Duration
Eligibility
Fees
Admission Open 2026-27 | PhD in Electrical and Electronics Engineering
About the PhD in Electrical and Electronics Engineering
The Ph.D. in Electrical and Electronics Engineering (EEE) at Usha Martin University (UMU), Ranchi, is a premier doctoral program designed for passionate engineers, innovators, researchers, and academicians who aspire to contribute to the advancement of electrical and electronic technologies. As industries move toward automation, smart systems, renewable energy, and AI-driven engineering, the need for high-level researchers in the electrical and electronics domain has grown significantly. UMU’s Ph.D. program prepares scholars to meet this demand with world-class academic training, advanced laboratories, and expert mentorship.
The program focuses on research-oriented learning instead of textbook-driven study. Scholars investigate complex engineering problems, design new systems, develop models, and propose solutions that address modern technological challenges. Whether your research interest lies in power electronics, smart grids, control systems, embedded systems, robotics, VLSI, renewable energy, IoT applications, or artificial intelligence in electrical engineering, UMU offers the right ecosystem to nurture your ideas.
Usha Martin University stands among the fastest-growing phd research universities in Jharkhand. Its Ph.D. in EEE is structured according to the latest UGC guidelines, ensuring high academic standards, research ethics, modern methodology, and global relevance. The program blends theoretical analysis, experimentation, innovation, programming, design, simulation, and hands-on work in advanced laboratories. Scholars are encouraged to publish their work in SCI/Scopus-indexed journals and present it at national and international conferences, enhancing their academic and research profile.
At UMU, the Ph.D. journey is not confined to a single domain. Scholars collaborate with researchers in computer science, mechanical engineering, AI and machine learning, energy science, and applied physics. This interdisciplinary culture makes the research more impactful and industry-ready.
Programme Overview
The objective of a PhD in Electrical and Electronics Engineering is to advance the frontiers of machines knowledge by developing expertise in a specialized area and producing original research. It prepares students to:
- Contribute significantly to academia, industry, or interdisciplinary fields.
- To conduct original research that contributes to the understanding and innovation in fields like power systems, machines, embedded systems, renewable energy, and AI-driven electronics.
- Address complex engineering challenges through research, focusing on creating solutions that improve efficiency, sustainability, and functionality in technological systems.
- Produce a dissertation that contributes novel findings to the field.
- M.Tech/M.E in Electrical/Electronics/Electrical and Electronics or equivalent degree with 55% marks (50% for reserved categories).
- Preference will be given to candidates who have cleared UGC-NET (including JRF) /GATE or equivalent examinations.
- Minimum Duration: 3 years, including coursework.
- Maximum Duration: 6 years, with extensions provided as per UGC regulations.
The core of the PhD is independent, original research, culminating in a dissertation.
Preferred research areas:
- Electrical machines and drives.
- Renewable Energy Generations.
- Security provisioning in Wireless Networks.
- Cooperative Communications.
- Analog, RF and Digital VLSI Circuit Design
- Sensor and Signal Conditioning Circuit
Ph.D. in Electrical and Electronics Engineering opens doors to numerous career opportunities:
- Academia:Prepare for roles in academia, such as professor, lecturer, or researcher, contributing to knowledge dissemination and mentoring the next generation of engineers.
- Industry: Excel in technical and leadership positions across industries, including sectors like renewable energy, telecommunications, software development, and consulting.
- Government and Policy: Apply advanced research and mathematical modeling to address 4. national challenges in areas like defense, infrastructure, and policy-making.
- Interdisciplinary Research: Engage in collaborative projects that bridge fields such as artificial intelligence in automation of industries and plants, driving innovation and technological advancements.
The coursework is structured to align with UGC guidelines, ensuring comprehensive research training.
Coursework Components
- Research Methodology
- Covers research techniques, quantitative and qualitative analysis, and academic writing.
- Develops critical thinking and analytical skills essential for high-quality research.
- One Core Paper Related to the Discipline of Research
- Topics include electrical machines, power electronics, power systems, renewable and non-renewable energy sources, wireless communications, cryptography and network security, applications of AI & ML in communication networks, Analog VLSI Design.
- These courses aim to strengthen foundational knowledge for exploring the specialized field.
- Research and Publication Ethics (RPE)
- Provides a thorough understanding of ethical research practices and publication norms.
- Topics include plagiarism prevention, intellectual property rights, and research integrity.
- Research Training (Review Paper)
The Selection procedure is based on Entrance exam and Interview.
- The Entrance Examination is MCQ based. There are two sections. First section consists of 50 MCQ based on General Awareness & Research Methodology, and Second section consists of 50 MCQ questions based on subject domain knowledge. Candidates with an overall score of 50% or higher in the General category and 45% or higher in the SC/ST/OBC category will be eligible for an interview.
- Admission process will be followed by Personal Interview (PI). Every eligible candidate interested in pursuing a Ph.D. in Electrical and Electronics Engineering will be required to appear in an interview conducted by the University’s Committee.
Online Mode:
- Visit umu.ac.in
- Click on Apply Online
- Register with required details
- Click on Submit
- Login & fill the application form
Offline Mode:
- Visit umu.ac.in
- Download the Application Form
- Take Print out
- Send the soft copy through email or hard copy via Courier
Why Choose Usha Martin University for a Ph.D. in Electrical & Electronics Engineering?
- Highly qualified faculty with strong academic and industry backgrounds.
- Advanced laboratories with state-of-the-art tools, software, and instruments
- Strong emphasis on innovation, publication, and patent filing.
- Interdisciplinary opportunities in a collaborative research environment
- Industry partnerships for applied and practical research
- Part-time Ph.D. options for currently working professionals
- Guidance from proposal through to the thesis completion.
- Safe, peaceful, and research-friendly campus atmosphere
- Reasonable fee structure and high value of research.
- Support for scholars presenting papers at conferences.
UMU ensures that scholars are not only educated but also transformed into researchers who lead technological progress and engineering excellence.
Career Scope after Ph.D. in Electrical and Electronics Engineering
The career scope for EEE Ph.D. graduates is extensive and highly rewarding. Opportunities include:
- Academic Careers
- Assistant Professor / Professor
- Academic Researcher
- Department Head
- Research Supervisor
- Author/Academic Content Developer
- Industry Careers
- R&D Engineer
- Power Systems Specialist
- Electronics Design Engineer
- Robotics & Automation Engineer
- Semiconductor Scientist
- Embedded Systems Architect
- Control System Designer
Government and Public Sector
- DRDO
- ISRO
- BHEL
- NTPC
- NPCIL
- Defense Research Labs
- CSIR Laboratories
- Emerging Technology Sectors
- AI engineering firms
- Automation & robotics companies
- Smart grid companies
- Renewable energy startups
- Electric vehicle technology companies
- Other Opportunities
- Research Consultant
- Patent Scribe & Intellectual Property Specialist
- Technical Director
- Innovative Entrepreneurship
A Ph.D. from UMU strengthens your academic identity, provides technological expertise, and positions you as a leader in the engineering community.
Top 5 FAQs—Ph.D. in Electrical & Electronics Engineering at UMU
A candidate must hold an M.Tech/M.E. degree in Electrical, Electronics, EEE, or related fields with at least 55% marks.
Yes. UMU conducts a Research Entrance Test (RET), followed by an interview and proposal evaluation. NET/JRF/GATE holders may receive exemptions.
Yes. UMU offers part-time research opportunities for working professionals in academia and industry.
UMU has advanced EEE labs, simulation tools, microcontroller and embedded labs, power system modelling software, and renewable energy testing facilities.
Graduates can pursue careers in academia, engineering R&D labs, government organizations, AI and robotics companies, renewable energy firms, and consulting.
Selection Procedure for the Ph.D. in EEE at UMU
Admission encompasses the following:
- Submission of Application Form & Documents
- UMU Entrance Test for Research
- Personal Interview
- Research Proposal Evaluation
- Final Merit-Based Selection
- Registration & Coursework Allotment
Candidates possessing NET/JRF/GATE may be exempted as per the university rules.
Top University in Ranchi – Admission Open | Ph.D. in Electrical Engineering
At Usha Martin University, widely recognized as one of the best universities in Ranchi, the window for admission to the Ph.D. course in Electrical Engineering opens for the 2026–27 academic session. This is a doctoral research program targeted at scholars who want to innovate, discover something, and give significantly to the field of electrical sciences. With a strong emphasis on quality research, UMU offers modern laboratories, experienced faculty guides, and research-based academic ecologies that ensure creativity and critical thinking thrive.
The Ph.D. in Electrical Engineering at UMU encompasses a wide range of specializations, including but not limited to power systems, control engineering, renewable energy, power electronics, electrical machines, smart grids, signal processing, and embedded systems. Scholars are encouraged to work on real-world problems, publish quality research papers, and collaborate with industry and research institutions.
UMU follows a structured research model with coursework, proposal development, periodic reviews, and continuous mentorship to ensure scholars achieve academic excellence and strong analytical abilities. Graduates of this program can secure successful careers in academia, research labs, public sector units, government organizations, and private industries globally. Admission Open 2026–27—Join the Ph.D. in Electrical Engineering at the top university in Ranchi and accelerate your journey toward advanced research and innovation.