MS Chemistry – UMT

Course Name:    MS Chemistry

Overview:   

Chemistry is the study of a micro world comprising atoms and molecules, from simple diatomic such as N2 to proteins and nucleic acids. Chemists are the molecular architects, the builders, and the surveyors of the natural landscape in this world which has nanometer dimension The chemistry faculty members strives to produce a new generation of chemical science professionals, prepared to become leaders in research, teaching and industry. In our graduate program you will be engaged mainly in research, the most stimulating part of chemistry: the synthesis of new compounds, discovery of new reactions, elucidation of reaction mechanisms, uncovering of new principles, understanding naturally occurring substances, or working out theories of chemical bonding or reactivity, providing knowledge that will be written into the textbooks for your successors to learn about. The program requires students to take a broad spectrum of courses, and develop applications in diverse applied areas.

Number of Semesters:    4

Requirements

All applications are evaluated on the basis of merit as determined by their previous academic record. Candidates must have qualification to meet the HEC’s criterion.

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

few formal courses are required for the MS degree. The purpose of advanced course work is to build on the foundation gained in undergraduate study to give additional depth in specialty areas of interest to individual students. The curriculum is built to address the educational needs of this field.

• CH-507 Advanced Analytical Chemistry
  
• CH-508 Nano chemistry-Chemical approach to Nanomaterial
  
• CH-509 Advanced Organic Chemistry
  
• CH-510 Natural Product Chemistry
  
• CH-511 Advanced Inorganic Chemistry
  

Optional Courses

• Separation Techniques
  
• Inorganic Industrial Chemistry
  
• Thermodynamics and Electrochemistry
  
• Quality Assurance in Analytical Chemistry
  
• Environmental Chemistry
  
• Material Chemistry
  
• Pharmaceutical Chemistry
  
• Chemical Principals of Nanotechnology
  
• Materials for Alternate Energy and Environmental Applications
  
• Quantum Mechanics
  
• Advanced Organic Reaction Mechanism