Description of Courses

M. Sc. Semester – I

C – 401	Inorganic Chemistry : Quantum Mechanical Formalism; Translational and vibrational motions of a particle, The hydrogen-like atoms, Approximation methods, Many electron atoms and angular momentum
C – 402	Organic Chemistry : Reactive intermediates, IUPAC nomenclature, Mechanism of substitution, Molecular rearrangements, Aromaticity
C – 403	Physical Chemistry : Chemical Thermodynamics: Fugacity and Activity, Free Energy and Chemical Reactions, The properties of solutions, Activities and Activity Coefficient, Solutions of Electrolytes, Partial Molar Properties
C – 404	Group Theory, Spectroscopy : Group Theory, Recapitulation of Microwave and UV Spectroscopy, Vibrational Spectroscopy
C – 405 & 406	Practicals in Inorganic Chemistry : Qualitative and Quantitative Analysis, Chromatography, Preparation     Practicals in Organic Chemistry : Organic Synthesis, Quantitative Analysis   Practicals in Physical Chemistry : Error Analysis and Statistical Data Analysis Adsorption, Phase Equilibria, Chemical kinetics, Electrochemistry, Polarimetry

M. Sc. Semester – II

C – 501	Inorganic Chemistry : Electron  Spectroscopy and Magnetic Properties of transition metal complexes, Chemistry of non-transition elements, Lanthanides and actinides
C – 502	Organic Chemistry : Stereochemistry, Organic Name Reactions, Reagents in Synthesis
C – 503	Physical Chemistry : Macromolecular Chemistry : Introduction, Basic concepts and nomenclature, Classifications of Polymers, Synthesis of Polymers, Bulk, Solution, Suspension and Emulsion polymerization, Latex Technology, Cationic Polymerization, Anionic Polymerization, Ziegler-Natta Catalysis, Mechanism of Co-polymerization, Polymer Solubility and solutions, Polymer Reactions
C – 504	Spectroscopy, Kinetic & Surface Chemistry : Photo Electron Spectroscopy, Nuclear Magnetic Resonance Spectroscopy, Electron Spin Resonance Spectroscopy, Determination of molecular structure employing different spectral data, Chemical Kinetics, Surface phenomena
C – 505 & 506	Practicals in Inorganic Chemistry Qualitative Analysis and Preparation, Physico-Chemical Exercises, Experiments on Instruments, Organic Synthesis, Organic Quantitative Analysis

      M. Sc. Sem. III (Organic Chemistry)

C(O) 601 – Heterocyclic Chemistry

C(O) 602 – Organic Synthesis-A disconnection Approach

C(O) 603 – Synthetic Dyes and Aspects of Bioorganic Chemistry

C(O) 604 – Stereochemistry of Organic Compounds

C(O) 605 & 606 – Practicals from Organic Chemistry

C(O) 607Viva-Voce

      M. Sc. Sem. IV (Organic Chemistry)

C(O) 701 – Molecular Orbital Theory

C(O) 702 – Natural Products

C(O) 703 – Medicinal Chemistry

C(O) 704 – Topics in Organic Chemistry

C(O) 705 & 706 – Practicals from Organic Chemistry

C(O) 707Viva-Voce

      M. Sc. Sem. III (Industrial Polymer Chemistry)

C(IPC) 601 – Polymer structure properties and Applications

C(IPC) 602 – Manufacture, Properties and Applications of Thermosets and Rubbers

C(IPC) 603 – Polymer Processing (I)

C(IPC) 604 – Selected Topics in Polymer Technology (I)

C(IPC) 605 & 606 – Practicals from Industrial Polymer Chemistry

C(IPC) 607 Viva-Voce

      M. Sc. Sem. IV (Industrial Polymer Chemistry)

C(IPC) 701 – Polymer Modification and Mechanical Properties

C(IPC) 702 – Manufacture, Properties and Application of Thermoplasts

C(IPC) 703 – Polymer Processing (II)

C(IPC) 704 – Selected Topics in Polymer Technology (II)

C(IPC) 705 & 706 – Practicals from Industrial Polymer Chemistry

C(IPC) 707 Viva-Voce

      M. Sc. Sem. III (Analytical Chemistry)

C(A) 601 – Fundamental of Quantitative Analysis

C(A) 602 – Separation Techniques

C(A) 603 – Spectrochemical Methods

C(A) 604 – Environmental Chemistry

C(A) 605 & 606 – Practicals from Analytical Chemistry

C(A) 607 Viva-Voce

      M. Sc. Sem. IV (Analytical Chemistry)

C(A) 701 – Basic Methods of Analysis

C(A) 702 – Elecroanalytical Techniques

C(A) 703 – Miscellaneous Methods

C(A) 704 – Analysis of Industrial Products

C(A) 705 & 706 – Practicals from Analytical Chemistry

C(A) 707 Viva-Voce

      M. Sc. Sem. III (Inorganic Chemistry)

C(I) 601 – Ligand-Field Theory (Application)

C(I) 602 – Reaction Mechanism

C(I) 603 – Organometallic Compounds

C(I) 604 – Selected Topics in Advanced Inorganic Chemistry

C(I) 605 & 606 – Practicals from Inorganic Chemistry

C(I) 607 Viva-Voce

      M. Sc. Sem. IV (Analytical Chemistry)

C(I) 701 – Spectroscopic and Magnetic Applications to Inorganic Compounds

C(I) 702 – Bio-inorganic Chemistry

C(I) 703 – Complex Equilibria

C(I) 704 – Inorganic Polymers

C(I) 705 & 706 – Practicals from Analytical Chemistry

C(I) 707 Viva-Voce

      M. Sc. Sem. III (Physical Chemistry)

C(Ph) 601 – Statistical Thermodynamics

C(Ph) 602 – Mechanical and Electrical Behavior of Macromolecules

C(Ph) 603 – Characterization of Polymers

C(Ph) 604 – Nuclear Chemistry

C(Ph) 605 & 606 – Practicals from Physical Chemistry

C(Ph) 607 Viva-Voce

      M. Sc. Sem. IV (Physical Chemistry)

C(Ph) 701 – Electrochemistry

C(Ph) 702 – Thermodynamic and Hydrodynamic Behavior of Macromolecules

C(Ph) 703 – Electroanalytical Methods

C(Ph) 704 – Solid State Chemistry

C(Ph) 705 & 706 – Practicals from Physical Chemistry

C(Ph) 707 Viva-Voce

      Post B. Sc. Diploma in Analytical Chemistry

Dip. A.C. – 1 Basic Method and Modern Separation Techniques

Dip. A.C. – 2 Electroanlalytical, Spectroanalytical and Thermal Methods

Dip. A.C. – 3 Industrial Analysis – I

Dip. A.C. – 4 Industrial Analysis – II

Dip. A.C. – 5 & 6 Practicals – Inorganic Compound analysis, Pesticides analysis, Oil, Fat analysis, Polymer analysis, Industrial analysis, Water analysis & Chromatography (Qualitative analysis)

      Post B. Sc. Diploma in Analytical Chemistry

Dip. P. S. – 1 Fundamentals of Polymer Chemistry: Introductory Concepts, Introduction, Polymerization Techniques

Dip. P. S. – 2 Polymer Characterization

Dip. P. S. – 3 Industrial Polymers – Testing and Analysis

Dip. P. S. – 4 Specialty Polymers & Polymer Processing

Dip. P. S. – 5 & 6 Practicals : Synthesis of Polymers, Synthesis of resins, Characterization of Polymers, Chemical Analysis of Polymers, Identification of Plastics, elastomers and fibers by physical, chemical and spectroscopic methods like IR and NMR