Programs: M.Sc

Program Overview

Open to students with bachelors degree in science or engineering . There is a variety of core-courses that emphasize the fundamentals while keeping in mind the evolving nature of subjects. A strong laboratory component allows you explore a range of experiments from classic ones to those that are more recent and advanced. A platter of advanced elective courses offer a glimpse into frontier areas of research and allow for you to choose a topic for the one-year project.

Selection Process

JAM

Structure of the Program

The program consists of 4 semesters . The first two semesters consists of cores courses. The third and fourth semesters are largely elective courses. There is a project component last semester.

Semester 1 Semester 2 Semester 3 Semester 4
S No. Course No. Course Name Credits
1 PH5010 Mathematical Physics I 10
2 PH5030 Classical Mechanics 10
3 PH5100 Quantum Mechanics I 10
4 PH5040 Electronics 9
5 PH5060 Physics Lab. I (PG) 12
S No. Course No. Course Name Credits
1 PH5020 Electromagnetic Theory 10
2 PH5080 Statistical Physics 9
3 PH5170 Quantum Mechanics II 9
4 PH5160 Condensed Matter Physics I 10
5 PH5250 (or) PH5720 Advanced Electronics & Lab (or) Numerical Methods and Programming Lab 12
6 PH5120 Physics Lab. II (PG) 12

S No. Course No. Course Name Credits
1 PH 5410 Atomic and Molecular Physics 10
2 PH5110 (or) PH5050 Optics and Photonics (or) Mathematical Physics II 9
3 PH5210 (or) PH5211 Condensed Matter Physics II (or) High Energy Physics 9
4 DPE1 Elective - I 9
5 PH5270 Physics Lab. III (PG) 11
6 PH5291 (or) DPE4 Project I (or) Elective IV 9

S No. Course No. Course Name Credits
1 DPE2 Elective - II 9
2 DPE3 Elective - III 9
3 PH5230 Seminar 3
4 PH5240 Viva voce 6
5 PH5292 (or) DPE5 & DPE6 Project II (or) Elective V and Elective VI 18

* Project (PH5291*) Grades will be awarded at the end of 4th semester


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