Modern distributed generation technologies, integrated renewable energy sources, and sophisticated power systems are all explored in the MSc in Electrical Engineering with a concentration on Distributed Generation. Students who complete this degree will be prepared for influential jobs in renewable energy, utilities, consulting, and research. They will also have the skills necessary to design and optimize sustainable energy systems. Graduates are well-positioned to drive innovation in the rapidly changing fields of renewable energy and electrical engineering.
1. Research Skills
2. Innovation and Leadership
3. Technical Proficiency
4. Advanced Knowledge
1. Power System Design
2. Smart Grid Technologies
3. Career Opportunities
4. Technical Expertise
5. Global Impact
MSc in Electrical Engineering in Distributed Generation
FIRST SEMESTER
| Code No. | Subject Title | Credit Hours |
| EG 801 EE | Optimization Techniques | 4 hrs |
| EG 802 EE | Digital Simulation and Analysis of Power System | 4 hrs |
| EG 803 EE | Distribution System Planning and Management | 4 hrs |
| EG 808 EE | Advance Power Electronics | 4 hrs |
SECOND SEMESTER
| Code No. | Subject Title | Credit Hours |
| EE | Distributed Energy Resources | 4 hrs |
| EE | Grid Integration of Distributed Energy Resources | 4 hrs |
| Elective I | 4 hrs | |
| Elective II | 4 hrs |
THIRD SEMESTER
| Code No. | Subject Tilte | Credit Hours |
| EE 906 | Project Work | 4 hrs |
| EE | Elective III | 4 hrs |
| EE | Elective IV | 4 hrs |
FOURTH SEMESTER
| Code No. | Subject Title | Credit Hours |
| EE 956 | Thesis Work | 16 |
Elective I: 1) Flexible AC Transmission Systems (already existing. Course code: EG872 EE)
2) Power System Reliability (already existing. Course code: EG 877 EE)
Elective II: 1) Power System Planning and Economics (already existing. Course code: EG851 EE)
2) Energy Auditing, Analysis and Conservation (already existing. Course code: EG 911 ES)
Elective III: 1) Applied Photovoltaic Systems
2) Wind Power Integration and Operation
Elective IV: Power Supply Quality (under discussion)
graduates of an MSc in Electrical Engineering with a focus on Distributed Generation have advanced knowledge and abilities in power system design, smart grid technologies, and the integration of renewable energy sources.