Degree: M.Sc. in Astronomy, Cosmology and Gravity

Course Title

Credit

Quantum Mechanics 1*

3

Quantum Mechanics 2*

3

Electrodynamics 1*

3

Electrodynamics 2*

3

Statistical Mechanics 1*

3

Astrophysics 1*

3

Classical Mechanics *

3

Computational Physics*

3

Astrophysics 2

3

Gravity 1

3

Gravity 2

3

Cosmology

3

Stellar Evolution

3

The Formation and Evolution of the Galaxies

3

Computational Astronomy

3

Observational Astronomy

3

Special Topics

3

*Mandatory courses
Completion of 10 courses from the above list, in addition to Seminar, Academic English, and Thesis, is required for graduation.

Degree: PhD. in Astronomy, Cosmology and Gravity

Course Title

Credit

Astrophysics 1*

3

Astrophysics 2*

3

Stellar Evolution

3

The Formation and Evolution of the Galaxies

3

Gravity 1

3

Gravity 2

3

Computational Astronomy

3

Observational Astronomy

3

Special Topics such as (Galactic astrophysics, Black Hole Physics, Dynamics of Stellar Systems, etc.)

3

*Mandatory courses
Completion of 6 courses from the above list, in addition to Seminar and Thesis, is required for graduation

Degree: M.Sc. in Condensed matter (Complex Systems)

Course Title

Credit

Quantum Mechanics 1*

3

Quantum Mechanics 2*

3

Electrodynamics 1*

3

Electrodynamics 2*

3

Statistical Mechanics 1*

3

Statistical Mechanics 2*

3

Computational Physics*

3

Advanced Classical Dynamics*

3

Complex Systems

3

Complex Networks

3

Dynamical Systems

3

Physics of Critical Phenomena

3

Stochastic Processes

3

Neural Signal Processing

3

Basic Neuroscience 1

3

Basic Neuroscience 2

3

Theoretical Neuroscience 1

3

Theoretical Neuroscience 2

3

Information Theory

3

Statistical Mechanics 3

3

Machine Learning Applications in Physics

3

Special Topics (Econophysics)

3

*Mandatory courses
Completion of 11 courses from the above list, in addition to Seminar, Academic English, and Thesis, is required for graduation

Degree: PhD. in Condensed matter (Complex Systems)

Course Title

Credit

Complex Systems

3

Dynamical Systems

3

Statistical Mechanics 3

3

Computational Complex systems

3

Physics of Critical Phenomena

3

Stochastic Processes

3

Basic Neuroscience 1

3

Information Theory

3

Complex Networks

3

Neural Signal Processing

3

Theoretical Neuroscience 1

3

Basic Neuroscience 2

3

Theoretical Neuroscience 2

3

*Mandatory courses
Completion of 6 courses from the above list, in addition to Seminar and Thesis, is required for graduation

Degree: M.Sc. in Condensed matter (Complex Systems)

Course Title

Credit

Quantum Mechanics 1*

3

Quantum Mechanics 2*

3

Electrodynamics 1*

3

Electrodynamics 2*

3

Statistical Mechanics 1*

3

Statistical Mechanics 2*

3

Computational Physics*

3

Advanced Classical Dynamics*

3

Condensed Matter Physics 1

3

Physics of Soft Matter 1

3

Condensed Matter Physics 2

3

Physics of Soft Matter 2

3

Fluid Mechanics

3

The Physics of Critical Phenomena

3

Physics of Wetting and Elasticity

3

Magnetic Properties of Solids

3

Semiconductor Physics and Technology

3

Superconductivity

3

Nanophysics

3

Classical Mechanics

3

Statistical Mechanics 3

3

Computational Methods in Condensed Matter Physics

3

Physics of polymers

3

Biophysics

3

Physics of colloids

3

*Mandatory courses
Completion of 10 courses from the above list, in addition to Seminar, Academic English, and Thesis, is required for graduation

Degree: PhD. in Condensed Matter (Quantum Matter)

Course Title

Credit

Condensed Matter Physics 2* (If not completed during the master’s program)

3

Statistical Mechanics 3*

3

Advanced Condensed Matter Physics*

3

Many-Body Physics 1

3

Many-Body Physics 2

3

Magnetic Properties of Materials 1

3

Magnetic Properties of Materials 2

3

Superconductivity

3

Nanophysics

3

Strongly Correlated Electron Systems

3

Semiconductors Physics and Technology

3

Computational Methods in Condensed Matter Physics

3

Special Topics in New Materials: Graphene and Topological Insulators

3

Special Topics: Spintronics

3

Special Topics: Bose Einstein Condensate

3

*Mandatory courses
Completion of 6 courses from the above list, in addition to Seminar and Thesis, is required for graduation

Degree: PhD. in Condensed Matter (Soft Matter and Biological Physics)

Course Title

Credit

Fluid Mechanics 1*

3

Statistical Mechanics 3*

3

Physics of Soft Matter 1*

3

Fluid Mechanics 2

3

Physics of Soft Matter 2

3

Physics of Polymers

3

Physics of Wetting and Elasticity

3

Special Topics

3

*Mandatory courses
Completion of 6 courses from the above list, in addition to Seminar and Thesis, is required for graduation

Degree: M.Sc. in Optics and Laser

Course Title

Credit

Quantum Mechanics 1*

3

Quantum Mechanics 2*

3

Electrodynamics 1*

3

Electrodynamics 2*

3

Statistical Mechanics 1*

3

Advanced Optics and Photonics 1*

3

Advanced Optics and Photonics 2*

3

Advanced Optics and Photonics Laboratory 1*

2 (Practical)

Advanced Optics and Photonics Laboratory 2*

2 (Practical)

Advanced Optics and Photonics 3

3

Computational Methods in Optics

3

Fourier Optics

3

Nonlinear Optics 1

3

Nonlinear Optics 2

3

Advanced Laser Physics

3

Quantum Optics 1

3

Quantum Optics 2

3

Laser Spectroscopy 1

3

Laser Spectroscopy 2

3

Interferometry

3

Ultrafast Optics

3

Physics and Technology of Ultrashort Laser Pulses

3

Quantum Electronics

3

Adaptive Optics

3

Quantum Information 1

3

Quantum Information 2

3

Remote Sensing 1

3

Holography

3

Biophotonics

3

Nanooptics

3

Optical Microscopy

3

Fundamentals of Optical Designing 1

3

Fundamentals of Optical Designing 2

3

Optical Communication Systems

3

Optical Fiber Sensors

3

Integrated Optical Circuits

3

Diffraction and Structured Light

3

Detection of Optical Signals

3

Three-dimensional Optical Imaging

3

Microfabrication of Optical Devices

3

Special Topics

3

*Mandatory courses
Completion of 11 courses from the above list, in addition to Seminar, Academic English, and Thesis, is required for graduation.

Degree: PhD. in Optics and Laser

Course Title

Credit

Advanced Optics and Photonics 3*

3

Computational Methods in Optics

3

Fourier Optics

3

Nonlinear Optics 1

3

Nonlinear Optics 2

3

Advanced Laser Physics

3

Quantum Optics 1

3

Quantum Optics 2

3

Laser Spectroscopy 1

3

Laser Spectroscopy 2

3

Ultrafast Optics

3

Physics and Technology of Ultrashort Laser Pulses

3

Quantum Electronics

3

Interferometry

3

Quantum Information 1

3

Quantum Information 2

3

Remote Sensing 1

3

Holography

3

Biophotonics

3

Fiber Optics

3

Moire Technique

3

Adaptive Optics

3

Nanooptics

3

Optical Microscopy

3

Fundamentals of Optical Designing 1

3

Fundamentals of Optical Designing 2

3

Optical Communication Systems

3

Optical Fiber Sensors

3

Integrated Optical Circuits

3

Diffraction and Structured Light

3

Detection of Optical Signals

3

Three-dimensional Optical Imaging

3

Microfabrication of Optical Devices

3

Special Topics 1

3

Special Topics 2

3

*Mandatory courses
Completion of 6 courses from the above list, in addition to Seminar and Thesis, is required for graduation

Degree: M.Sc. in Photonics

Course Title

Credit

Quantum Mechanics 1*

3

Quantum Mechanics 2*

3

Electromagnetic Foundations of Light 1*

3

Electromagnetic Foundations of Light 2*

3

Advanced Optics and Photonics 1*

3

Advanced Optics and Photonics 2*

3

Advanced Optics and Photonics 3*

3

Advanced Optics and Photonics Laboratory 1*

2 (Practical)

Advanced Optics and Photonics Laboratory 2*

2 (Practical)

Computational Methods in Optics

3

Fourier Optics

3

Nonlinear Optics 1

3

Nonlinear Optics 2

3

Advanced Laser Physics

3

Quantum Optics 1

3

Quantum Optics 2

3

Quantum Optics 1

3

Quantum Optics 2

3

Interferometry

3

Ultrafast Optics

3

Physics and Technology of Ultrashort Laser Pulses

3

Quantum Electronics

3

Fiber Optics

3

Moire Technique

3

Quantum Information 1

3

Quantum Information 2

3

Remote Sensing 1

3

Holography

3

Biophotonics

3

Nanooptics

3

Optical Microscopy

3

Fundamentals of Optical Designing 1

3

Fundamentals of Optical Designing 2

3

Optical Communication Systems

3

Optical Fiber Sensors

3

Integrated Optical Circuits

3

Diffraction and Structured Light

3

Detection of Optical Signals

3

Three-dimensional Optical Imaging

3

Microfabrication of Optical Devices

3

Special Topics

3

*Mandatory courses
Completion of 11 courses from the above list, in addition to Seminar, Academic English, and Thesis, is required for graduation.