Ph.D. in Electrical Engineering Top Colleges, Syllabus, Scope and Salary

Doctor of Philosophy in Electrical Engineering or Ph.D. in Electrical Engineering is a 3-year full-time doctorate level course which is divided into 6 semesters. Candidates who have completed their master’s degree in the stream of electrical, electronic or electromagnetics with more than 50% or equivalent marks can apply for this course. Students are required to take an entrance exam to get an admission for this course. Most of the colleges conduct common entrance exams.

Electrical engineering is the branch of engineering which deals with the technology of electricity. In this course, students can work with devices, components, systems from tiny particles to make huge power station generators. In this study they learn how to design circuits to perform specific functions and meet their requirements which is reliable and efficient electrical product. They work with resistors, capacitors, transistors, magnetic coils, etc.

Some such national entrance exams conducted by top univeristies are as follows

• GRE
• TOEFL
• ILETS

Based on these exams results, the students are selected for admissions to Ph.D. in Electrical Engineering.Top five colleges and universities offeringthe course in India are given below:

• Sharda University, Noida
• DIT University, Dehradun
• GITAM University, Hyderabad
• Lovely professional university, Jalandhar
• National Institute of Technology, Meghalaya

The average annual fees for this course ranges between INR 60,000 to INR 5 lacs based on the student’s post-graduation marks and entrance exam merit list.

Successful graduates of Ph.D. in Electrical Engineering can work in different companies from transport, renewable energy, construction, power and manufacturing. They can move into project management roles, electrical design, and specialize in this field. The average salary per annum for these professionals ranges between INR 2 lacs to 20 lacs as per their skills and expertise in this field.

Ph.D. in Electrical Engineering: Program Highlights

Written below are some of the major highlights of the course.

Ph.D. in Electrical Engineering: What is it about?

Electrical engineering is the study of electronics, electrical and electromagnetism. This department broadly describes various topics of electrical engineering such as: VLSI, circuits, images and vision, communications, networks, information theory, microwave antennas, digital signal processing and electromagnetics.

Ph.D. in Electrical Engineering presents the fundamentals of multi-disciplinary engineering in the context of designing subject. The course begins with the introduction of circuits, both amps and transistors.  The course will cover various electro optical phenomena and devices, multistage amplifiers, and MOS transistors. The main goal is to equip engineering science with engineering tools that use in further studies and research.

The advanced writing components of this course focus on witting technical documents such as abstracts, memos, articles etc. This course provides a background in electrical engineering for students entering this program from other field like maths and science. This study discusses the design of application integrated circuits.

Top Institutes Offering Ph.D. in Electrical Engineering

Given below are the college names, location and the average structure of the fees which will be taken by the college for this course.

Eligibility for Ph.D. in Electrical Engineering

Students who wish to pursue Ph.D. in Electrical Engineering must fulfil the below-mentioned eligibility criteria.

• Master’s degree in Electronics, Electrical, Communications, and Instrumentation, Computer Science or other related disciplines. 
• Candidates should secure above 50% or an equivalent marks from the respective colleges or institutions.

Ph.D. in Electrical Engineering: Admission Process

Applicants need to clear entrance exams conducted by recognized colleges for admission to Ph.D. in Electrical Engineering. Some such entrance exams include GATE, UGC NET, and CSIR. Based on these exam results, students might be called for personal interview. After these interview students will be selected to join this course in respective colleges.

Lateral entry students directly join this course without writing an entrance exam. But experience is required in this electrical field.

Ph.D. in Electrical Engineering: Syllabus and Course Description

A Semester - wise syllabus of the course is given below.

Ph.D. in Electrical Engineering: Career Prospects

Ph.D. in Electrical Engineering graduates design and develop products based on the electrical technologies. They can work as technicians who can repair the electrical equipment and they also manufacture new product developments. These engineers are generally concerned with generation, production and transmission of electricity. These professionals may find jobs in computer related companies.

Other related careers for electrical engineering:

• Aerospace engineers
• Biomedical engineers
• Architectural engineers
• Sales engineers
• Electro mechanical technicians

They will design electrical equipment, manufacture electrical, operate power plants. They develop industrial machinery, ignition systems for automobiles, electrical motors, space crafts, air crafts, and all types of electrical engines. Electrical engineers usually concerned with large scale electrical systems such as transmission, power electronics, control systems etc.

Some of the areas where electrical professionals can work are:

• Armed forces
• Indian railways
• Airports authority of India
• Architecture and construction
• Engineering services

Companies like Coal India limited, ABB, Oil and Natural gas Corporation, Bharath heavy electrical limited, reliance power limited, power grid  corporation of India limited, Wipro are the top companies hiring electrical engineers. 

Listed below are the top professional positions that were taken as the career by the graduates:

Aspirants seeking admission to 3 year Full-time Program must have completed the master's in the relevant field.