The Doctor of Philosophy (PhD) in Electrical Engineering is a research-intensive program aimed at advancing knowledge and innovation in the field through original, high-impact research. The program covers advanced topics in areas such as power systems, control systems, telecommunications, signal processing, embedded systems, robotics, and renewable energy. PhD candidates work closely with faculty mentors to explore complex engineering problems, contribute to scientific literature, and develop cutting-edge technologies. Graduates are prepared for careers in academia, research institutions, and high-level industry roles. Career paths include university professor, lead researcher, R&D director, and technical consultant in advanced technology sectors.
Minimum Duration in Years | Total Number of Semesters | Maximum Duration in Years | Credit Hours |
Minimum CGPA Required |
---|---|---|---|---|
3 | 6 | 54 |
The objectives of the program are to:
Enable scholars to engage in advanced study, foster original and scholarly research.
Integrate professional education and experience towards betterment of humanity.
Emphasize on upholding professional ethics.
After completion of PhD program in Electrical Engineering the scholars will be able to:
Apply knowledge of Mathematics, Science and Electrical Engineering to understand and solve real-life problems.
Analyze systems and interpret results in the areas of Electrical Power Engineering, Electronic Engineering, Communication Engineering, Computer Systems Engineering and Control Systems.
Design systems in the areas of Electrical Power Engineering, Electronic Engineering, Communication Engineering, Computer Systems Engineering and Control Systems keeping in view the socio-economic and environmental impact.
Acquire high professional ethics and be good citizens. And;
Acquire lifelong learning skills to continue to stay on top of advances in the field of Electrical Engineering.
Course will be selected from the given list of approved courses in consultation with the Research Advisor.
The Research Advisor may direct the scholar to register for additional courses related to the area of research.
Scholar needs to be registered in dissertation of Nine (09) credit hours for each semester for minimum of four (04) semesters.
Scholar will submit his/her research proposal for approval from BOASAR.
The scholar shall be required to publish a research paper in an HEC recognized journal before the public defense of the PhD dissertation.
University Rules and Regulations for Post Graduate Degrees will be applicable.
*HEC quality criteria will be applicable.
Program Duration (Years) | 3 |
---|---|
No. of Semesters | 6 |
Admission Fee (One Time) | 10,000 |
Sem Enrollment/ Exam Fee | 5,000 |
Tuition Fee (Per Sem) | 82,300 |
Security (Refundable) | 10,000 |
Sem-1 Fee (At time of Admission) | 107,300 |
Sem-2 Fee | 87,300 |
Sem-3 Fee | 87,300 |
Sem-4 Fee | 87,300 |
Sem-5 Fee | 87,300 |
Sem-6 Fee | 87,300 |
Total Program Fee | 543,800 |
Code | Title | CrHrs |
---|---|---|
Elective I | 3-0 | |
Elective II | 3-0 | |
Elective III | 3-0 |
Code | Title | CrHrs |
---|---|---|
Elective IV | 3-0 | |
Elective V | 3-0 | |
Elective VI | 3-0 |
Code | Title | CrHrs |
---|---|---|
RES 900 | Dissertation | 0-9 |
Code | Title | CrHrs |
---|---|---|
EE 702 | Advanced topics in Communication Engineering | 3-0 |
EE 708 | Advanced topics in Electronics Engineering | 3-0 |
EE 713 | Advanced topics in Power Engineering | 3-0 |
EE 719 | Advanced topics in Control System Engineering | 3-0 |
EE 727 | Advanced topics in Micro and Nanosystems | 3-0 |
EE 732 | Advanced topics in Network systems | 3-0 |
EE 735 | MOS VLSI circuit design | 3-0 |
EE 737 | Real Time DSP Design and Applications | 3-0 |
EE 740 | Advanced Digital Communications | 3-0 |
EE 742 | Research Methods in PhD Studies | 3-0 |
EE 745 | Power Management in Wired and Wireless Systems | 3-0 |
EE 748 | Low Power System Design | 3-0 |
EE 749 | Advanced System Modeling and Simulation | 3-0 |
EE 751 | Special Topics in Distributed Systems | 3-0 |
EE 753 | Power Awareness in Distributed Systems | 3-0 |
EE 759 | Power System Stability and Dynamics | 3-0 |
EE 760 | HVDC and Flexible AC Transmission | 3-0 |
EE 762 | Rural Electrification and Distributed Generation | 3-0 |
EE 765 | Artificial Intelligence techniques in Power Systems | 3-0 |
EE 767 | Power System Deregulation | 3-0 |
EE 769 | Advanced Computer Architecture | 3-0 |
EE 770 | Advanced Embedded Systems | 3-0 |
EE 772 | Advanced Digital System Design | 3-0 |
EE 774 | ASIC Design Methodology | 3-0 |
EE 776 | Power Aware Computing | 3-0 |
EE 721 | Advanced Artificial Intelligence | 3-0 |
EE 780 | Advanced Neural Networks | 3-0 |
EE 801 | Data Warehousing and Mining | 3-0 |
EE 803 | Formal Methods and Specifications | 3-0 |
EE 805 | Human Aspects in Software Engineering | 3-0 |
EE 807 | Advanced Engineering Mathematics | 3-0 |
EE 809 | Logic and Research | 3-0 |
EE 810 | Advanced Qualitative Research Methods | 3-0 |
EE 814 | Critical Review of Literature | 3-0 |
EE 816 | Agent Based Modeling | 3-0 |
EE 820 | Bio Medical Image Analysis | 3-0 |
EE 824 | Optimal Sampled-Data Control Systems | 3-0 |
EE 827 | Networked Dynamic Systems | 3-0 |
EE 829 | Modern Control Theory | 3-0 |
EE 736 | Semiconductor Device Modeling | 3-0 |
EE 739 | Principles of Energy Engineering | 3-0 |
EE 775 | Magnetism, Magnetic Materials & Measurements | 3-0 |
EE 744 | Energy Management in Communication Network | 3-0 |
EE 801 | Advance Topics in Wind Energy Engineering | 3-0 |
Procedure to Apply In-Person
Procedure to Apply Online