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Ph.D (Electrical Engineering)

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Overview

OP Jindal University offers a full-time Ph.D. program in Electrical Engineering focused on advanced research and innovation. The program spans 3 to 6 years, combining rigorous coursework with original research. Areas of specialization include power systems, power electronics, renewable energy, electric drives, and smart technologies

Eligibility

  • Educational Qualification: ME/MTech or equivalent degree in a relevant branch of Engineering with a minimum aggregate of 55%.
  • A relaxation of 5% will be provided for candidates belonging to SC/ST/OBC/PWD categories.
  • Admission is based on performance in the OP Jindal University Entrance Test and a Personal Interview.
  • Desirable: A valid GATE/NET score in the above disciplines.

Admission Process

  • Apply online at www.opju.ac.in/apply-now for the programs at OPJU School of Engineering, School of Management, and School of Science.
  • Application should be accompanied by a non-refundable application fee of Rs. 3000 for Doctoral Programs, payable online (Internet Banking, Credit/Debit Card) or via DD/Bank Transfer.
  • A merit list will be announced for eligible candidates on the website. Shortlisted candidates will be invited for a Written Test/Synopsis Presentation & Personal Interview. Upon selection and subject to fulfillment of eligibility, conditions, and document verification, a provisional admission offer letter will be issued. The candidate must deposit the fee within the stipulated date.
  • A One-Time Deposit (OTD) must be paid within the time mentioned in the offer letter. This OTD will be adjusted toward the enrollment fee upon confirmation of admission. In case of admission cancellation by the student, the OTD will be non-refundable.
  • If the candidate does not pay the full fee by the stipulated date, the admission will be deemed cancelled and the seat will be offered to the next waitlisted candidate.

* NET qualified candidates are exempted from the entrance exam and will be directly invited for an interview.

Program Fees

To view the detailed fee structure, Click Here .

Course Structure

The Ph.D. coursework shall involve three papers and a seminar project. These three papers are:

  • Research Methodology
  • Elective I
  • Elective II
Sl No. Subject Code Name of Subject
1 PCW 101 Research Methodology
2 PCW 102 Research and Publication Ethics
3 SOE-P-EE102 Seminar Presentation
Elective – I
4 SOE-P-EE103(1) Power Electronics Applications in Renewable Energy
5 SOE-P-EE103(2) Soft Computing
6 SOE-P-EE103(3) Computer Aided Power System Analysis
7 SOE-P-EE103(4) Power System Optimization
Elective – II
8 SOE-P-EE104(1) Advanced Power System Protection
9 SOE-P-EE104(2) Power Electronic Devices & Circuits
10 SOE-P-EE104(3) Power Electronics Controlled Electric Drives
11 SOE-P-EE104(4) Solar Photovoltaic Technology
12 SOE-P-EE104(5) Introduction To Python

Program Outcomes (PO)

PO-1: Engineering Knowledge

Apply the knowledge of mathematics in engineering for the analysis of complex problems.

PO-2: Problem Analysis

To find, formulate, and investigate complex problems and research-based knowledge, including innovative experiments in engineering disciplines to provide valid conclusions.

PO-3: Design and Development of Solutions

Design solutions for complex engineering problems and develop the system components with appropriate techniques and resources consideration for society's benefit.

PO-4: Environment and Sustainability

Understand the impact of the professional engineering solutions and environmental contexts, validate the knowledge and need for sustainable development.

PO-5: Individual and Teamwork

Function effectively with contextual knowledge as an individual and member in diverse teams, professional ethics and responsibilities towards engineering practices.

PO-6: Execution of Project Management

To identify the funding agencies' knowledge in executing the proposal individually or collaborating with industrial/academic personalities at the national or international level.

Program Specific Outcomes (PSO)

PSO 1: Design, develop, validate and implement power electronic systems for applications in power systems, electric drives, hybrid electric vehicles, and renewable energy systems.

PSO 2: Develop research expertise and leadership skills to foster personal and professional growth, enabling a successful human resource in the global power systems and power electronics domain.

PSO 3: Attain proficiency in applying advanced tools, including Artificial Intelligence and modern computational techniques, for the analysis, design, and optimization of grid-connected renewable energy systems and machine drive control systems.