electronics and Telecommunications Engineering can be pursued offline, online, and in distance learning mode. Some of the top institutes that offer Electronics and Telecommunications Engineering in India include the National Institute of Technology (NIT), Raipur, Amity University, Manipal Institute of Technology, Pillai College of Engineering, A. G. Patil Institute of Technology, etc. The average Electronics and Telecommunications Engineering fee ranges from INR 2,00,000 to INR 3,00,000.
 

The table below highlights the overview of Electronics and Telecommunication Engineering and the topics that will be discussed in this piece. The candidates are always advised to check the highlights prior to the other topics of the course so that they are well aware of the topics that will be covered here.

Candidates are given multiple reasons to choose  Electronics and Telecommunication Engineering courses in India. Due to the change in the technological field and rising demand for innovations and technologies. Electronics and Telecommunication Engineers taste great success in India hence they are offered opportunities that serve the best. Electronics and Telecommunications engineers can get a job in the Central Government, State Government, and corresponding companies in the public and private sectors. Some of the associations are All India Radio, Indian Telephone Industries, National Physical Laboratories, and the Civil Aviation Department. Some other career prospects may be encountered in the Ministry of Communication, DD, information and broadcasting sectors, railways, police, BSF, CRPF, etc.

Electronics and Telecommunication Engineering in online, offline, and distant learning modes. Candidates have the opportunity to pursue Electronics and Telecommunication Engineering online courses from recognized and authorized sources that include 

Electronics and Telecommunication Engineering Online Courses

The Electronics and Telecommunication Engineering Online Courses offered by the top IITs and other top institutes have been highlighted in the following table.

Electronics and Telecommunication Engineering can be pursued under Diploma, Bachelor’s, Master and doctoral courses such as Diploma in Electronics and Telecommunication Engineering, 

Undergraduate Electronics and Telecommunication Engineering Courses ( Bachelor of Technology in Electronics and Telecommunication Engineering)

• The duration of the BTech in Electronics and Telecommunication Engineering course is 4 years
• To pursue an Electronics and Telecommunication Engineering course at the undergraduate level, candidates need to secure at least 50% (a relaxation is given to the reserved candidates 45%) marks in their class 10+2 from a recognized national or state-level education board
• Candidates are mandated to have Physics, Chemistry, and Biology/Mathematics (PCMB) as core subjects in class 10+2
• Candidates require to crack national-level entrance exams or the entrance exam of the respective institute based on the requirement of the respective college or University to pursue Electronics and Telecommunication Engineering

Postgraduate Electronics and Telecommunication Engineering Courses (Masters of Technology in Electronics and Telecommunication Engineering)

• Candidates must have a bachelor's degree in Electronics and Telecommunication Engineering with at least 50 to 60% marks (a relaxation is given to the reserved candidates 45% to 55%) from a reputed institute
• The duration of the Master in Electronics and Telecommunication Engineering course is 2 years

Diploma Course in Electronics and Telecommunication Engineering (Diploma in Electronics and Telecommunication Engineering)

• Candidates can pursue a Diploma Course in Electronics and Telecommunication Engineering after the culmination of their Class 10
• To be qualified for a diploma course, it is compulsory for the candidates to have a Physics, Chemistry, and Mathematics (PCM) background in class 10+2
• Candidates have to score at least 45% marks (a relaxation is given to the reserved candidates of 40%) is required to get admission into Diploma in Electronics and Telecommunication Engineering
• The duration of a diploma in Electronics and Telecommunication Engineering course is 3 years

Doctoral Course in Electronics and Telecommunication Engineering (Ph.D. in Electronics and Telecommunication Engineering)

• The duration of a Ph.D. in Electronics and Telecommunication Engineering is 2 to 5.5 years
• To pursue a doctorate in Electronics and Telecommunication Engineering, it is mandatory to have a postgraduate degree in Electronics and Telecommunication Engineering is 2 to 5.5 years
• Candidates are required to score at least 50% marks (a relaxation of 45% is given to the candidates from the reserved categories) in the last qualifying examination to pursue Electronics and Telecommunication Engineering

The Electronics and Telecommunication Engineering and Electronics and Communication Engineering degrees courses are very similar and often experience minor differences. The difference between Electronics and Telecommunication Engineering and Electronics and Communication Engineering degrees have been highlighted in the following table for the candidates who are often bewildered about the Electronics and Telecommunication Engineering and Electronics and Communication Engineering degrees courses.

Candidates are admitted to the Electronics and Telecommunication Engineering courses following some criteria which stand as the medium by which candidates are scanned and admitted to the respective colleges. Candidates need to note that the eligibility criteria of the institutes may change from college to college. 

• Candidates must have passed the class 10+2 examination or any other competitive examination with the major subjects of Physics, Chemistry, and Mathematics which may or may not contain other technical subjects.
• Candidates who wish to pursue Undergraduate Electronics and Telecommunication Engineering Courses must have scored 45% aggregate marks in the subjects mentioned above 
• The SC/ST and other reserved categories can have a relaxation of 5%.
• English should be one of the mandatory subjects in the qualifying subjects.
• Diploma holders can get admission to the second-year BTech courses
• Candidates who wish to pursue Postgraduate Electronics and Telecommunication Engineering should complete their B.Tech with at least an aggregate of 50% marks.

Admission into Electronics and Telecommunication Engineering courses are done through entrance exams that include JEE Main, AP EAMCET, UPSEE, BCECE, JEECE, etc. 

JEECE

• Jharkhand Engineering Entrance Competitive Exam JEECE is a state-level entrance exam that is conducted online that is conducted for the candidates who are willing to take admission to the top colleges of Jharkhand
• The candidates should score at least 45% in the qualifying exam and also a good score in JEE exams. 
• The candidates should be permanent citizens of Jharkhand only.

AP EAMCET

• Andhra Pradesh Engineering, Agriculture, Medical Common Entrance Test or AP EAMCET is a State-Level online entrance exam that is conducted for candidates who are willing to take admission to the top colleges of Andhra Pradesh. 
• There are a total of 160 questions which are multiple-choice type questions asked in the exam
• The candidates must have passed the 10+2 exam and should have proof of being Indian. 

UPSEE

• Uttar Pradesh State Entrance Examination or UPSEE a state-level entrance exam that is conducted for the candidates who are willing to take admission to the top colleges of Uttar Pradesh
• The candidates should have 45% aggregate marks in their qualifying exam
• Candidates should have subjects Physics, Chemistry, and Mathematics (PCM).

BCECE

• Bihar Combined Entrance Competitive Exam is a state-Level offline entrance exam that is conducted for the candidates who are willing to take admission to the top colleges of Bihar 
• The exam is conducted with different papers for each subject like Physics, Chemistry, Mathematics, Biology, and Agriculture
• The candidates are mandated to have passed the 10+2 exam from any board and have enough knowledge about science and mathematics for the exam.

JEE Main

• Joint Entrance Examination Main or JEE Main is a national-level examination, the clearance of which allows admission to undergraduate engineering courses. 
• JEE Main permits admission to NITs, IIITs, and university level institutions, while JEE Advanced allows admission to IITs across India.

The Electronics and Telecommunication Engineering Top Colleges in India along with the location and average fees.

Technology development is plugging at a very increased pace. The demand controls on advancing day by day. Due to this demand, there is a scope requirement for more additional electronic engineers to satisfy this demand. The engineers would be directed to devise new techniques and strategies to stay ahead in this competitive world.

Electronics and Telecommunication Engineering Abroad Top Colleges 

Some of the top colleges from abroad that offer Electronics and Telecommunication Engineering courses have been listed in the following table. 

The skills required for candidates to be successful ETE engineers include the following skills that have been mentioned in the following table as well as pointers below.

Let us look at the skills one by one-

• Technical Skills – The graduates should have a boost in their coding skills. Additionally, the students also learn Web Development, DBMS, and SQL. will help the students. Computer skills are one of the most important skills.
• Analytical and Problem-Solving Skills – The way you solve problems creatively and efficiently reflects your value for the organization. Through these one can measure a person’s quantitative and creative ability. When you increase your analytical and problem-solving skills, your chances of employability will increase.
• Interpersonal skills – This skill helps the person to stand out in the crowd. The greater the communication the engineer does with the public more will the engineer be in the eyes of employers. Employers stress more about the way you speak.
• Ability to be a leader as well as a teammate – A leader commits himself to the team. A leader is not far above the team but is a teammate himself.

During the Electronics and Telecommunications Engineering course, the candidates should immerse themselves in developing systems, tools, and applications in the domain of electronics, communication, and further engineering specializations. Candidates can utilize their acquaintance to decipher concerns and acquire experience in operating with this equipment. Candidates analyze electronic circuits and have the capability to determine, examine and solve problems concerning VLSI strategy, power electronics, signal processing, and communication engineering. 

Emphasizing the Electronics and Telecommunications Engineering course, candidates will have to undergo industrial visitings, technological seminars, and workshops.

Electronics and Telecommunication Engineering Course Syllabus

The Electronics and Telecommunication Engineering course syllabi have been explained in the following tables for all eight semesters.

Electronics and Telecommunication Engineering Syllabus (First Year)

The first-year Electronics and Telecommunication Engineering Syllabus have been divided into semester 1 and semester 2. Candidates are required to check the subjects on the basis of the semesters.

Electronics and Telecommunication Engineering Syllabus (Second Year)

The Second year Electronics and Telecommunication Engineering Syllabus have been divided into semester 3  and semester 4. Candidates are required to check the subjects on the basis of the semesters.

Electronics and Telecommunication Engineering Syllabus (Third Year)

The Third year Electronics and Telecommunication Engineering Syllabus have been divided into semester 5  and semester 6. Candidates are required to check the subjects on the basis of the semesters.

Electronics and Telecommunication Engineering Syllabus (Fourth Year)

The Fourth year Electronics and Telecommunication Engineering Syllabus have been divided into semester 7  and semester 8. Candidates are required to check the subjects on the basis of the semesters.

The ETE salary for the candidates has been mentioned in the table below.

The career options that are available to the candidates are offered by the top recruiting companies after the candidates conclude the Electronics and Telecommunication Engineering Course successfully. The job prospects available to the candidates include ETE engineers, Telecom engineers, Communications engineers, Electronic Communications technicians, Telecommunications Network engineers, etc.

Electronics & Telecommunication Engineer

• Electronics & Telecommunication engineers design various electronic instruments for the scientific military, medical, industrial, and commercial applications.
• They design electronic systems, products, software, and other elements.
• Candidates speak to customers and comprehend their deficiencies to demarcate the costs, capacity, and prerequisites.
• After developing electronic devices/systems, ETE engineers have to accomplish test methodologies. Even suggest changes if instructed in the system.

Telecom Engineer

• Telecom Engineer manages data of voice, video, calls, and texts accomplished over miscellaneous methods of communication.
• They install and set up telecommunication devices and maintain a statement that the data transmitted over wired or wireless communication is of increased quality.
• Candidates also look into new technologies and recommend changes if any.
• They plan programs and play a vigorous role when an instrument is getting installed
• Candidates test the network and assess the various activities.

Communications Engineer

• Communications engineers have to control and scrutinize the undertaking of the team.
• They give consensus to the task budget, timescales, and specifications provided by the customers and managers.
• They have to construct designs, trial and execute these designs
• Communications engineers also develop test processes and provide plans of how to handle the catastrophe if any.

Electronic Communications Technician

• Electronic Communications Technicians inaugurate, monitor, and sustain and also decipher concerns originating due to the internet, telephone, and television equipment or assistance.
• They substitute and rehabilitate devices such as dial-up systems, routers, telephone jacks, and wires at personal habitations and business buildings.

Telecommunications Network Engineer

• Telecommunications Network Engineers are the spine of IT.
• Candidates are responsible for checking the security, design, and implementation of the computer networks and how the other telecom assistance and instruments are incorporated. 
• Telecommunications Network Engineers aid in demonstrating essential transmission systems such as WAN (Wide Area Network) and LAN (Local Area Network), and copper.

Top Recruiters of Electronics and Telecommunication Engineering

The top recruiters who recruit Electronics and Telecommunication Engineering candidates after the conclusion of the ETE course after various domains.