Double Major Program

Physics Department views its own program as a well suiting opportunity for the students from other departments who are willing to pursue training in a second major program. Physics has become closely associated one side with technology, on the other side with social sciences which will derive insight from fundamental developments in physics.

The program consists of all courses in the undergraduate curriculum. The equivalency of the courses will be determined by the Department.

Minor Programs

Minor Program in Physics

The aim of the program is to enable the undergraduate students of the other departments to follow new developments in fundamental sciences and technology. At the same time, to help the students from other disciplines who would like to do graduate study in physics by establishing minimum background knowledge in Physics.

1. PHYS 202 (4-0)4 / 8.0 Modern Physics
2. PHYS 210 (4-0)4 / 8.0 Mathematical Methods in Physics II
3. PHYS 300 (3-0)3 / 7.0 Quantum Physics
4. PHYS 331 (4-0)4 / 8.0 Electromagnetic Theory - I
5. PHYS 335 (4-0)4 / 8.0 Classical Mechanics - I
6. PHYS ELECTIVE
7. PHYS ELECTIVE

Minor Program in Solid State Physics

To motivate undergraduate students from departments like Electrical and Electronic Engineering, Metallurgical and Materials Engineering or any other related programs to do interdisciplinary projects, and research by gaining knowledge and practice in solid state physics and microelectronics, and at the same time to enable them to follow new developments in the fundamentals and technologies of these fields.

1. PHYS 202 (4-0)4 / 8.0 Modern Physics
2. PHYS 300 (3-0)3 / 7.0 Quantum Physics
3. PHYS 312 (4-0)4 / 7.0 Elementary Condensed Matter Phys.
4. PHYS 409 (3-0)3 / 7.0 Physics of Condensed Matter I
5. PHYS 439 (3-0)3 / 5.0 Physics of Semiconductor Devices I

Any two of the following courses (6.-7.)

PHYS 410 (3-0)3 / 7.0 Physics of Condensed Matter II
PHYS 411 (2-4)4 / 7.0 Solid State Physics Laboratory I
PHYS 412 (2-4)4 / 7.0 Solid State Physics Laboratory II
PHYS 417 (3-2)4 / 7.0 Prin. of Measurement and Instrument. I
PHYS 418 (3-2)4 / 7.0 Prin. of Measurement and Instrument. II
PHYS 419 (3-2)4 / 7.0 Introduction to Photonics and Optoelectronics I
PHYS 420 (3-2)4 / 7.0 Introduction to Photonics and Optoelectronics II
PHYS 425 (3-0)3 / 6.0 Introduction to Laser Physics
PHYS 426 (3-0)3 / 6.0 Lasers and Their Applications
PHYS 440 (3-0)3 / 5.0 Physics of Semiconductor Devices II
PHYS 445 (2-2)3 / 6.0 Computational Methods in Solid State Physics
PHYS 456 (3-0)3 / 6.0 Introduction to Quantum Technologies
PHYS 471 (3-0)3 / 6.0 Solar Energy I