MS Electric Power and Energy Systems – UMT

Course Name:    MS Electric Power and Energy Systems   

Overview:   

Electric Power and Energy is gaining importance as the society realizes that to maintain our standard of living, energy solutions must be found. The aim of this program is to bring out the importance of generation and efficient use of electric power and energy. This MS degree program has been developed to prepare individuals to design and implement energy systems for innovative applications. This program is aimed for students who are ready to accept the grand challenge of energy in all its diverse forms and applications.

Number of Semesters:    4

Requirements

• HEC recognized Four-year bachelors degree or equivalent in a relevant discipline with minimum 2.50 CGPA. Candidates having four-year degrees in other fields, especially Engineering, Mathematics, and Sciences, are also eligible for entrance, but will be required to take additional undergraduate courses.
  
• The candidate must have passed entry test GRE General or NTS (GAT) with a minimum score of 50%.
  

Course Duration:     2 years

How to apply:

• Applicant
  
  • Issuance of Admission form
    
• Fill in Application form
  
• Submit to Admission Office
  
  • Completely filled Application form
    
  • 4 – Photographs
    
  • Photocopies of all Academic Doc’s
    
• Checked by Admission officer
  
  • Approved to the Admission Test
    
  • Admit card
    
• Test & Interview
  
  • NTS/UMT Entry test
    
  • Interview
    
• Merit list
  
  • Accepted candidates
    
• Fee Submission
  
  • Submit Admission & Library Charges
    
  • First Installment of Tuition Fee
    
• Orientation
  

Curriculum:

Program Core Courses (15 Credits)

List of Electives

• Nuclear Energy and Power Plant Systems
  
• Microcomputer Based Protection and Control of Electric Power Faulted Networks
  
• Advanced Power Electronics
  
• Solar Cells, Batteries and Fuel Cells
  
• Fundamentals of Advanced Energy Conversion
  
• Building Enrgy Dynamics and Technology
  
• Hydrogen Generation Storage and Distribution
  
• Biomass Energy Systems
  
• Energy Materials and Manufacturing
  
• Hydro Power Generation