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Masters in Power System Engineering

Masters in Power System Engineering


Introduction

A Master's in Power System Engineering is an advanced professional degree designed to equip electrical engineering graduates with the specialized skills needed to design, analyze, and manage modern electrical grids. As the global energy landscape shifts toward renewable sources and "smart" technologies, these courses focus on bridging the gap between traditional grid operations and future sustainable solutions.

 

 Course Curriculum Structure 

Year I – Semester I

SNCourse CodeSubjectsCredit
1EG801EEComputer Aided Power System Analysis3
2EG802EEDistributed Systems Design and Operation3
3EG803EEExtra High Voltage AC Systems3
4EG804EEPower System Dynamics and Stability4
5EG--EEElective I3
  Total16

Year I – Semester II

SNCourse CodeSubjectsCredit
1EG851EEPower System Reliability and Risk Assessment4
2EG852EEPower Market and Deregulation3
3EG853EEDistributed Generation and Grid Integration3
4EG854EEPower System Operation and Economics3
5EG--EEElective II3
  Total16

Year II – Semester I

 

SNCourse CodeSubjectsCredit
1EG901EEDigital Protection of Power System3
2EG--EEElective III3
3EG905EEResearch Methodology3
4EG906EE*Research Project – Leading to thesis4
  Total13

Year II – Semester II

 

SNCourse CodeSubjectsCredit
1EG951EE*Thesis15
  Total15
Grand Total60

Elective Subjects

Elective I

SNCourse CodeSubjects
1EG805EEMathematical Programming
2EG806EEOperation Research and Optimization Techniques

Elective II

SNCourse CodeSubjects
1EG855EEFACTS Devices
2EG856EESwitchyard Design

Elective III

SNCourse CodeSubjects
1EG902EEPower Quality Improvement
2EG903EEPower Electronics for Renewable Energy Systems
3EG904EECondition Monitoring and Fault Diagnostics