A Doctor of Philosophy in Electronics and Communication Engineering is a doctorate level course in electronics and communication engineering. The program lasts a minimum of two years (three years for external candidates) and a maximum of five to six years from the date of registration. PhD Electronics and Communication Engineering is a research-based program that focuses on the design, fabrication, installation, and operation of electronic equipment, systems, machines, and telecommunication systems.
Designing, developing, and manufacturing electronic equipment (for devices and circuits) as well as communication systems are all part of the Electronics and Communication Engineering field. Analog transmission, basic electronics, microprocessors, solid-state devices, digital analogue communication, satellite communication, integrated circuits, antennae, wave progression, and microwave engineering are all covered in an Electronics and Communication Engineering program.
Graduates of the PhD program in Electronics and Communication Engineering can pursue careers in engineering or information technology research, as well as become university professors. Some of the most common job titles for PhD Electronics and Communication Engineering graduates include Lecturer or Professor, Electronics and Communications Consultant, Network Planning Engineer, Customer Support Engineer, and Database Administrator.
Table of Contents
PhD Electronics and Communication Engineering: An Overview
|Level of Course||Doctorate Level|
|Also referred as||Doctor of Philosophy in Electronics and Communication Engineering|
|Duration of Course||4 years|
|Type of Examination||Presentation and Seminar|
|Eligibility Criteria||Minimum 55% aggregate in MSc/ MTech|
|Process of Admission||Valid score in GATE/UGC NET/CSIR NET|
|Fee for the Course||INR 1 Lac approx|
|Average Annual Salary||INR 8 Lac|
|Top Employment Firms||Ernst & Young, Infosys, QUALCOMM, Faurecia, Bosch, The PAC Group, LumiLor India, Signify .|
|Positions of Job||Field Test Engineer, Product Line Engineer, Electronics Engineer,Customer Support Engineer.|
PhD in Electronics and Communication Engineering Eligibility Criteria
- A PhD in Engineering/Technology in the relevant branch requires a regular MTech degree from a university with a minimum of 55 percent marks or a CGPA of 6 on a scale of 10. Students who have completed the GATE/NET examination will be given priority.
- At least 60% of the marks or grade point average from any accredited Indian or foreign university and BE/B Tech, ME, M.Tech, MS (ECE or relevant areas of electronics engineering) (minimum 60%).
PhD in Electronics and Communication Engineering Curriculum and Syllabus
The following is the syllabus for the PhD Electronics and Communication course. The curriculum may vary from one institute to the next.
|Electronics Programming||Engineering Graphics|
|Power Electronics and Instrumentation||Verilog HDL|
|Digital System Design Laboratory||Signals and Systems|
|Network Theory||Analog ,HDL and Communication Lab|
|Electromagnetic Waves||Digital Communication|
|Digital Signal Processing||Embedded System|
|Information Theory and Coding||Microprocessor|
|Management and Entrepreneurship Development||Antennas and Propagation|
|Computer Communication Networks||Digital Switching Systems|
|Optical Fiber Communication||Wireless Communication|
|VLSI Lab||Thesis + Seminar|
PhD in Electronics and Communication Engineering Admission Procedure
PhD students in Electronics and Communication are primarily selected based on their M.Tech or M.Sc. scores, or special entrance examinations held once a year by a few institutes such as GATE and NET.
Candidates can apply online after the application deadline has been announced by visiting the website.
- Documents for registration must be uploaded correctly and in accordance with the instructions.
- A list of test locations is provided on the portal to assist candidates in selecting a location that is convenient for them.
- The examination results, which will be available on the specified date, will be available on the following website.
- Candidates who meet the institution’s cut-off marks will be invited to attend counselling.
- By bringing original documents to the counseling date and trying to complete the admission procedure, a candidate can secure a spot in their preferred college.
PhD in Electronics and Communication Engineering: Focus Areas
- Product development and testing are the focus of PhD Electronics and Communication.
- PhD Electronics and Communication students learn to evaluate various methods in a variety of subject areas with the goal of becoming contributors of new knowledge, theories, and methods in their chosen field.
- The course covers topics such as acoustics, radio technology, signal processing, materials and component technology, electro-optics, circuit and system design, and biomedical engineering.
- The course covers a broad range of topics, including instrumentation, robotics, and automation, as well as creative, interaction, and embodiment design.
- Engineering mathematics, drawing, physics, and chemistry are among the fundamental engineering concepts and techniques taught.
Suitable Candidates for the Course
- They should be innovative, imaginative, capable of synthesizing and analyzing information, scientifically intelligent, business-savvy, and entrepreneurial.
- Those with a creative and inventive mind, as well as an interest in physics and mathematics, will benefit from this course.
- It is suitable for those with excellent analytical skills, an eye for detail, sustained attention, and the ability to work in a team.
- They also have strong decision-making abilities, excellent communication abilities, good organizational abilities, and budget management abilities.
PhD Electronics and Communication Engineering: Important Skills Required
Electronics and communication engineering (ECE) courses require skills that are similar to those required for other courses. Electric charges, electrostatic potential and capacitance, electromagnetic induction, current electricity, and several other related chapters in 12th grade physics may be beneficial. Aside from that, a good ECE engineer possesses the following skills:
- Good communication skills: Having good interpersonal skills only boosts your career.
- Aptitude for mathematics: Because several math topics are required for electrical engineering, this will only make the concepts easier to grasp.
- Time management: If you want to succeed in this field, you must complete projects in a timely manner.
- Teamwork: In almost every profession, the ability to work with a group of people and ensure that the work is done correctly through proper project management is required.
PhD in Electronics and Communication Engineering: Top Institutes
|Name of the Institute||Average Annual Fees|
|Chandigarh University||INR 2.40 Lakh|
|Christ University||INR 2 Lakh|
|Veermata Jijabai Technological Institute||INR 1.30 Lakh|
|Jaipur National University||INR 2 Lakh|
|Dwarkadas J. Sanghvi College of Engineering||INR 2.56 Lakh|
|Netaji Subhas Institute of Technology||INR 2.20 Lakh|
|PEC University of Technology||INR 73,000|
|School of Engineering and Technology, Sharda University||INR 1.80 Lakh|
|Lingaya’s University||INR 1.95 Lakh|
|Indian Institute of Electronics and Communication Engineering, Design and Manufacturing, Jabalpur||INR 1.05 Lakh|
|National Institute of Technology, Meghalaya||INR 90,000|
|IIIT Hyderabad||INR 240,000|
|Jaipur National University||INR 210,000|
PhD Electronics and Communication Engineering: Important Documents
- No objection certificate from the employer (if employed)
- Research Proposal
- Documentary proof of the date of birth
- Mark-list of the last qualifying degree examination
- A character certificate (from the head of the institute from which the student has obtained his qualifying degree.
- passing/degree certificate of the last qualifying degree examination.
- Migration Certificate (No objection certificate from the university last attended)
- Gap certificate (if applicable)
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 in Electronics and Communication Engineering: Top Foreign Institutes
|Institute Name||Average Annual Fees (INR)|
|University of Toronto||INR 46.15 lakhs|
|The University of British Columbia||INR 23.47 lakhs|
|University of Alberta||INR 15.83 lakhs|
|Memorial University of Newfoundland||INR 12.44 lakhs|
|University of Waterloo||INR 39.05 lakhs|
|University of Windsor||INR 25.89 lakhs|
|University of Victoria||INR 9.02 lakhs|
|Dalhousie University||INR 21.11 lakhs|
|University of Southern California||INR 40.33 lakhs|
|Georgia Institute of Technology||INR 39.14 lakhs|
Future Trends in Electronics and Communication Engineering
Novel technologies have transformed the world of electronics over the last few decades. The following are some upcoming trends in the field of electronics and communication engineering:
- 2 D Electronics and Organic Electronics
- Memory Stabilizers
- Spin transport electronics or Spintronic
- Molecular electronics
- Robotics and Automation
- Virtual Reality in Electronic Manufacturing
- IoT (Internet of things) technology
PhD in Electronics and Communication Engineering: Top Profile Jobs
|Position of Job||Description of Job||Average|
|Professor||They help with the training and recruitment of new lecturers, teaching assistants, and fellow professors, as well as developing and delivering course material, curricula, and syllabus.||INR 295,493|
|Electronics and Communications Consultant||They install, monitor, maintain, and troubleshoot a variety of Internet, phone, and television systems. Wired and wireless carriers,cable television companies,construction companies, and other telecommunications services are among the most common users of these devices.||INR 312,408|
|Network Planning Engineer||In order for the organization’s needs to be met, they evaluate and recommend changes to current and future network requirements. In-depth knowledge of a variety of field concepts, practices, and procedures.||INR 294,275|
|Instrumentation Engineer||Control and instrumentation engineers (C&I engineers) are in charge of the equipment used to monitor and control engineering systems, machinery, and processes. They design, develop, install, manage, and maintain the equipment.||INR 367,978|
|Technical Director||A technical director is a person who is in charge of a theatrical company’s or television studio’s entire department. It is the responsibility of the person in charge of the technical equipment to ensure that it is safe and clean.||INR 2,503,417|
|Field Test Engineer||Before a product is released to the public, a field test engineer is responsible for thoroughly testing it. He eliminates all issues with this testing in order to minimize market complaints.||INR 368,148|
|Senior Sales Manager||A Senior Sales Executive is in charge of identifying, qualifying, and selling prospects in order to increase a company’s success. They will have superior analytical skills and a firm grasp on their customers throughout the sales process.||INR 997,728|
|Database Administrator||They’ll help plan and develop the database, as well as troubleshoot any issues that arise on behalf of the users.||INR 700,000|
Some other important areas of employment include:
- A Customer Support Engineer
- Field Test Engineer
- LG Electronics
- Technical Director
- Samsung Electronics
- Research & Development Software Engineer
- Colleges & Universities
- Senior Sales Manager
- Software Analyst
- Electronics and Communications Consultant
- Electronics Corporation of India Ltd.
- Bharat Electronics Limited
- Philips Semiconductors
- Service Engineer
- Network Planning Engineer
PhD in Electronics and Mechanical Engineering: Benefits and Scope
Engineering courses are extremely popular among Indian students. Electronics and Communication Engineering (ECE) prepares students for careers in the telecommunications industry, consumer electronics manufacturing, software development, mobile communication and information technology, power electronics, healthcare equipment manufacturing, and a variety of other industries such as steel and chemicals. The media and entertainment industries are frequently cited as the top employers of ECE engineers. They are also employed in large numbers by the government. For a long time, public sector undertakings such as MTNL, BSNL, and IOCL have been recruiting them. Aside from that, many graduates prefer to join the Indian Engineering Service, which is highly regarded in the engineering field. Engineers in Electronics and Communication Engineering (ECE) are primarily employed in the semiconductor and chip design industries.
Higher education is always an option for those who want to improve their knowledge of a subject. The fields of electronics and communication engineering are expanding every day, and there is plenty of room for qualified young professionals.
- Electronics and communication engineering improve people’s lives by making them more efficient, which may be enough to persuade them to pursue this career path.
- This doctoral program encourages critical thinking and market research, which are both life-saving abilities.
- Materials and component technology, electro-optics, circuit and system design, and biomedical engineering are all topics covered in PhD Electronics and Communication Engineering.
- Electronics courses, which cover information technology, coding, and design, provide students with a better understanding of current technological trends than other streams.
- A PhD in Electronics and Communication Engineering can earn up to ten LPA per year.
- The goal is to make students dynamic, innovative, and flexible in their program development in order to meet technological challenges.
- A bachelor’s degree can help you start a career in a variety of fields, including banking, business, agriculture, health and medicine, railways, forensics, police, the wireless industry, and education.
- The course prepares students to start their own business producing, assembling, or repairing electronic goods, parts, and components.
- A PhD in Electronics and Communication Engineering allows a candidate to work in a variety of fields, including multinational corporations, corporate business, entrepreneurship, the government sector, and other industries like steel, coal, petroleum, and chemicals.
- Job opportunities in the field of electronics are plentiful. They’re always on the lookout for qualified engineers to assist them in developing cutting-edge technology.
- PhD electronic graduates can submit their theses and research papers to be read by the next generation of electronic enthusiasts.
The leading employment areas for PhD candidates are the Atomic Energy Commissions, the Civil Aviation Department, All India Radio, Manufacturing Units, and the 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.
Some of the most popular topics covered in the PhD Electronics and Communication Engineering program are as follows:
Digital Communication Techniques, Antenna System Design, Wireless Networks, and Adaptive Signal Processing are all examples of signal processing. The study of statistical signals, radar and navigation systems, networks and optical communication, and VLSI signal processing are all examples of statistical signal processing.
To be considered, candidates must have a minimum GPA 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.
A PhD from a foreign institution is undeniably more valuable than one from an Indian institution. Other countries also have more job opportunities than India, which has a scarcity of research funds.
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 huge plus if the company needs someone who can do a lot of research.
According to several PhD graduates, 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.