M.Sc (Applied Physics)

INTRODUCTION:

The M.Sc. in Applied Physics Track is designed primarily for the student who wants to prepare for a career path which takes advantage of the diverse and expanding opportunities in industrial and government laboratories. The program provides a solid foundation in the concepts of physics, as well as giving the student the experience and understanding of the application of these concepts. M.Sc. Applied Physics is minimum 2 years (4-semesters) Master degree program comprising of 66 Credit Hours in total.

DURATION: 2 YEARS (4 Semesters) Minimum and 4 Year Maximum

 

Total Credit Hours: 66 (minimum)

  • Courses (51 Credit Hours)
  • Laboratory work (9 Credit Hours)
  • Project (6 Credit Hours optional)

Eligibility

B.Sc. or equivalent (With Physics and Mathematics) at least 50% marks.

 

Optional Courses:

The department is offering 18 optional courses to be chosen during the last two semesters of M.Sc, The list is given at the end of the page.

 

YEAR 1 - First Semester

Course Title

Credit Hours

Methods of Mathematical Physics-I

Electromagnetic Theory

Classical Mechanics

Computer Programming

Physical Electronics

3(3+0)

4(3+3)

3(3+0)

4(3+3)

4(3+3)

Total Credits

18

Second Semester

Course Title

Credit Hours

Statistical Mechanics & Thermodynamics

Solid State Physics-I

Quantum Mechanics-I

Digital Electronics

Methods of Mathematical Physics-II

Physics Lab-I

3(3+0)

3(3+0)

3(3+0)

4(3+3)

3(3+0)

1(0+3)

Total Credits

17

YEAR 2 - Third Semester

Course Title

Credit Hours

Atomic and Molecular Physics

Signals and Systems

Quantum Mechanics-II

Solid State Physics-II

Optional Course

Physics Lab-II

3(3+0)

4(3+3)

3(3+0)

3(3+0)

3(3+0)

1(0+3)

Total Credits

17

Fourth Semester

Course Title

Credit Hours

Nuclear Physics

Optional Course

Physics Lab-III

Project / 2 Optional Courses

3(3+0)

3(3+0)

2(0+6)

6(6+0)

Total Credits

14

 

Optional Courses

Cr.Hrs

AP 4321. Applied Optics                                                                       3

AP 4322.    Advanced Methods of Mathematical Physics                             3

AP 4323.    Semiconductor Devices & Circuit Theory                                 3

AP 4324. Methods & Techniques of Experimental Physics                           3

AP 4325. Communication Systems                                                         3

AP 4426. Digital Signal Processing                                                         3

AP 4427.     Control Systems                                                                 3

AP 4428.     Particle Physics                                                                  3

AP 4430      Material Science                                                                 3

AP 4429. Thermal Physics                                                                     3

AP 4431. Microcontroller and Interfacing                                                 3

AP 4432.      Laser Physics and Quantum Optics                                       3

AP 4433. Computational Physics                                                            3

AP 4434. Relativity and Cosmology                                                        3

AP 4435. Group Theory                                                                       3

AP 4436. Plasma Physics                                                                     3

AP 4437. Atomic and Molecular Spectroscopy                                         3

AP 4438.      Digital Communication                                                      3

 

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