Course Structure & ECTS Credits
To see the course syllabus, please click the course title given in the table below.


Course List
Code Course Title C/E Lang L+P Hour Credits ECTS
BYE FK1 Scientific Research Tech. And Publication Ethics 3 3 6
BYE FK2 Scientific Research Tech. And Publication Ethics 3 3 6
DFK 201 Special Area Course 5 0 6
DFK 202 Special Area Course 5 0 6
DFK 203 Special Area Course 5 0 6
DFK 204 Special Area Course 5 0 6
DFK 205 Special Area Course 5 0 6
DFK 206 Special Area Course 5 0 6
DFK 207 Special Area Course 5 0 6
DFK 208 Special Area Course 5 0 6
DFKS 101 Seminar 0 0 6
DFKS 102 Seminar 0 0 6
DFKT 301 Thesis Work 0 0 24
DFKT 302 Thesis Work 0 0 24
DFKT 303 Thesis Work 0 0 24
DFKT 304 Thesis Work 0 0 24
DFKT 305 Thesis Work 0 0 24
DFKT 306 Thesis Work 0 0 24
FK 536 Mathematical Methods in Physics II 4 4 6
FK 547 Electromagnetic Theory II 4 4 6
FK 660 Quantum Mechanics II 4 4 6
Total ECTS credits : 234 *

. Semester Course List
Code Course Title Lang L+P Hour Credits ECTS
FK 005 Thermoluminescence and Data Analysis I 4 4 6
FK 006 Thermoluminescence and Data Analysis II 4 4 6
FK 013 Classical Electrodynamics II 3+1 3.5 6
FK 014 Mathematical Methods in Physics II 3+1 3.5 6
FK 016 Quantum Mechanics II 3+1 3.5 6
FK 022 Hydrogen Production Methods 3 3 6
FK 023 Radiology Physics and Radiation Dosimetry I 3 3 5
FK 024 Radiology Physics and Radiation Dosimetry II 3 3 5
FK 526 Nuclear Reactions 4 4 6
FK 530 Practical Applications of Geographics Information System 4 4 6
FK 541 Surface Physics I 3 3 6
FK 543 Nuclear Reactor Physics 4 4 6
FK 556 Current Topics in Solid State Physics II 3 3 6
FK 558 Monte Carlo Techniques in Particle Physics II 4 4 6
FK 561 Advanced Nuclear Physics 4 4 6
FK 566 Solid State Optics 3 3 6
FK 581 Current Topics in Solid State PhysicsI 3 3 6
FK 582 Digital Image Processing Methods II 3 3 6
FK 583 Monte Carlo Techniques in Particle Physics I 3 3 6
FK 586 Numerical Methods in Nuclear Reactor Calculations 4 4 6
FK 594 Monte Carlo Simulation of Semiconductor Devices 3 3 6
FK 604 Remote Sensing Physics II 3 3 6
FK 620 Amorphous Semiconductors 3 3 6
FK 622 Nonlinear Crystals II 3 3 6
FK 625 Nonlinear Crystals I 3 3 6
FK 630 History of Science in physics II 3 3 6
FK 632 Advanced Solid State Physics II 4 4 6
FK 633 History of Science I 3 3 6
FK 635 Advanced Solid State Physics I 4 4 6
FK 636 Fundamentals of Photonics II 3 3 6
FK 639 Fundamentals of Photonics I 2 2 6
FK 646 Electro and AcoustoOptic Devices II 3 3 6
FK 649 Electro and AcoustoOptic Devices I 3 3 6
FK 652 Thin Film Applications 2 2 6
FK 654 Nanostructure and Nanodevices 3 3 6
FK 655 Compound Semiconductors 2 2 6
FK 656 Band Theory and Electronic Properties of Solids II 3 3 6
FK 657 Nanoscale Device Fabrication 3 3 6
FK 658 Numerical Methods in Physics 3 3 6
FK 659 Band Theory and Electronics Properties of Solids I 3 3 6
FK 661 Statistical Mechanics 4 4 6
FK 676 Thin Film Characterization 3 3 6
FK 677 Deposition Methods of Thin Films 3 3 6
FK 688 Object Oriented Programming techniques in High Energy Physics II 3 3 6
FK 689 Object Oriented Programming Techniques in High Energy Physics I 3 3 6
FK 692 Hadron Intrecations at High Enerjies-II 4 4 6
FK 693 Hadron Intrecations at High Enerjies-I 4 4 6
FK 696 Standart Model and Beyond II 4 4 6
FK 697 Standart Model and Beyond I 4 4 6
FK 700 Thermal Energy Storage Systems and Applications 3 3 6
FK 706 Introduction to Image Processing II 3 3 6
FK 707 Introduction to Image Processing I 3 3 6
FK 708 Theoretical Astrophysics II 3 3 6
FK 709 Theoretical Astrophysics I 3 3 6
FK 710 Science Philosophy II 3 3 6
FK 711 Science Philosophy I 3 3 6
FK 720 Thermoluminesans Dosimetry II 3 3 6
FK 721 Thermoluminesans dosimetry I 3 3 6
FK 726 Galvanization Technique II 3 3 6
FK 730 Introduction to Superconductor and its Application II 4 4 6
FK 733 Physical Principal of Magnetizm and Magnetic Properties of Magnetic Materials 4 4 6


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