M. Sc. Chemistry
Master
In Bardhaman
Description
-
Type
Master
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Location
Bardhaman
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Duration
2 Years
Facilities
Location
Start date
Start date
Reviews
Course programme
M. Sc. Biophysics]
SEMESTER – I
CHEM - G11
Unit 1: Coordination Chemistry I
Unit 2: Theories of bonding
Unit 3: Metal – ligand equilibria in solution
Unit 4:
a. Bioinorganic Chemistry 1
b. Poly acids: Iso and hetro poly acids:
Unit 5: Electrochemical analyses
CHEM - G11 (Practical) :
CHEM G-12 (Practical):
Identification of Single Organic Liquids and Solids containing one or more functional
groups.
CHEM G – 13
Unit 1: Quantum Chemistry I
Unit 2: Thermodynamics
Unit 3: Symmetry & Group Theory
Unit 4: Kinetics I
Unit 5: Spectroscopy I
13
G -13 (Practical)
One day / two day instrument-based / analytical physicochemical experiments
14
SEMESTER – II
CHEM – G21
Unit 1: Coordination Chemistry I
(a) Metal – ligand bonding
(b) Magnetic properties and coordination compounds
Unit 2: Ring, cage and clusters: Structure and bonding
Unit 4: Raman Spectroscopy
Unit 5: Instrumental techniques II
CHEM – G21 (Practical) : Qualitative analysis
CHEM-G 22
Unit-1: Photochemistry
Unit – 2: Synthetic Methodology-I
Unit-3: NMR Spectroscopy
Unit-5: Natural Products – Alkaloids
CHEM G-22 (Practical)
Organic preparations.
CHEM G – 23
Unit 1: Quantum Chemistry II
Unit 2: Statistical Mechanics I
Unit 3: Spectroscopy II
Unit 4: Electrochemistry I
Unit 5: Macromolecules
Course G -23 (Practical)
One day / two day instrument-based / analytical physicochemical experiments.
18
SEMESTER – III
CHEM – G31
Unit 1: EPR and Mossbauer Spectra
Unit 2: PES and Diffraction Methods
Unit 3: Mass Spectroscopy
Unit 4: Problem-solving methods in spectroscopy
Applications of Mass, UV-VIS, IR and NMR spectroscopy to structural and
mechanistic problems
Unit 5: Laser and Laser Spectroscopy
CHEM – G31 (Practical): Preparation and characterization of inorganic compounds.
CHEM – G31 (Practical): Multistep organic synthesis and chromatographic
separation techniques.
CHEM – G31 (Practical): One day / two day instrument based / analytical
physicochemical experiments
CHEM-S31
Unit-1: Basic steps of chemical analysis
Unit-2 : Electronics and instrumentation
Unit 3: Molecular absorption and x-ray spectroscopy
Unit-4: NMR spectrometry
CHEM – S32
Unit 1: Group theory and Quantum mechanics
Unit 2: Quantum mechanics
21
Unit 3: Solid state I
Unit 4: Application of spectroscopy in inorganic chemistry
Unit 5: Reaction mechanism of transition metal complexes
CHEM – S32 (Practical)
Physicochemical experiments.
CHEM-S33
Unit 1: Stereochemistry-II
Conformation and reactivity of monocyclic systems-3 to 10 membered rings, 6-6, 6-5,
6-4, 5-5 bicyclic systems, 6-6-6, 6-5-6, 5-6-5 and 5-5-5 tricyclic systems,
enantioselective and diastereoselective synthesis, Addition to carbonyl compounds.
Unit 2: Synthetic strategy
Disconnection approach: basic principles, one-group, two-group disconnections,
selectivity aspects: Chemoselectivity, regioselectivity, stereoselectivity, Retron,
Umpolung concepts; uses of aliphatic nitro, amines; radical reactions in synthesis-
FGA and its reverse, Protection and deprotection of common functional groups
(hydroxy, carbonyl, carboxylic and amino groups).
Unit 3: NMR Spectroscopy II
Theory and Applications of DEPT, 1H-1H COSY, HMBC, HMQC, NOESY in
structure elucidation of organic compounds, reaction monitoring.
23
Unit 4: Heterocyclic Chemistry II
Unit 5: Medicinal Chemistry I
CHEM S33 (Practical)
Multistep organic synthesis, chromatographic separation techniques.
Course S 34
Unit 1: Advanced Quantum Chemistry I
Unit 2: Non-equilibrium thermodynamics
Unit 3: Biophysical Chemistry I
Unit 4: Advanced Spectroscopy I
Unit 5: Solid State Chemistry I
Course S 34 (Practical)
One day instrument-based / analytical physicochemical experiments
CHEM-S35
Unit-1: Data treatment
Evaluation and presentation of analytical data, propagation of uncertainty, probability
and distribution, test of significance, ANOVA and chi square test, least square
method, regression and correlation analysis.
25
Unit-2: Numerical analysis
Iterative solution of f(x)=0, finite differences and approximate representation of
functions, polynomial building, interpolation, numerical integration and
differentiation, numerical solution of ordinary differential equations, solving of
simultaneous and linear algebric equations.
Unit-3: Radiochemical analysis
Nuclear reactions and radiation, tracer techniques, role of carrier, isotope exchange
reactions, preparation of carrier free tracer, kinetic isotope effect, activation analysis,
isotope dilution analysis.
Unit-4: Kinetic methods of analysis
Comparison of kinetic and non kinetic methods, rate analysis for slow and fast
reactions, catalysed and non catalysed reactions, enzyme catalysed reactions,
differential reaction rate methods and applications.
Unit-5 : Thermal methods of analysis
Thermogravimetry (TG), differential thermal analysis (DTA), differential scanning
calorimetry (DSC), combination of thermal analysis techniques, thermomechanical
analysis, enthalpymetry, instrumentation and application of thermal methods.
CHEM S35 (Practical)
Physicochemical experiments: Potentiometry/conductometry/spectrophotometry
CHEM – S36
Unit 1: Application of group theory in inorganic chemistry
Determination of the pattern of splitting of orbitals and R-S terms in a particular
geometry. Assign ment symmetry designations, e.g. Гd = T2g + Eg. Correlation upon
descending and ascending symmetries. Transition metal ions (dn) in weak and strong
26
crystal fields. Correlation diagram. Tanabe – Sugano diagram. Revisit to d-d and
charge transfer spectra of transition metal complexes. Racah parameters.
Unit 2: Crystallography I
Unit 4: Organometallics I
Unit 5: Organometallics II
CHEM – S36 (Practical)
Analysis of ores/minerals.
CHEM- S37
Unit 1: Applications of M.O. Theory
Unit 2: Organometallic Chemistry of Transitional Elements-I
Unit 3: Synthetic Methodology-II
Unit 4: Natural Products I
Unit 5: Asymmetric Synthesis I
CHEM S37 (Practical)
Preparation of organic reagents and their applications.
CHEM- S 38
Unit 1: Advanced Spectroscopy II
instrumentation, applications.
Unit 2: Solid State Chemistry II
Unit 3: Advanced Polymers I
Unit 4: Statistical Mechanics II
Unit 5: Interfacial Chemistry
CHEM S 38 (Practical)
Two day instrument-based / analytical physicochemical experiments
SEMESTER – IV
CHEM-S41
Unit-1: Electrochemistry
Unit-2: Solvent extraction
Unit-3: Liquid chromatography
Unit-4: Gas and other chromatographic techniques
Unit-5 : Fuel analysis
Chem S41 (Practical): Project work
CHEM – S42
Unit 1: Density Functional Theory (DFT)
31
Unit 2: Solid state II
Unit 3: Materials chemistry
Unit 4: Crystallography II
Unit 5: Magnetochemistry
Analysis of alloys.
CHEM-S43
Unit 1: Stereochemistry-III
Unit 2: Asymmetric Synthesis II
Unit 3: Heterocyclic Chemistry-III
Unit 4: Organometallic Chemistry of Transitional Elements-II
33
Unit 5: Supramolecular Chemistry- Basics and Theory:
CHEM-S43 (Practical)
Project, Grand Viva
CHEM - S 44
Unit 1: Advanced Quantum Chemistry III
Unit 2: Advanced Spectroscopy III
Unit 3: Biophysical Chemistry II
Unit 4: Solid State Chemistry III
Unit 5: Advanced Polymers II
CHEM S 44 (Practical)
CHEM-S45
Unit-1 : Forensic analysis
Unit-2 : Bioanalytical chemistry
Unit-3 : Atmospheric chemistry and ambient air pollution
Unit-4: Optical methods of analysis
CHEM – S46
Unit 1: Bioinorganic Chemistry III
Unit 2: Bioinorganic Chemistry with chemotherapeutic drug
Unit 3: Inorganic photochemistry
Unit 4: Supramolecular chemistry
Unit 5: Reactions and catalysis involving organometallic compounds
CHEM-S47
Unit 1: Oxidations in Organic Chemistry
Unit 2: Reductions in Organic Chemistry:
37
Unit 3: Medicinal Chemistry-II
C
Unit 4: Natural Products I
Unit 5: Carbohydrate Chemistry
CHEM S 48
Unit 1: Statistical Mechanics III
Unit 2: Multiphase materials, Glasses, Ceramics & Composites
Unit 3: Advanced Polymers III
Unit 4: Electrochemistry II
Unit 5: Corrosion
CHEM-S49
Unit-1 : Hydrosphere chemistry and water pollution
Unit-2 : Lithosphere chemistry and soil pollution
Unit-3 : Modern techniques in analytical chemistry
Unit-4 : Toxicology
Unit-5 : Industrial operation and green chemistry
CHEM S49 (Practical)
Analysis of oil/drugs; Separation techniques: solvent extraction/ion exchange and
adsorption chromatography
40
CHEM – S50
Unit 1 : Catalytic reactions involving coordination compounds
Unit 2: Metal ligand bonding :
Unit 3: An overview of NMR of metal nuclides.
41
Unit 4: Electron transfer reactions and twist mechanisms
Unit 5: Density Functional Theory (DFT)
CHEM – S50 (Practical)
Project.
CHEM S51
Unit 1:Supramolecular Chemistry
Unit 2: Total synthesis of some Naturally Occurring Molecules
Unit 3:Green Chemistry
Unit 5: Natural Products-II
CHEM S51 (Practical)
CHEM S 52
Unit 1: Advanced Spectroscopy V
Unit 2: Advanced Materials
Unit 3: Numerical Analysis
Unit 4: Surfaces, Thin Films & Clusters
Unit 5: Biophysical Chemistry III
Practical
M. Sc. Chemistry