MS Physics – UMT

Course Name:    MS Physics   

Overview:   

Physics is devoted to the study and understanding of nature. Considered the most fundamental science, it deals with the constituents, properties, and evolution of the entire universe, from the smallest subatomic particles to the largest galaxies. It is also concerned with the mathematical formulation of the fundamental laws of nature. In our graduate program students will be engaged mainly in research along with initial broad training in fundamental core topics in physics as the foundation of modern technologies. This program of study leading to the degree of Master of Science, while emphasizing continued work in basic physics, permits many options in several applied physics specialties.

Number of Semesters:    4

Requirements

• HEC recognized Four-year bachelors degree in physics or equivalent in a relevant discipline with minimum 2.50 CGPA.
  
• 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:

Course List

Below is a list of courses we are offering. We offer flexibility in choosing different courses from the list of elective courses, depending on the interests of the students. However, students will be assisted in identifying sets of courses which correspond to a specific area of specialization. Furthermore, elective courses may be added to the list, if necessary.

Core Courses

• PH503 Mathematical Methods for Scientists and Engineers
  
• PH 601 Advanced Statistical Physics
  
• PH 501 Quantum Mechanics-I
  
• PH 506 Quantum Mechanics-II
  
• PH 504 Electrodynamics
  

Elective Courses

• Materials Science
  
• Nanotechnology
  
• Principles of Optics
  
• Introduction to Nuclear Science
  
• Optical Detectors and Applications
  
• Fundamentals of Sensors and Sensor Systems
  
• Fundamental of Photonics
  
• Statistical Mechanics
  
• Physics of Fluids
  
• Health Physics
  
• Plasma Physics
  
• Quantum Mechanics
  
• Theory of Computation