PhD Electronics and Telecommunication is a two-to five-year research-based program in ECE. This course focuses on critical technologies like telecommunications, electricity, and electronics, while also encouraging the development of the skills needed to combine hardware and software components.
Admission to the PhD program in Electronics and Telecommunication is based on a combination of entrance and merit. Candidates must have earned a master’s degree in any discipline with a grade point average of 55 percent or higher from a UGC/AIU-accredited university. The typical fee is between INR 50,000 and INR 5,00,000.
Graduates of the PhD Electronics and Telecommunication program can pursue careers in research and other communication fields such as agriculture, railways, forensics, and the wireless communication industry, among others, where the subject is studied. Freshers can expect a salary package ranging from INR 4 to INR 7 Lacs, which can gradually increase with experience.
Table of Contents
PhD Electronics and Telecommunication: An Overview
|Level of Course||Doctorate|
|Duration of Course||2 years – 6 years|
|Type of Examination||Semester|
|Eligibility Criteria||Masters Degree from the field of Electronic and Telecommunication|
|Process of Admission||Merit Based, Entrance Based|
|Average Fee for the Course||INR 50,000 to INR 5,00,000|
|INR 4 Lakhs to INR 12 lakhs|
|Top Recruitment Firms||L&T, Reliance, Huawei, Apple Nokia, Samsung Electronics,HP, Cisco, LG Electronics, Philips Semiconductors, Sony|
|Positions of Job||Software Analyst, Service Engineer, Technical Director, Network Planning Engineer, Customer Support Engineer, Field Test Engineer, etc.|
PhD Electronics and Telecommunication Eligibility
If you want to be a part of one of India’s top PhD electronics and telecommunication colleges, you must meet the eligibility requirements. The following are the requirements for pursuing a PhD in electronics and telecommunication:
- A candidate must earn the required grades in his or her post-graduate study in engineering or technology. Candidates with a postgraduate degree in any science or technology discipline are also eligible to apply for the program.
- They must have a minimum GPA of 60% in their post-graduate studies.
- Candidates who fall into the SC/ST/OBC/PWD category or who are otherwise disadvantaged are given a mark relaxation.
- If the college administers an entrance exam, passing the exam becomes an important eligibility criterion for applicants.
PhD Electronics and Telecommunication Syllabus
The PhD Electronics and Telecommunications course syllabus is listed below. This syllabus may vary from one institute to the next.
|First Year||Second Year|
|Communication||Adaptive Signal Processing|
|Control Systems||Audio Signal Processing|
|Control Theory Applications||Biomedical Instrumentation|
|Digital Signal Processing||Biomedical Signal Processing|
|Finite-Precision Signal Processing||Industrial/Ultrasonic Instrumentation|
|Fuzzy Logic||Medical Image Processing|
|High-Speed VLSI Structures for Signal Processing & Communication||Microprocessors|
|Wireless Communication||Microwave Engineering|
|RF Circuits||MOSFET Devices|
|Speech Processing||Neural Networks|
|Statistical Signal Processing||Non-Destructive Testing|
|Stochastic Systems||Pattern Recognition|
|VLSI Technology||Power System and Power Electronics|
PhD Electronics and Telecommunication Admission Procedure
Students interested in pursuing a PhD in electronics and telecommunications should review the points listed below for more information on the admissions process.
- Every institute has its own admissions procedure. The majority of the time, admission is based on the grades earned at the post-graduate level. Some institutions, however, require you to take an entrance exam.
- GATE and NET UGC are two of the most popular entrance exams. Candidates will be called to proceed to the next stage of the admission process once they have passed the entrance exam.
Based on Merit
- Students must complete the desired institute’s application form. Both offline and online versions of the application and registration forms are available.
- In merit-based selection, candidates are chosen based on their academic achievements at the undergraduate and postgraduate levels.
- The percentage requirement will be determined by the number of students who apply for the PhD in Electronics and Telecommunications program as well as the number of seats available.
Based on Entrance
- Students must register for any specific entrance examination as well as fill out the application forms for the institutes they wish to attend.
- Students must take the entrance exam, and if they pass, they will be eligible for the next stage of admission.
- Students must also appear for a personal interview (PI) round following the examination.
- The institute offers admission to the shortlisted students in the respective courses.
PhD Electronics and Telecommunication: Important Entrance Exams
Students pursuing a PhD in electronics and telecommunications may be required to take an entrance exam in order to be admitted to the college of their choice. The pattern of entrance exams may differ from one institute to the next.Candidates who pass the entrance exams will be offered admission to the college or will be required to attend a personal interview. Here are a few of the most popular entrance exams for PhD candidates in electronics and telecommunications:
- The most popular entrance examination for PhD candidates is the UGC National Eligibility Test (NET). The exam is held for admission to PhD programs in a variety of fields. Students are accepted into most colleges based on their UGC NET scores.
- JNUEE: JNUEE is Jawaharlal Nehru University’s entrance exam for PhD students. It takes place once a year in the months of June and July. The application forms must be submitted by the end of April.
- GATE: The GATE exam is a national-level entrance exam for engineering students. The exam is primarily for M.Tech students, but there are some exceptions.
- For the admission of PhD students, Delhi Technical University holds an entrance examination. This test is usually held in December.
PhD Electronics and Telecommunication: Preparation Plan
Entrance examinations are a requirement for admission to some of India’s most prestigious universities. Candidates must perform well on the admission examination in order to be admitted to that particular college or university. A few preparation tips for candidates are listed below.
- Candidates must have a thorough understanding of the syllabus, as this is the first and most important step in their preparation. They will not be able to get a good score on the entrance exam unless and until they are familiar with the syllabus.
- Understand the exam patterns and the types of questions that are frequently asked. Candidates will almost always be asked multiple-choice questions (MCQs). As a result, they must prepare for such questions in order to become familiar with the examination format.
- Try to get a rough idea of how many questions they’ll have to answer in order to get a good grade on the exam. This strategy will undoubtedly aid them in achieving a high score on the entrance exam.
- More emphasis should be placed on the important sections, as these are the sections where questions have been asked more frequently in previous years.
- Use sample papers, mock test papers, and previous year’s question papers to practice questions. Candidates will be able to better prepare as a result of this.
- Candidates should not be concerned. Any form of anxiety will act as a barrier, preventing them from achieving a high score on the entrance exam. Have faith in your preparations.
- For the entrance exams, consult important books. Read the chapters from the syllabus thoroughly. Candidates can also watch YouTube videos or seek advice from a professional.
- Candidates must first determine whether or not the college to which they are applying is actually good. Candidates should do so by carefully reading the reviews and ratings. They can also talk to former students and get their feedback.
- Make an effort to learn about the college’s placement situation. Candidates should have an idea of the average CTC that will be offered to them after they complete the course. Do not enroll in a college that has a poor record of placing students.
- Candidates who achieve high grades in their undergraduate and postgraduate studies are more likely to meet the eligibility requirements and be admitted to the college of their choice.
- Candidates who want to be admitted to a prestigious college must score at least 60% on their graduation and postgraduate exams.
- If college applicants wish to take an entrance exam, they must do well on the exam. Otherwise, they will be unable to progress to the next stage of the application process.
PhD Electronics and Telecommunication: Focus Areas
- PhD Electronics and Telecommunication is a technical program that requires students to have a strong understanding of core areas such as signal, speech, and image processing, as well as VLSI and embedded systems, robotics, and communications.
- It focuses on video reception, microprocessors, analogue communication, digital and analogue integrated circuits, satellite communication, antennae and wave progression, solid-state devices, voice and data, and other topics.
- This course is designed to provide students with technical knowledge and practical skills that they will need in the field when they enter the workforce.
- Students learn the mechanics of efficient telecommunication systems, as well as complex electronic apparatus, circuits, and equipment, throughout the course.
- PhD Electronics and Telecommunication studies circuits, electronic devices, and various types of communications equipment such as integrated circuits, fiber receivers, transmitters, and microwaves.
- This course has a lot of potential for research, and research on this topic can lead to a lot of new and innovative ideas, which can ultimately benefit society.
PhD Electronics and Telecommunication: Top Institutes
|Institution Name||Average Fee for the Course|
|Birla Institute of Technology||INR 80,000|
|Bharath University||INR 54,000|
|Aryabhatta Knowledge University (AKU)||INR 90,000|
|Dehradun Institute of Technology (DIT University)||INR 1,44,000|
|Indian Institute of Information Technology (IIIT Allahabad)||INR 90,800|
|Indira Gandhi Delhi Technological University for Women (IGITW)||INR 60,000|
|Jawaharlal Nehru National College of Engineering (JNNCE)||INR 40,200|
|Lovely Professional University (LPU)||INR 1,09,000|
|Motilal Nehru National Institute of Technology (NIT Allahabad)||INR 1,43,781|
|National Institute of Technology (NIT Delhi)||INR 88,000|
|Netaji Subhas Institute of Technology||INR 1,98,000|
|Pondicherry Engineering College||INR 3,30,000|
|SRM University||INR 1,25,000|
|Visvesvaraya National Institute of Technology (VNIT Nagpur)||INR 1,20,300|
PhD Electronics and Telecommunication: Important Documents Required
- Gap certificate (if applicable)
- A character certificate (from the head of the institute from which the student has obtained his qualifying degree)
- Research Proposal
- Migration Certificate (No objection certificate from the university last attended)
- Mark-list of the last qualifying degree examination
- Documentary proof of the date of birth
- passing/degree certificate of the last qualifying degree examination.
Students should be aware that if the aforementioned certificates are not attached to their application, their application will not be taken into account for admission.
PhD Electronics and Telecommunications and PhD Electronic Communication Engineering: Key Differences
On the basis of a few parameters, a course comparison between PhD Electronics and Telecommunication and PhD Electronic Communication Engineering is provided below, which will assist students in selecting their preferred subject with ease.
|Basis of Comparison||Phd Electronic Communication Engineering||Phd Electronics and Telecommunication|
|Level of Course||Doctorate||Doctorate|
|Course Highlight||This course covers the concepts and designs of underlying hardware systems used in the telecommunications, energy, and electronic industries.||This course provides students with the core competencies they will need to succeed in engineering and entrepreneurship careers in the long run. It is primarily concerned with the design of underlying hardware systems.|
|Process of Admission||Merit Based/ Entrance Based||Merit Based/ Entrance Based|
|Eligibility Criteria||Passed Post Graduation||Passed Post Graduation|
|Average Annual Fees||INR 30,000 to INR 2,50,000||INR 30,000 to INR 2,50,000|
|Top Profiles of Job||Electronics and Communications Consultant, Network Planning Engineer,Lecturer, Customer Support Engineer, Instrumentation Engineer, Technical Director, Senior Sales Manager and Database Administrator etc.||Service Engineer, Software Analyst, Field Test Engineer, Network Planning Engineer, Technical Director,Customer Support Engineer, Field Test Engineer, etc.|
|INR 4 LPA||INR 5 LPA|
PhD Electronics and Telecommunication: Important Book Recommendations
The books and study materials for students pursuing a PhD in Electronics and Telecommunication are listed below. For the students, these books will serve as a knowledge bank.
|Name of the Book||Name of the Author|
|Digital Logic and Computer Design||M. Morris Mano|
|Automatic Control Systems||Benjamin Kuo|
|Signals and systems||Alan V. Oppenheim|
|Solid State Electronic Devices||Ben G. Streetman and Sanjay Banerjee|
|Semiconductor physics and devices||Donald A. Neamen|
|Principles of communication systems||Herbert Taub|
Future Trends in Electronics and Telecommunication
Many new trends are emerging in the fields of electronics and telecommunications engineering. Engineers are taking new steps to make people’s lives easier.
- Artificial Intelligence (AI): AI is quickly approaching the point where it will outperform all future technologies. Many businesses have already begun to use AI and AI-based products in their offices to reduce their employees’ manual labor.
- Drone deliveries: Drones are now being used to deliver packages to customers’ doorsteps; Amazon has already begun using this technology in the United Kingdom, and Walmart will follow suit soon. Because of the pandemic, which the world is currently referring to as “contact-less delivery,” this trend is expected to accelerate dramatically.
- Level-3 Autonomous Vehicles: Autonomous vehicles have become increasingly popular in recent years. There will come a time when all vehicles will be fully automated.
- 3D printing is becoming more competitive in today’s world based on its potential. Many businesses use 3D printing for a variety of purposes. It can be used to make prosthetics in medicine.
PhD Electronics and Telecommunication: A Comparison between Institutes
A comparison of the top colleges offering PhD Electronics and Telecommunication is provided below, based on a few parameters that will assist students in selecting the best college for them.
|Basis of Comparison||Birla Institute of Technology||Indian Institute of Information Technology|
|Highlight||BIT Jaipur is a university that offers undergraduate, graduate, and doctoral programs in engineering, management, and applied sciences. It has recently placed a total of 84 engineering students, with the majority of students coming from the CSE branch.||IIIT Allahabad was founded in 1999 as a public university. It offers PhD programs in a variety of disciplines, as well as a variety of integrated courses for students. For the last five academic years, it has a placement record of over 95% placements.|
|Ranking by NIRF||–||103|
|Process of Admission||Entrance Based||Entrance Based|
|Average Annual Fees||INR 80,000||INR 90,800|
|Top Employers||Flipkart, Prop Tiger, Nykaa, Tesco, Philips, Western Digital, Mentor Graphics, Amazon,Eaton Corporation, Motherson Sumi Systems, Airtel, Qualcomm, Telstra, etc.||Infosys, Wipro, Info Objects, and Reliance Jio, Adobe, Google, Microsoft, Cognizant,Linkedin, Zomato, Walmart Labs, Zendrive, CodeNation, etc.|
|INR 6 LPA||INR 8 LPA|
PhD Electronics and Telecommunication: Important Skills Required
For any student to succeed in their career, they must have the perfect skill set. The skills would also assist graduates in obtaining their ideal job. Some of the skills that graduates in the field of electronics and telecommunications engineering would benefit from including: –
- Technical Skills: The graduates’ coding abilities should be improved. This will enable them to outperform their competitors. Additionally, students will benefit from learning Web Development, Database Management Systems, and SQL. One of the most important skills is computer knowledge.
- Analytical and Problem-Solving Skills: Your ability to solve problems in a creative and efficient manner reflects your value to the company. Analytical skills assess a person’s ability to think quantitatively and creatively. Your employability will improve as your analytical and problem-solving skills improve.
- Interpersonal skills: This ability allows a person to stand out in a crowd. The greater the engineer’s public communication, the more valuable the engineer will be in the eyes of employers. Employers place a greater emphasis on how you speak.
- The ability to be a leader as well as a teammate—A leader makes a commitment to the group. A leader isn’t above the team; in fact, he or she is one of them. The more you begin to assist your teammates, the better you will be able to connect with them.
PhD Electronics and Telecommunication: Job Prospects
PhD Electronics and Telecommunications prepares students to gain an in-depth understanding of the subject, enhancing their core competencies in leadership, innovation, and analytics. Doctorates from this program can be useful in the fields of health, telecommunications, information technology, and research.
It is an excellent course for those interested in pursuing a career in academia. They can also work as technical directors, software analysts, electronics and communication consultants, network planning engineers, and other positions that pay well.
The top job profiles are listed below, along with their average salary packages.
|Profile of Job||Average Annual Salary|
|Technical Director||INR 6 lakhs|
|Field Test Engineer||INR 4 lakhs|
|Software Analyst||INR 5 lakhs|
|Electronics and Communication Consultant||INR 3.4 lakhs|
|Network Planning Engineer||INR 4 lakhs|
|Service Engineer||INR 3 lakhs|
|Senior Sales Manager||INR 10 lakhs|
|Customer Support Engineer||INR 3 lakhs|
|Research & Development Software Engineer||INR 7 lakhs|
Some other important job profiles are
- Software Analyst
- Senior Sales Manager
- Service Engineer
- Technical Director
- Electronics and Communication Consultant
- Research & Development Software Engineer
- Field Test Engineer
- A Network Planning Engineer
- A Customer Support Engineer
PhD Electronics and Telecommunication: Benefits and Scope
The benefits of the course and the reasons why a student should choose the PhD Electronics and Telecommunications course are listed below.
- PhD Electronics and Telecommunication has an analytical approach that allows students to think about a variety of real-world problems and come up with technical solutions.
- This course is a well-balanced mix of theory and practice, with students working on projects and case studies in the electronics and telecommunications industries.
- PhD students in electronics and telecommunications have numerous career options, including technical director, service engineer, software analyst, network planning engineer, customer support engineer, field test engineer, and so on.
- At various organisations, they may work as junior engineers, assistant engineers, or executive engineers. They could also do research in the fields of electronics and telecommunications.
- Graduates in electronics and telecommunications can also work as lecturers, passing on their knowledge to other students. PhD Electronics and Telecommunications graduates earn an average salary of INR 4 LPA.
The leading employment areas for PhD candidates are the Atomic Energy Commissions, Civil Aviation Department, All India Radio, Manufacturing Units, and IT Department.
PhD candidates in the telecommunications and software industries can work in a variety of fields. The course is well worth taking because there is a growing demand for competent qualified engineers to assist organisations in designing equipment based on cutting-edge technologies.
A PhD in Electronics and Communication Engineering typically takes 4-5 years to complete.
To be considered, candidates must have a minimum of 50% to 60% in their post-graduate degree.
Yes, students with a general science background can pursue a PhD in Electronics and Telecommunications. They must, however, meet the institute’s requirements for admission.
The country determines this. For example, in the United States, some fields receive hundreds of applications for a single professorship, while others receive only 5–10 applications.
The following are some things to keep in mind:
No matter how much you think you know, you will continue to learn new things and be reminded of how little you know.
You will be exposed to things you could never have imagined before starting your PhD.
A PhD graduate is not required by companies that do not have any positions that require research. A PhD, on the other hand, is a significant advantage if the company requires someone who can conduct extensive research.
Some of the most common topics covered in the PhD Electronics and Communication Engineering programme include:
Digital Communication Methodologies, Design of an Antenna System, Wireless Networks, and Adaptive Signal Processing are examples of signal processing. The study of statistical signals, radar and navigation systems, networks and optical communication, and signal processing on VLSI are all topics covered by statistical signal processing.