M. Sc. (2-Year)
The two-year M.Sc. programme lays equal emphasis on Organic, Inorganic and Physical Chemistry. The programme lasting four semesters comprises 3 courses each in Organic, Inorganic, Physical and Theoretical Chemistry, 2 laboratory courses each in Organic, Inorganic and Physical Chemistry and elective courses. Some of the unique features of the programme are the core courses in Instrumentation and Computer Applications, Mathematics for Chemists, Materials Chemistry, Biological Chemistry, seminar course, elective courses and project work in the final semester.
Admission
Minimum qualification: B.Sc. with a minimum of 60% marks in the aggregate of Science subjects with Chemistry as one of the subjects, preferably in combination with Physics and Mathematics.
Selection: Based on a written test conducted at various examination centers all over the country. The written test consists of objective type questions. Candidates are expected to have a sound knowledge of B.Sc. level general chemistry and basic mathematics. The paper consists of multiple choice questions and wrong answers carry negative marks.
The two-year M.Sc. programme lays equal emphasis on Organic, Inorganic and Physical Chemistry. The programme lasting four semesters comprises 3 courses each in Organic, Inorganic, Physical and Theoretical Chemistry, 2 laboratory courses each in Organic, Inorganic and Physical Chemistry and elective courses. Some of the unique features of the programme are the core courses in Instrumentation and Computer Applications, Mathematics for Chemists, Materials Chemistry, Biological Chemistry, seminar course, elective courses and project work in the final semester.
Admission
Minimum qualification: B.Sc. with a minimum of 60% marks in the aggregate of Science subjects with Chemistry as one of the subjects, preferably in combination with Physics and Mathematics.
Selection: Based on a written test conducted at various examination centers all over the country. The written test consists of objective type questions. Candidates are expected to have a sound knowledge of B.Sc. level general chemistry and basic mathematics. The paper consists of multiple choice questions and wrong answers carry negative marks.
Course Structure
|
I Semester (20 Credits) |
II Semester (24 Credits) |
| Course No. |
Title |
Credit |
Course No. |
Title |
Credit |
| CY-401 |
Basic concepts and coordination chemistry |
3 | CY-451 | Main group and inner transition elements | 3 |
| CY-402 |
Physical organic chemistry |
3 |
CY-452 | Organic reactions and mechanisms | 3 |
| CY-403 |
Quantum chemistry |
3 |
CY-453 | Molecular spectroscopy | 3 |
| CY-404 |
Inorganic chemistry lab: Quantitative & qualitative analysis |
3 |
CY-454 | Chemical and statistical thermodynamics | 3 |
| CY-405 |
Organic chemistry lab: Techniques |
3 | CY-455 | Biological chemistry | 3 |
|
CY-406 |
Computer programming laboratory |
2 |
CY-456 | Inorganic chemistry lab: Synthesis | 3 |
|
FN-106 |
Symmetry and Mathematics |
3 |
CY-457 | Physical chemistry lab | 3 |
| Any Foundation Course | 3 |
|
III Semester (21 Credits) |
IV Semester (15 Credits) |
| Course No. |
Title |
Credit |
Course No. | Title | Credit |
| CY-501 |
Spectroscopic methods for structure elucidation |
3 | CY-551 | Chemistry of materials | 3 |
| CY-502 |
Advanced organic synthesis |
3 |
CY-552 | Seminar | 3 |
| CY-503 |
Chemical dynamics |
3 |
CY-553 | Project | 3 |
| CY-504 | Chemical binding |
3 |
|
|
|
| CY-505 |
Advanced inorganic chemistry |
3 | CY-571 |
Electives for 6 credits from: |
6 |
| CY-506 |
Organic chemistry lab: Synthesis |
3 |
to |
(See titles in the Syllabus) |
|
|
CY-507 |
Instrumentation and computer applications lab |
3 |
CY-583 |
|
|
NOTE: The above courses are the minimum requirement for the degree. Students are encouraged to take extra electives in all semesters which will earn Extra-credits for them.
Download the full syllabi from here.
Details of Learning Outcomes
- Syllabi in Outcome Based Education (OBE) format.