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Masters'

MSc Programme 

The department offers MSc programme in 2017-18 session. The students are admitted through Joint Admission Test for MSc (JAM). Students interested in this program can find more information about eligibility requirements and application procedure through JAM website. Students joining this program will receive a MSc degree after successfully completing degree requirements in two years. After MSc, students will be encouraged to join the PhD program, provided they meet the eligibility criteria.

The PG Coordinator for the chemistry department is Dr. C. M. Nagaraja.   


Program Structure
I Semester (Core)
S No    
Course No
TitleL-T-PCredits
1CYL411Concise Inorganic Chemistry
3-0-0 3
2CYL412Concise Organic Chemistry
3-0-0 3
3
CYL414
CYL415
An Introduction to Biochemistry or 
Numerical Methods for Chemists
3-0-0 3
4CYL416Reaction Rates and Chemical Thermodynamics3-0-0 3
 5CYL417  Quantum Chemistry and Group Theory                  3-0-0     3
5CYL401Practical - 10-0-6 3
6CYP402Practical - 2
0-0-6       3      
Total credits: 21
Students have to credit either CYL414 or CYL415. The other course can be taken as audit. 

II Semester (Core)
S No   Course NoTitleL-T-PCredits 
1CYL421Advanced Organic Chemistry
3-0-03
2CYL422Coordination Chemistry
3-0-03
3CYL423Solid State Chemistry
3-0-03
4CYL424Electrochemistry and Statistical Thermodynamics
3-0-03
5CYL425Interpretative Molecular Spectroscopy
3-0-03
6CYP403Practical - 3
0-0-63
7CYP404     Practical - 4 0-0-6                        3
Total credits: 21

III Semester (Core)
S No
Course No   
Title    L-T-PCredits 
1CYL511Instrumentation Analysis
3-0-03
2CYL512Bioorganic Chemistry
3-0-03
3CYL513Polymer Chemistry
3-0-03
4CYL514Environmental Chemistry
3-0-03
5CYT530Project - I
0-0-2010
Total credits: 22
Dissertation with presentation for Project - I

IV Semester (Core and Electives)
S No
Course No
Title
L-T-P
Credits
   Core  
1CYS500 Seminar 2
2CYT540 Project - II
0-0-30
15
   Electives  
3CYL604Electronic Structure Calculations
2-0-23
4CYL605Quantum Molecular Reaction Dynamics
3-0-03
5CYL611Advances in Catalysis
3-0-03
6CYL612Molecular Recognition
3-0-03
7CYL613The Chemistry of Metal Carbon Bond
3-0-03
8CYL621Advanced Quantum Chemistry
3-0-03
9CYL622Applied Electrochemistry
3-0-03
10CYL623Heterogeneous Catalysis and Interfacial Phenomena
3-0-03
11CYL624Chemistry of Natural Products
3-0-03
12CYL625Inorganic Material Chemistry
3-0-03
13
CYL626Synthetic Organic Chemistry
3-0-03
Minimum credits: 23
Students must opt for Elective courses including open for a minimum of 6 credits 

Minimum CGPA to qualify for MSc degree: 5.0


Program
I Sem
II Sem    
III Sem
IV Sem
MSc 
212122
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