Syllabus of M. Sc. Physics course offered by this University has been desinged following the model curriculum developed as per NEP-2020 and looking at the need of the students to compete with the recent trends in higher education at national and international level.
The started already M. Sc. Physics from the academic year 2023 – 24 as per NEP 2020. The syllabus under CBCS pattern is designed in such a way that after completing it the students develops strong foundation of the fundamental Physics and also elevates their knowledge base to apply these foundations to the applied and advanced electives, specializations of their own choices. The course also helps the students in enhancing their analytical skill through the embedded component of the problem-solving skills, seminar activities and hands-on and minds-in activities of the course.
Structure and assessment scheme of M Sc Physics course:
Credit Framework for Two Year PG Program
Subject: Physics
Year & Level 1 |
Sem.
2 |
Major Subject |
RM 5 |
OJT / FP 6 |
Research Project 7 |
Practicals 8 |
Credits 9 |
Total Credits 10 |
|||||||||
(DSC) 3 |
(DSE)4 |
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1
|
1 |
SPHYC401 (4 Cr) (Mathematical Methods in Physics) SPHYC402 (4 Cr) (Classical Mechanics) SPHYC403 (4 Cr) (Numerical Techniques) |
SPHYE401 (3 Cr) Electronic Devices OR Energy Management |
SVECR 401 Research Methodology (3 Cr) |
-- |
-- |
SPHYP401 (1Cr) (Electronic Lab) SPHYP402 (1Cr) (General Phy. Lab) SPHYP403 (1Cr) (Num. Tech. lab) SPHYP404 (1Cr) (C-prog. lab) |
22
|
44
|
||||||||
2 |
SPHYC451 (4 Cr) (Quantum Mechanics) SPHYC452 (4 Cr) (Statistical Mechanics) SPHYC453 (4 Cr) (Condensed Matter Physics-I) |
SPHYE451 (3 Cr) Atomic Molecular Physics OR Computational Physics |
--- |
SPHYOJ 451 (3 Cr) |
-- |
SPHYP451 (1Cr) (Spectro Lab) SPHYP452 (1Cr) (Sol. Stat. Phy. Lab) SPHYP453 (1Cr) (Semicond. Phy. Lab) SPHYP454 (1Cr)(Nuclear Phy. Lab) |
22
|
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Exit option: Exit Option with PG Diploma (after 2024-25) |
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|
3 |
SPHYC501 (4 Cr) (Electrodynamics) SPHYC502 (4 Cr) (Nuclear and Particle Physics) SPHYC503 (4 Cr) (Electronics-I) OR (Fiber Opt. & Lasers-I) |
SPHYE501 (4 Cr) (From same Department / School) Astrophysics-I OR Materials Science-I OR Nano Physics
|
-- |
|
Research Project SPHYR551 (4Cr) |
SPHYP501 (1 Cr) (Lab-I)
SPHYE502 (1 Cr) (Lab-II)
|
22 |
|||||||||
4 |
SPHYC551 (4 Cr) (Energy Studies) SPHYC552 (4 Cr) (Electronics-II) OR (Fiber Opt. & Lasers-II)
|
SPHYE551 (4 Cr) (From same Department / School) Astrophysics-II OR Material Science-II OR Electronics Instrumentation |
SVECP 551 Publication Ethics (2 Cr)
|
|
Research Project SPHYR552 (6 Cr) |
SPHYP551 (1 Cr) (Lab-III)
SPHYE552 (1 Cr) (Lab-IV)
|
22 |
||||||||||
Total Credits |
44 |
14 |
05 |
03 |
10 |
12 |
88 |
M.Sc. First Year Semester I (Level 6.0 )
Teaching Scheme
[20% Continuous Assessment (CA) and 80% End Semester Assessment (ESA)]
|
Course Code |
Course Name |
Credits Assigned |
Teaching Scheme (Hrs/ week) |
|||
Theory |
Practical |
Total |
Theory |
Practical |
|||
Major |
SPHYC401 |
Mathematical Methods in Physics |
04 |
-- |
04 |
04 |
-- |
SPHYC402 |
Classical Mechanics |
04 |
-- |
04 |
04 |
-- |
|
SPHYC403 |
Numerical Techniques |
04 |
-- |
04 |
04 |
-- |
|
Elective (DSE) |
SPHYE401 |
Electronic Devices OR Energy Management |
03 |
-- |
03 |
03 |
-- |
Research Methodology |
SVECR401 |
Research Methodology |
03 |
-- |
03 |
03 |
-- |
DSC /DSE Practical |
SPHYP401 |
Electronics Lab |
-- |
01 |
01 |
-- |
02 |
SPHYP402 |
General Physics Lab |
-- |
01 |
01 |
|
02 |
|
SPHYP403 |
Numerical Techniques Lab |
-- |
01 |
01 |
-- |
02 |
|
|
SPHYP404 |
C-Programming Lab |
-- |
01 |
01 |
-- |
02 |
Total Credits |
18 |
04 |
22 |
18 |
08 |
M.Sc. First Year Semester II (Level 6.0 )
Teaching Scheme
|
Course Code |
Course Name |
Credits Assigned |
Teaching Scheme (Hrs/ week) |
|||
Theory |
Practical |
Total |
Theory |
Practical |
|||
Major |
SPHYC451 |
Quantum Mechanics |
04 |
-- |
04 |
04 |
-- |
SPHYC452 |
Statistical Mechanics |
04 |
-- |
04 |
04 |
-- |
|
SPHYC453 |
Condensed Matter Physics-I |
04 |
-- |
04 |
04 |
-- |
|
Elective (DSE) |
SPHYE451 |
Atomic Molecular Physics OR Computational Physics |
03 |
-- |
03 |
03 |
-- |
On Job Training |
SPHYO451 |
ON Job Training |
-- |
03 |
03 |
-- |
06 |
DSC / DSE Practical |
SPHYP451 |
Spectroscopy Lab |
-- |
01 |
01 |
-- |
02 |
SPHYP452 |
Solid State Physics Lab |
-- |
01 |
01 |
-- |
02 |
|
SPHYP453 |
Semiconductor Physics Lab |
-- |
01 |
01 |
-- |
02 |
|
SPHYP454 |
Nuclear Physics Lab |
-- |
01 |
01 |
-- |
02 |
|
Total Credits |
15 |
07 |
22 |
15 |
14 |
M.Sc. First Year Semester III (Level 7.0 )
Teaching Scheme
|
Course Code |
Course Name |
Credits Assigned |
Teaching Scheme (Hrs/ week) |
|||
Theory |
Practical |
Total |
Theory |
Practical |
|||
Major |
SPHYC501 |
Electrodynamics |
04 |
-- |
04 |
04 |
-- |
SPHYC502 |
Nuclear and Particle Physics |
04 |
-- |
04 |
04 |
-- |
|
SPHYC503 |
Electronics-I OR Fiber Optics and Laser-I |
04 |
-- |
04 |
04 |
-- |
|
Elective (DSE) |
SPHYE501 |
Astrophysics-I OR Material Science-I OR Nano Physics |
04 |
-- |
04 |
04 |
-- |
Research Project |
SPHYR551 |
Research Project |
-- |
04 |
04 |
-- |
04 |
DSC / DSE Practical |
SPHYP501 |
Lab-I (Major) |
-- |
01 |
01 |
-- |
02 |
SPHYP502 |
Lab-II (Elective) |
-- |
01 |
01 |
-- |
02 |
|
Total Credits |
16 |
06 |
22 |
16 |
08 |
M.Sc. First Year Semester IV (Level 7.0 )
Teaching Scheme
|
Course Code |
Course Name |
Credits Assigned |
Teaching Scheme (Hrs/ week) |
|||
Theory |
Practical |
Total |
Theory |
Practical |
|||
Major |
SPHYC551 |
Energy Studies |
04 |
-- |
04 |
04 |
-- |
SPHYC552 |
Electronics-II OR Fiber Optics and Laser-II |
04 |
-- |
04 |
04 |
-- |
|
Elective (DSE) |
SPHYE551 |
Astrophysics-II OR Material Science-II OR Electronics Instrumentation |
04 |
-- |
04 |
04 |
-- |
Publications Ethics |
SVECP551 |
Publication Ethics |
02 |
-- |
02 |
02 |
-- |
Research Project |
SPHYR552 |
Research Project |
-- |
06 |
06 |
-- |
06 |
DSC / DSE Practical |
SPHYP551 |
Lab-III (Major) |
-- |
01 |
01 |
-- |
02 |
SPHYP552 |
Lab-IV (Elective) |
-- |
01 |
01 |
-- |
02 |
|
Total Credits |
14 |
08 |
22 |
14 |
10 |