Doctorate in Electrical Engineering

About Course

Ph.D. (Electrical Engineering) Courses, Eligibility, Admissions, Syllabus, Career Options, Frequently asked Questions.

Overview and About the Course:

The degree's objective is to equip graduates to make intellectual contributions to their field. A dissertation, coursework above the requirements for a master's degree, and research make up the Ph.D. programme. For instance, a Ph.D. thesis will discuss the use of a novel technique or technological advancement in a social setting.

The program's flexibility is one of the main advantages of earning a Ph.D. in electrical engineering. You have the option of focusing only on conventional electrical engineering courses or combining them with ancillary interdisciplinary studies. Advanced research and project management abilities will be developed, and you will be equipped for a variety of vocations. After earning your degree, you can use these talents in a variety of different sectors.

Every specialisation among the several Engineering fields offers a plethora of prospects and a wide range of career options. The engineering field, which includes anything from electrical and electronics engineering to aerospace engineering and architectural engineering, has significantly changed our everyday lives and given us access to cutting-edge technology.

The greatest degree you must obtain if you want to work in research is a PhD, without a doubt. 

•    Compiled all the key characteristics of a PhD in electrical engineering, including its well-liked specialisations, disciplines, universities, and professional perspective, in one blog.

•    They need to pass the qualifying exam and submit a journal or conference paper that has been accepted for publication. The paper ought to be entirely unique and represent their doctoral research. On the Graduate Department's website, the criteria are listed.

•    The curriculum gives you the chance to collaborate with seasoned researchers in fields including wireless communications, image and video processing, etc.

•    Investigate one of these topics and attempt to develop novel devices and circuits.

•    At the conclusion of the course, the research paper must be sent in for examination.

•    Electrical Machines, Electromagnetism and Electromagnetic Devices, Generators and Motors, Electric Circuits, etc. are covered in the PhD Electrical Engineering course.

•    The students in this course will learn how to create new electric circuits and enhance the functionality of electronic devices.

The study of electric circuits and cutting-edge technology is a key component of the well recognised subject of electrical engineering. It is one of those fields that focuses on the exploration, manufacture, and usage of electrical, electronic, and electro magnetistic equipment and systems.

The field involves intensive work with electrical equipment, including the production, design, and operation of electricity plants, computer chips, and ignition systems for vehicles, spacecraft, and other items.

The grades obtained by applicants in the entrance exams serve as the basis for admission to PhD Electrical Engineering. The most well-known admission tests for PhD Electrical Engineering are GATE, UGC-NET, CSIR-UGC-NET, and others. The typical tuition for a PhD in electrical engineering is between INR 30,000 to 4,00,000. 

For these candidates, the annual remuneration ranges from INR 4 lakhs to 12 lakhs per annum. 

Course Highlight of Ph.D. in Electrical Engineering:

Why to do Ph.D. in Electrical Engineering?

•    Candidates can work in corporate settings, as teachers, or in research after finishing the course.

•    Additionally, they may carry out their own study and learn about new technology.

•    These people have the potential to launch their own businesses and work for themselves.

•    The biggest benefit of a PhD in electrical engineering is that it gives you practise conducting in-depth research.

•    The emphasis of your Master's and Bachelor's degrees is studying what is already known, but a PhD trains you to discover new information, conduct experiments, present results, and learn from your failures.

•    Candidates for this course complete a range of electronic projects, such as those involving computers, cell phones, semiconductors, semiconductors, actuators, generators, electric and DC machines, drones, etc.

•    For these candidates, the annual remuneration ranges from INR 4 lakhs to 12 lakhs per annum. 

Eligibility Criteria Required for the course, Ph.D. in Electrical Engineering:

Check out the eligibility criteria required for the course, Ph.D. in Electrical Engineering as given below.

•    Candidates for admission to the Ph.D. programme in electrical engineering must hold a postgraduate degree in electrical engineering with at least 55% of their marks from an accredited institution and have completed either the university-level entrance test or the national entrance exam. 

•    Some universities, such as IITs, additionally need 65% in the postgraduate level.

•    Written examinations and in-person interviews are both required for national admission exams including GATE, UGC NET, UGC CSIR NET, and university entrance exams.

Skills for the course, Ph.D. in Electrical Engineering:

PhD holders in the Electrical Engineering need a combination of hard talents and soft skills to succeed in their jobs. It's possible that these skills can't always be taught within the constraints of the school system. Practice is the only way to hone these abilities. Students should thus seize any chance to extend their perspectives and acquire new knowledge. Only a handful of these skills include:

•    Observation Techniques

•    Progress Tracking

•    Thinking Techniques

•    Skills in Communication

•    Skills for Dealing Pressure

•    Instructing Human Development 

•    Guide Wisely 

•    Hard Working 

Admission Process for the course, Ph.D. in Electrical Engineering:

Most colleges and universities that offer PhD programmes in Electrical Engineering admit candidates based on how well they performed on their Master's degree examinations. To assess a candidate's ability and skill set, certain colleges do provide entrance examinations.

•    Candidate must first apply to the institute for the course he wishes to take.

•    To pursue a Ph.D. in Electrical Engineering, a student must do well in the entrance tests for the appropriate Universities, such as the GATE, UGC NET, and CSIR UGC NET etc. Students must also do well in the round of individual interviews.

•    Following the outcome of the exam, candidates must advance to the interview stage or participate in a group discussion.

•    The next stage in counselling or enrolment in the college comes after the interview procedure.

•    Students must submit the necessary paperwork in accordance with the college's criteria in order to enrol.

Admission Based on Entrance Exam for Ph.D. in Electrical Engineering:

The following are the entrance-based admission requirements for a PhD in Electrical Engineering:

•    To successfully register, candidates must submit an application through the entrance examination organization's official website.

•    The authorities will announce the examination date, and applicants must appear for the test.

•    The applicants need to achieve a good grade or CGPA in the relevant exams in order to be accepted to the PhD in Electrical Engineering programme.

•    The authorities will present a merit list of the chosen applicants and assign the pupils the necessary college seats.

•    In order to be admitted, the candidates must pass additional rounds of personal interviews.

Tips to get Admission in the college for the course, Ph.D. in Electrical Engineering:

Obtaining entrance to a reputable college is crucial for a higher education research programme like a PhD in Electrical Engineering. Here are a few key ideas to remember when you seek admission to a reputable university.

•    If you are fervently interested in applying for a PhD in Electrical Engineering, you must achieve a respectable grade in your Post Graduate level of study.

•    If you are getting ready to take an entrance exam, you must also get a high CGPA on that exam to be admitted to a reputable PhD in Electrical Engineering College.

•    Please investigate the prospective college before making any plans to attend any college or institution.

•    Ensure that university offers the ideal curriculum and adequate facilities to train you to master a PhD in Electrical Engineering.

Entrance exams for the course, Ph.D. in Electrical Engineering:

Some of these well-liked PhD Philosophy admission tests are listed below.

GATE:

A once-a-year admission exam for graduate and doctoral engineering programmes called the Graduate Aptitude Test in Engineering is approved by prestigious universities like the IIT and NIT.

UGC NET: 

Nationwide Testing Agency (NTA) conducts the UGC NET test on a national scale. It is held every year for those applying to doctoral programmes. 

UGC CSIR NET: 

The Council of Scientific and Industrial Research administers the UGC CSIR NET test on a nationwide scale. Every year, it is held to determine who gets into doctoral programmes. It's an online test.

Tips to prepare the entrance exam for the course, Ph.D. in Electrical Engineering:

The following information can aid applicants in getting ready for the entrance exam.

•    First of all, Create a schedule for your study time. You will be able to concentrate on each subject and give each topic equal time.

•    Go through the exam's syllabus in detail. Instead of studying a completely unrelated subject, it will assist you in focusing on key themes.

•    Examine the question papers from the prior year to have a better grasp of the admission tests. There are several books for entrance exams that include previous year's test questions and the solutions.

•    It's crucial to comprehend the fundamentals of the subjects rather than memorising the answers. You may use it to help you answer challenging queries.

•    Every admission test consists of MCQs with a single right response. Additionally, there is a failing grade.

•    It's crucial to only answer questions you are certain of. Considering that there is a negative marking, speculation is to be avoided.

Top Colleges for the course, Ph.D. in Electrical Engineering:

Check out the list of top colleges with their locations for the course, Ph.D. in Electrical Engineering:

Syllabus to study for the course, Ph.D. in Electrical Engineering:

Check out the list of the topics to be study in the duration of the course, Ph.D. in Electrical Engineering.

•    Electrical Circuits 
•    Electronics I
•    Computer Aided Engineering 
•    Electrical Circuit Technology 
•    Elements of Electrical Engineering 
•    Applied Science Lab 
•    Electrical Writing Lab 
•    Basic Computer Skills
•    Electrical Machines II
•    Electrical Power Generation
•    Transmission
•    Electrical Measurements
•    Electronics II
•    Electrical Measurements Lab
•    Electronics Lab II
•    Computer Aided Electrical Drawing
•    Utilization of Electrical Energy
•    Basic Management Skills
•    PLC
•    Project Work II
•    Industrial Visit
•    Power Electronics
•    Electrical Machines Lab
•    Power  Electronics Lab
•    Applied Science 
•    Applied Mathematics I
•    Mechanical Engineering Sciences
•    Estimation Specification
•    Switchgear Protection
•    Applied Mathematics II
•    English Communication
•    CASP
•    Project Work 1
•    Electrical Machines I
•    Computer Networks
•    Embedded Systems
•    Electrical Workshop
•    Industrial Drives

Job Prospects and Career after doing the course, Ph.D. in Electrical Engineering:

•    No matter what route you take, earning a Ph.D. in electrical engineering will position you for professional success. 

•    The industry is changing quickly, and those who work in it will help mold the technologies of the future. 

•    They will also have a big influence on the circuits that modern gadgets like computers and cellphones utilise to power themselves. 

•    You can select a degree programme that meets your aims and interests based on your professional objectives. 

•    You can receive a thorough education that aids in your aim from a Ph.D. programme.

•    Within an undergraduate degree, one can earn a Ph.D. in electrical engineering. 

•    A bachelor's degree with a concentration in electrical engineering is frequently sufficient to get a decent job in the industry. You might also enroll in a graduate school in electrical engineering to focus on a certain subject. 

•    Additionally, classes taken throughout your undergraduate study may be credited. 

•    For people seeking careers in higher-level professions and advanced research, this degree can have several advantages.

Job Profiles after doing the course, Ph.D. in Electrical Engineering:

Application engineer:

Designing and enhancing software is the main responsibility of an application engineer. They carry out the necessary assessments with customers to comprehend the distinct objectives of each project, and then they put their findings into practice.

This sometimes entails giving them the responsibility for creating unique software. However, application engineers must always be looking ahead since they are also responsible for organizing and carrying out extension projects for the client's present software infrastructure. 

Computer Architects:

A computer architect, often referred to as a system analyst or a computer network architect, uses their understanding of computer systems to develop effective computers and address issues. Computer architects do this by fusing their knowledge of hardware and software systems together.

System Engineer:

A systems engineer is a specialist who analyses a system's behaviour and determines how to correct it, which occasionally entails creating brand-new solutions from start. In order to make sure a client's computer system fits their demands, they are also in charge of giving recommendations on the proper hardware and software.

Electrical Engineers:

Electrical engineers create, develop, and test electrical machinery and apparatus, such as power generators, motors, navigation systems, communications systems, and electrical systems for cars and aeroplanes. They also control the production of these tools, machines, and systems.

Sales Engineer:

By responding to inquiries and requests, provides technical and engineering information on a product, service, or piece of equipment. Organizes and plans the calendar of sales calls in order to open new accounts and provide services for existing ones.

Project Manager:

A project manager is responsible for overseeing the team, preserving goodwill with the customer, creating a workable project plan, meeting deadlines, scheduling tasks, and assigning duties. Along with the performance and efficiency of their team members, they must monitor the project's progress and performance.

Benefits after doing the course, Ph.D. in Electrical Engineering:

•    An academic degree in the subject is a Ph.D. in electrical engineering. It is the best option for full-time students wishing to pursue careers in academics and research. 

•    You can focus on applications for computers, graphics, and signal processing. 

•    Some graduates work for the government or nonprofits as well. You will have the option of concentrating on a particular area of interest. 

•    Even while an electrical engineering PhD is not necessary for entry-level positions, it will significantly increase your prospects of success and promotion.

•    Most students choose careers in academia as professors or researchers. A chief electrical engineer, executive financial advisor, or consulting electrical engineer are further options. 
•    Some people might even look for work in the government, but your interests and the kind of career you want will all rely on that. 

•    It's also crucial to remember that a Ph.D. in electric engineering will allow you to pursue opportunities in fields like education and research.

Scope after doing the course, Ph.D. in Electrical Engineering:

•    The future generation of computer platforms, circuits, gadgets, and advances will be influenced by electrical engineers. 

•    With a Ph.D. in this area, students may customise their education to fit their interests and professional objectives. 

•    Interactions among classmates and interdisciplinary research are the emphasis of the degree. 

•    Graduates will be in a strong position to pursue advanced industrial roles, and their expertise will be well regarded in scholarly endeavours.

•    Electrical engineering PhDs are excellent employment choices. 

•    The need for electrical engineers is high, and they may work in many different businesses. 

•    They can make use of anything, including basic voltmeters and cutting-edge design software. 

•    They can create innovative products that support people in leading healthier, safer lifestyles in addition to conducting research. 

Frequently asked Questions:

Question. What are the eligibility criteria required for the course?

Answer. Check out the eligibility criteria required for the course, Ph.D. in Electrical Engineering as given below.

•    Candidates for admission to the Ph.D. programme in electrical engineering must hold a postgraduate degree in electrical engineering with at least 55% of their marks from an accredited institution and have completed either the university-level entrance test or the national entrance exam. 

•    Some universities, such as IITs, additionally need 65% in the postgraduate level.

•    Written examinations and in-person interviews are both required for national admission exams including GATE, UGC NET, UGC CSIR NET, and university entrance exams.

Question. Why ought I pick an electrical engineering PhD?

Answer. This course assists us in improving our problem-solving abilities, persuasiveness, and experimentation lab skills. An artist is developed by this theme.

Question. Is it difficult to be accepted to the best PhD programmes in electrical engineering?

Answer. No, it is not difficult to get accepted into prestigious institutions. You only need to meet the requirements for the college and earn a master's degree in the electrical stream. It occasionally is based on your entrance exam. You'll be able to choose a decent institution if you are aware of the correct curriculum.

Question. What is the fee required for the course?

Answer. The typical tuition for a PhD in electrical engineering is between INR 30,000 to 4,00,000. 

Question. What is the average pay scale after doing the course?

Answer. For these candidates, the annual remuneration ranges from INR 4 lakhs to 12 lakhs per annum.