COURSE DETAILS
   Introduction - M.Tech (Power System Engineering)
  The Power Systems course is designed to provide valuable in-depth education in advanced topics in electric power engineering to power engineering specialists in the government, private sector and academia. Upon completion of the program of study, power engineering specialists will be proficient in theory, modeling and tools necessary to perform power system engineering tasks related to planning and operating electric power generation, transmission and distribution systems, together with related public policy.
  Awarded by
  MVNU
  Entry Requirement
  B.Tech in Electrical Engineering
  Course Fees


  Note : Indian residents to pay fee in INR and rest in $.
  Course Duration
  2 YEARS (4 SEM.)
  Subject Information 
  Lateral Entry : Not Available
  Credit Transfer : Not Available
SEM-1
  		• Applied Mathematics
     
  		• Power System Modeling and Analysis-I
     
  		• Power System Protection
     
  		• Power System Control and Operation-I
     
  		• Power System Planning and Reliability
     
  		• System Theory
    SEM-2
  		• Power System Modeling & Analysis-II
     
  		• Power System Control & Operation - II
     
  		• Digital Signal Processing
     
  		• HVDC and FACTS
     
  		• Electrical Transients in Power Systems
     
  		• Computer Network Engineering
    SEM-3
  		• Advanced Topics in Power System
     
  		• Elective-I
     
  		• Elective-II
     
  		• Project Work Phase-I
    SEM-4
  		• Project Work Phase-II
      Elective Papers / Specializations
       
    Elective-I
  		• Artifical Intelligence Application to Power Systems
     
  		• Artifical Intelligence Application to Power Systems
     
  		• Flexible AC Transmission Systems
     
  		• Flexible AC Transmission Systems
     
  		• Object Oriented Programming and its Applications to Electrical Engineering
     
  		• Object Oriented Programming and its Applications to Electrical Engineering
    Elective-II
  		• Theory and Design of Neuro-fuzzy Controllers
     
  		• Theory and Design of Neuro-fuzzy Controllers
     
  		• Visual Languages and its Applications
     
  		• Visual Languages and its Applications
      Career Opportunities
     They work in research, design, sales, manufacturing, testing, installation, development and teaching. Many graduates find that an engineering education provides excellent training for fields other than engineering such as business, medicine or law. Since engineers are problem-solvers, there is a constant demand for engineers to solve problems outside typical engineering fields.