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MSc Chemistry

Semester 1

Course Code

Course Title

Credit Hours

CHM-551

Physical Chemistry – I

4(3 – 1)

CHM-553

Organic Chemistry – I

4(3 – 1)

CHM-555

Inorganic Chemistry – I

4(3 – 1)

  MTH-571 Mathematics for Chemists

2(2 – 0)

CHM-557

Biochemistry – I

3(3 – 0)

CHM-559

Analytical Chemistry – I

3(3 – 0)

Total

20

Semester 2

Course Code

Course Title

Credit Hours

CHM-552

Physical Chemistry – II

4(3 – 1)

CHM-554

Organic Chemistry – II

4(3 – 1)

CHM-556

Inorganic Chemistry – II

4(3 – 1)

CHM-558

Biochemistry – II

3(3 – 0)

CHM-560

Analytical Chemistry – II

3(3 – 0)

CHM-562

Introductory Spectroscopy

2(2 – 0)

Total

20

Semester 3

The students have to adopt one specialization set from the followings

Specialization in Organic Chemistry

Course Code

Course Title

Credit Hours

  ENG-601 EFE (English for Employment)

3(3 – 0)

CHM-651

Spectroscopic Organic Techniques

3(3 – 0)

CHM-653

Rearrangements and Pericyclic Reactions

3(3 – 0)

CHM-655

Pharmaceutical Chemistry

3(3 – 0)

CHM-657

Organic Chemistry Practicals

2(0 – 2)

Total

14

Specialization in Analytical Chemistry

Course Code

Course Title

Credit Hours

 ENG-601 EFE (English for Employment)

3(3 – 0)

CHM-659 Electro Analytical Techniques

3(3 – 0)

CHM-661 Polarography and Chromatography

3(3 – 0)

CHM-663 Spectroscopic Techniques

3(3 – 0)

CHM-665 Analytical Chemistry Practicals

2(0 – 2)

Total

14

Specialization in Biochemistry

Course Code

Course Title

Credit Hours

  ENG-601 EFE (English for Employment)

3(3 – 0)

CHM-667

Biological Metabolism

3(3 – 0)

CHM-669

Human Physiology

3(3 – 0)

CHM-671

Biochemistry of Nucleic Acids

3(3 – 0)

CHM-673

Biochemistry Practicals

2(0 – 2)

Total

14

Specialization in Physical Chemistry

Course Code

Course Title

Credit Hours

   ENG-601 EFE (English for Employment)

3(3 – 0)

CHM-675

Kinetics of Complex  Reactions

3(3 – 0)

CHM-677

Thermodynamics and Spectroscopy

3(3 – 0)

CHM-683

Material Chemistry

3(3 – 0)

CHM-685

Physical Chemistry Practicals

2(0 – 2)

Total

14

Specialization in Inorganic Chemistry

Course Code

Course Title

Credit Hours

   ENG-601 EFE (English for Employment)

3(3 – 0)

CHM-687

Main Group Organometallic and Organic Reagents

3(3 – 0)

CHM-689

Spectroscopic Methods of Analysis

3(3 – 0)

CHM-691

Metal Cluster Compounds

3(3 – 0)

CHM-693

Inorganic Chemistry Practicals

2(0 – 2)

Total

14

Semester 4

Course Code

Course Title

Credit Hours

CHM-680

Thesis

6(6 – 0)

Total

06

 

Specialization in Analytical Chemistry

CHM-679

Seminar

1(1 – 0)

   STA-595 Introduction to Statistical Theory

3(3 – 0)

  CHM-652 Thermal Methods of Analysis

3(3 – 0)

  CHM-654 Electrophoresis

3(3 – 0)

CHM-656

Atomic Spectroscopy

3(3 – 0)

CHM-658

Instrumental Techniques

3(3 – 0)

Total

16

Specialization in Organic Chemistry

 

CHM-679

Seminar

1(1 – 0)

   STA-595 Introduction to Statistical Theory

3(3 – 0)

CHM-660

Organic Polymers

3(3 – 0)

  CHM-662 Reactive Intermediates and Photochemistry

3(3 – 0)

CHM-664

Disconnection Approach

3(3 – 0)

CHM-666

Organic Catalyst and Catalysis

3(3 – 0)

Total

16

  Specialization in  Biochemistry

CHM-679

Seminar

1(1 – 0)

   STA-595 Introduction to Statistical Theory

3(3 – 0)

  CHM-668 Molecular Biochemistry

3(3 – 0)

CHM-670

Clinical Diagnosis

3(3 – 0)

CHM-672

Biochemistry of Vitamins and Minerals

3(3 – 0)

CHM-674

Medical Biochemistry

3(3 – 0)

Total

16

Specialization in  Inorganic Chemistry

 

CHM-679

Seminar

1(1 – 0)

   STA-595 Introduction to Statistical Theory

3(3 – 0)

  CHM-676 X-ray Spectroscopy

3(3 – 0)

  CHM-678 Homogeneous Catalysis

3(3 – 0)

CHM-684

Radio Nuclear Chemistry

3(3 – 0)

CHM-686

Magneto Chemistry

3(3 – 0)

Total

16

Specialization in  Physical Chemistry

 

CHM-679

Seminar

1(1 – 0)

   STA-595 Introduction to Statistical Theory

3(3 – 0)

CHM-688 Applications of Symmetry and Group Theory

3(3 – 0)

  CHM-690 Quantum Mechanics

3(3 – 0)

  CHM-692 Nuclear and Radiation Chemistry

3(3 – 0)

CHM-694

Electrochemical Aspects of Solutions

3(3 – 0)

Total

16

Note: Research students (Thesis will opt only two courses & other will study four courses with compulsory Introduction to Statistical Theory)