MSc Electrical Engineering (Distributed Generation)
University
Tribhuwan University
Duration
2 years
Fee
Rs.
Summary
Two-year TU–IOE postgraduate engineering program focused on distributed generation, renewable-energy systems, smart grids, and decentralized power technologies.
Program develops advanced competence in renewable-energy integration, power-system planning, distributed generation technologies, grid stability, energy storage, microgrids, power electronics, control systems, and system optimization. Training emphasizes analytical design, simulation-based modeling, and applied research aligned with modern distributed power networks.
Description
Curricular structure (table)
(Indicative structure based on IOE’s distributed-generation curriculum framework.)
| Area of Study | Focus |
|---|---|
| Distributed Generation Systems | Architecture, planning, integration |
| Renewable Energy Technologies | Solar, wind, hydro, biomass systems |
| Power System Analysis | Load flow, fault analysis, stability |
| Smart Grid & Automation | Communication, control, protection |
| Energy Storage Systems | Battery technologies, management, hybrid systems |
| Power Electronics | Converters, inverters, control strategies |
| Microgrid Design & Control | Islanding, grid-tied operation, reliability |
| Energy Policy & Economics | Regulatory frameworks, cost analysis |
| Optimization & Modeling | Computational tools, simulation |
| Research Methods | Proposal development, data analysis |
| Thesis | Applied research in distributed energy systems |
Features
Features
• Annual intake: 20 seats at Pulchowk Campus and Pashchimanchal Campus each
• Laboratory-based and simulation-based training
• Strong focus on renewable integration and microgrid engineering
• Mandatory thesis work
• IOE standardized entrance pathway
Admission Process
Eligibility
• Bachelor’s degree in BE Electrical or TU-recognized equivalent engineering degree
• Above-average undergraduate grades meeting IOE threshold
• Minimum qualifying score in IOE entrance exam
• Equivalence required for non-TU degrees
Admission criteria
• Online application submission within IOE deadlines
• Entrance fee paid via bank voucher
• Voucher number entered in application
• Appropriate entrance stream selection
• All required fields completed and ID + color photo uploaded
• Corrections allowed with paid correction fee (higher fee for name/photo/ID changes)
Seat / quota distribution (per campus, total 20)
• Regular Merit: 5
• IOE Reserved: 1
• Full Fee: 6
• Sponsored: 8
• 1 female-reserved seat in Regular + 1 female-reserved seat in Full Fee
• IOE reserved priority: permanent faculty → contract faculty ≥5 years → if none, added to Full Fee
• Sponsored quota priority:
– 1st: Government/government-owned organizations
– 2nd: Other organizations
• 1/4 of sponsored seats reserved for foreign students
• Unclaimed sponsored/foreign seats moved to Full Fee category
Job Prospects
Job prospects
• Distributed-generation engineer
• Renewable-energy systems designer
• Smart-grid and power-system analyst
• Microgrid engineer
• Power-electronics engineer
• Energy-planning and policy analyst
• Consultant roles in utilities, energy companies, government, and private sector
No entrance requirements available
No curriculum information available
Contact the university for detailed curriculum information