Approved By: UGC NAAC NCTE
Duration: 2 Years |
Eligibility: Graduation |
Course Duration: Two Year (Semester System)
Course Eligibility : Graduation in Science with at least 50 % marks or Equivqlent CGPA
Admission Criteria: Merit in qualifying examination, subject to eligibility criteria.
Entrance/Eligibility Test: As per University Rules
Programme Mode: Regular
Course Syllabus
Semester – I
Course Code |
Course Title |
CHM101 |
Analytical Chemistry I |
CHM102 |
Inorganic Chemistry I |
CHM103 |
Organic Chemistry I |
CHM104 |
Physical Chemistry I |
CHM105 |
Inorganic Chemistry Practical |
CHM106 |
Organic Chemistry Practical |
CHM107 |
Physical Chemistry Practical |
CHM108M |
Polymer Chemistry (Minor Elective, for students of Chemistry and other PG programmes) |
Semester – II
CHM201 |
Analytical Chemistry II |
CHM202 |
Inorganic Chemistry II |
CHM203 |
Organic Chemistry II |
CHM204 |
Physical Chemistry II |
CHM205 |
Chemical Binding |
CHM206 |
Inorganic Chemistry Practical |
CHM207 |
Organic Chemistry Practical |
CHM208 |
Physical Chemistry Practical |
CHM209M# |
Organic Chemistry - Applied Aspects Only (Minor Elective for students of other PG programmes) |
Semester – III
CHM301 |
Molecular Spectroscopy (Core Paper) |
CHM302 |
Biological Chemistry (Core Paper) |
CHM303 |
Specialization Paper-I (A/I/O/P)* |
CHM304 |
Specialization Paper-II (A/I/O/P)* |
CHM305 |
Practical (A/I/O/P)* |
CHM306-309 |
Elective Paper I (Any one out of the four paperss)+ |
# |
Minor Elective III (from other PG programmes) |
Semester – IV
CHM401 |
Computer Applications in Chemistry (core paper) |
CHM402 |
Specialization Paper-III (A/I/O/P)* |
CHM403 |
Specialization Paper-IV (A/I/O/P)* |
CHM404 |
Specialization Paper-V (A/I/O/P)* |
CHM405 |
Project |
CHM406-409 |
Elective Paper II (Any one of the four papers) ++ |
CHM410 |
Laboratory work for Computer Applications in Chemistry (Common to all branches) |
List of Elective Papers |
|
Elective - I |
|
CHM306 |
Forensic Analysis |
CHM307 |
Chemical Applications of Group Theory |
CHM308 |
Medicinal Chemistry |
CHM309 |
Physical Methods in Chemistry |
Elective - II |
|
CHM406 |
Environmental Chemistry |
CHM407 |
Photo Inorganic Chemistry |
CHM408 |
Bioorganic Chemistry |
CHM409 |
Materials Chemistry |
Specialization Papers - I & II |
|
CHM303 (A) |
Principles of Analytical Chemistry |
CHM304 (A) |
Microanalytical Techniques |
Inorganic Chemistry |
|
CHM303 (I) |
Organometallic Chemistry of Transition Metals |
CHM304 (I) |
Bio-inorganic Chemistry |
Organic Chemistry |
|
CHM303 (O) |
tereochemistry and Photochemistry |
CHM304 (O) |
Natural Products |
Physical Chemistry |
|
CHM303 (P) |
Electrochemistry |
CHM304 (P) |
Quantum Chemistry |
CHM305 Practical |
|
CHM305 (A) |
Analytical Chemistry Practical |
CHM305 (I) |
Inorganic Chemistry Practical |
CHM305 (O) |
Organic Chemistry Practical |
CHM305 (P) |
Physical Chemistry Practical |
Specialization Papers – III, IV, V |
|
CHM402 (A) |
Separation Techniques |
CHM403 (A) |
Electroanalytical Methods |
CHM404 (A) |
Spectrochemical Analysis |
Inorganic Chemistry |
|
CHM402 (I) |
Structural Methods in Inorganic Chemistry |
CHM403 (I) |
Inorganic Rings, Chains, and Clusters |
CHM404 (I) |
Special Topics in Inorganic Chemistry |
Organic Chemistry |
|
CHM402 (O) |
Application of Spectroscopy to Structural Analysis |
CHM403 (O) |
Reagents and Organic Synthesis |
CHM404 (O) |
Heterocycles and Vitamins |
Physical Chemistry |
|
CHM402 (P) |
Statistical Mechanics |
CHM403 (P) |
Solid State Chemistry |
CHM404 (P) |
Chemical Kinetics |
CHM405: Project |
|
CHM405 (A) |
Analytical Chemistry |
CHM405 (I) |
Inorganic Chemistry |
CHM405 (O) |
Organic Chemistry |
CHM405 (P) |
Physical Chemistry |