PhD Electronics Engineering is a 4-5 year doctoral program that focuses on the design and operation of electronic machines and systems. A PhD in electronics engineering provides robotics and automation knowledge. A master’s degree with a 55 percent aggregate mark is the minimum requirement for pursuing a PhD in electronics engineering.
Candidates who complete PhD electronic engineering courses are eligible for top job profiles in semiconductor manufacturers, chip designers, circuit simulation, product design, material analysis, network providers, and other top job profiles.
Table of Contents
PhD Electronics Engineering: An Overview
|Level of Course||Doctorate|
|Also referred as||Doctorate in Philosophy electronic Engineering|
|Duration of Course||3-5 Years|
|Type of Examination||Semester Exam|
|Eligibility Criteria||M.Phil or equivalent degree from a recognized institute in a relevant field with an aggregate mark of 55%.|
|Process of Admission||Entrance Test based + Merit-based|
|Fee for the Course||INR 15000-3 Lacs|
|Average Annual Salary||INR 20,000- 24,000 per month|
|Top Areas of Recruitment||Chip designer, Circuit simulation, Product designing, Semiconductor manufacturers,Material analysis, Network providers etc.|
|Profiles of Job||Network Planner, Head of Department, Research head, Test engineer,Service Engineer, Technical consultant, Professor etc.|
PhD Electronics Engineering Eligibility
- Candidates must have earned an M.Phil. or equivalent degree in a relevant field from a recognized university/college with a minimum grade point average of 55 percent.
- Some colleges and institutes may have their own admissions criteria, such as a personal interview, that students must meet in order to be considered for admission.
- Admission to certain institutes is based on a common entrance test (CET), such as the UGC NET.
- Candidates must pass the respective entrance exam, which is administered by universities, with a minimum qualifying score.
PhD Electronics Engineering Curriculum/Syllabus
The following is a list of PhD electronics engineering course syllabuses for various specializations: It differs from one institution 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 Electronics Engineering Admission Procedure
Entrance tests are used to determine admissions in most cases. Registration information is provided below.
- Fill out the application form by going to the Exam Conducting Body’s website and carefully reading the instructions for correctly filling out the form.
- The following documents are required while filling the registration form. Aadhaar card, Pan card, photographs, mark sheet, and other documents
- Before submitting the final version, double-check everything: Make sure your admission form is free of errors before submitting it.
- Make your payment: Fees will be paid online after the admission form has been completed.
- Confirmation slip to print: After you’ve completed your payment, print the final confirmation page for your records.
- Download the admit card: About 2-3 days before the exam, download the admit card.
- Attend Counseling: After the exam has been completed and the results have been released, candidates must attend counselling to select institutes/colleges.
PhD in Electronics Engineering: Focus Areas
Manufacturing, designing, and using electronic equipment in the electronics domain are all covered in the PhD electronic engineering course. PhD Engineering is an option for students who want to pursue research areas of interest.It primarily focuses on the development of low-voltage, high-efficiency systems that can be found in a variety of electronic devices, such as computers.
PhD Electronics Engineering: Important Entrance Exams
Some colleges and universities offer admission based on the results of national or university-level entrance exams. Candidates seeking admission to prestigious colleges must pass these exams, which are detailed below.
- GATE: The GATE exam is a well-known exam whose results are required by many colleges in order to admit students. Candidates’ GATE exam scores are valid for a period of three years. In the GATE exam, the paper is based on MCQ-style questions and some numericals.
- UGC NET: Students who want to be professors or junior researchers must pass entrance exams like the UGC NET, which is an online exam that consists of two 100-mark papers in both Hindi and English.
- UGC CSIR NET: The National Testing Agency administers a computer-based online entrance exam known as the UGC CSIR NET. Through a press notification, online applications are invited twice a year on a pan-India basis.
PhD in Electronics Engineering: Top Institutes
The following are some of the best PhD electronic engineering colleges:
|Ranking by NIRF||Institute Name||Average|
|__||Swami Vivekanand Subharti University (Meerut)||INR 1,65,000||INR 5.8 Lacs|
|251||Ambedkar Institute of Advanced Communication Technology (New Delhi )||–||INR 6.9 Lacs|
|–||Apeejay Stya University (Gurgaon )||INR 1,20,000||INR 9.4 Lacs|
|96||Jaypee Institute of Information Technology University||INR 50,000||INR 12 Lacs|
|117||School of Engineering and Technology||INR 85,000||INR 6.9 Lacs|
|145||Indira Gandhi Delhi Technical University New Delhi||INR 33,000||INR 8-10 Lacs|
|–||Shiv Nadar University School of Engineering (Greater Noida)||INR 35,000||INR 7-8 Lacs|
Important Skills Required
- a high level of technical and IT expertise.
- To improve designs, you’ll need strong analytical and practical problem-solving skills.
- Communication skills, including oral, written, and diagrammatic, as well as the ability to translate complex ideas into simple concepts,
- Creative thinking, innovation, and meticulous attention to detail; strategic and commercial awareness of the industry in which you work; project management; and leadership abilities.
- the ability to collaborate with other engineers in a multidisciplinary team.
- a working knowledge of electrical health and safety regulations.
PhD Electronics Engineering: Preparation Plan
- Create a plan by analyzing previous year’s papers to see which chapters or topics you excel at and which you struggle with. Gather detailed information about the exam’s syllabus, which you will need to study for the exam.
- Determine which areas are simple and which are difficult: Make a list of the subjects that are easy and difficult for you, and use your time wisely.
- Mock tests to practice: Solve previous year’s papers and correct any errors you made while taking the test. Ensure that the paper is completed within the allotted time when you attend it.
- Examine the practice paper in detail: Candidates are encouraged to take more mock tests so that they can get a better idea of the types of questions and difficulty levels that will be asked on the exam.
- Work on time management: When taking mock tests, the main goal is to improve time management skills so that all of the questions asked during the exam can be completed on time.
Key Differences between a PhD in Electronics Engineering and a PhD in Electrical Engineering
The results of the comparison between the two courses are tabulated below.
|Basis of Comparison||PhD Electronics||PhD in Electrical Engineering|
|Highlight||PhD Electronics is a four-year program that focuses on the design, manufacture, installation, operation, and maintenance of electronic systems and equipment.||Electrical Machines, Electromagnetism, and Electromagnetic Devices, among other topics, are covered in depth in the PhD Electrical Engineering program.|
|Procedure of Admission||Entrance Based + Merit Based||Entrance Based + Merit Based|
|Fee for the Course||INR 1-2 Lacs||INR 96,00,0 – 3.6 Lacs|
|Eligibility Criteria||Students must have received at least a 55 percent aggregate in their M.Phil or equivalent in a relevant field.||Students with a 55 percent or higher in a relevant M.Phil or Master’s degree are eligible.|
|Profile of Job||Programme Analyst, Electronics Hardware Development Engineer, Chief Production Manager,Product Line Engineer.||Application Engineer, Sales Engineer, Electrical Engineer,System Engineer, etc.|
|Top Employers||Google, Microsoft, Canoo, IDEO,NVIDIA.||Samsung Electronics, Bajaj, Google, Zydus Cadila group, Cactus Communications, etc.|
|INR 70,000 – 10 Lacs||INR 4-20 Lacs per annum.|
PhD Electronics Engineering: Important Documents Required
- Documentary proof of the date of birth
- A character certificate (from the head of the institute from which the student has obtained his qualifying degree)
- Gap certificate (if applicable)
- Research Proposal
- Migration Certificate (No objection certificate from the university last attended)
- passing/degree certificate of the last qualifying degree examination.
- No objection certificate from the employer (if employed)
- Mark-list 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: A Comparison among Institutes
A comparison of three of India’s PhD electronics engineering institutes:
|Basis of Comparison||Manipal institute of technology, Manipal||Indian institute of technology, New Delhi||Amity University|
|Aim||MIT Manipal College offers a variety of engineering bachelor’s and master’s degrees. In addition, the institute has a well-organized placement team.||IIT New Delhi offers admission to PhD programs in a variety of specializations, with the CSIR NET exam serving as a requirement for admission.||Amity University offers programs at the undergraduate, graduate, and doctoral levels in a variety of engineering specializations.|
|Place||Manipal||New Delhi||Noida Uttar Pradesh|
|Ranking by NIRF||45||2||__|
|INR 2.1 Lakhs||INR 30,300||INR1.2 Lakhs|
|Average Annual Salary||INR 7.5 Lacs||INR 12-16 Lacs||INR 10-12 Lacs|
|Top Hiring Firms||SBI Cards, ICICI Bank, Axis Bank, Bajaj Capital, Kotak, HDFC Bank,Mahindra Bank||Mastercard, Societe Generale, Uber, Denso Japan, Microsoft,TSMC Taiwan||HCL, Wipro, Google, Yamaha, Optum, Hyundai, indigo,Altran etc.|
PhD in Electronics Engineering: Top Job Profiles
PhD Electronics Engineering students earn in the middle of the pay scale when compared to other engineering graduates, depending on how quickly they advance in a field that is extremely competitive and crowded. Because of their knowledge and research-based experience, the job roles offered will be of the highest level of employment. They will be qualified to handle job roles with higher pay scales and multiple domains.
The following are some of the top job profiles that a PhD candidate can obtain after completing their course:
|Position of Job||Description of Job||Average Salary|
|Electronics Engineer||Electronic engineers work in project management, sales, and service for electronic equipment, as well as developing electronic products and systems for manufacturers.||INR 4.0 LPA|
|Operation Engineer||By identifying and solving operational problems with some solutions, the Operation Engineer assists and guides plant operations.||INR 4.14 LPA|
|Software Engineer||Software Engineers create various ways of software functions created by a software design team in a company or organisation.||INR 5.39 LPA|
|Project Manager||Project managers lead and analyse project evaluations until they are completed, determining what important and necessary changes can be made to make projects more valuable.||INR 15.1 LPA|
PhD in Electronics Engineering: Benefits and Scope
The following are some of the benefits of pursuing a PhD in electronics engineering:
- High Demand: Electronics Engineering is one of the most demanding and well-paying career paths available to those who want to pursue their passion. Due to an increase in the manufacturing of electric vehicles and other electrical appliances, as well as other areas such as automation and instrumentation design, electrical circuit design, and so on, the demand for electronics engineering has risen.
- Awesome pay packages: For both private and public organisations, average packages for PhD scholars are on the higher side.
- Great Scope: The PhD Electronics Engineering curriculum is designed in such a way that it assists students in becoming technically strong, empowered to face challenges, and having a diverse career.
- The electronics job market is in high demand. They’re always on the lookout for qualified engineers who can help them develop cutting-edge technologies.
- PhD electronic graduates can publish their thesis and research papers for the next generation of electronic enthusiasts to read.
- Because many of the industries are concentrated in Germany, Canada, China, and the Gulf States, students of electronics have numerous opportunities abroad.
Passing a masters or M.Phil from a recognized/private/Deemed University with an aggregate of 55 percent marks is the minimum requirement for this course.
Some important skills are required for PhD electronics engineering courses, such as strong communication skills, listening skills, creative thinking skills, and problem solving skills.
The average cost of pursuing a PhD in electronic engineering is around INR 1 Lac.
A PhD in Electronics Engineering program can last anywhere from three to five years.
Some entrance exams are held at the state and national levels, such as CSIR-NET, JNUET, and others.
There are some high-paying job profiles, such as project managers, who can earn up to 12 lakh per year and rise with experience.
Yes, you can get admission to top colleges such as IITs after passing an entrance exam such as the CSIR NET.
Software Engineer, Electronics Engineer, Operation Engineer, Project Manager, and other job profiles are available.