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Graduate

 

Required Courses

Master Program Ph. D. Program
Courses Credits Courses Credits
Colloquium ( I ) 1 Colloquium ( III ) 1
Thesis 6 Colloquium ( IV ) 1
    Dissertation 12
Selective Courses
Master Program Ph. D. Program
Colloquium ( II )  1 Electrode Kinetics 3
Principles of Electron Microscopy 3 Interfaces in Materials 3
Practical Electron Microscopy 3 Defects in Materials 3
Fundamental of Diffraction 3 Advanced Diffusion in Solids 3
Applied Diffraction 3 Advanced Physical Metallurgy 3
Solid State Physics ( I ) 3 Computer Simulation in Materials Sciecne 3
Solid State Physics ( II ) 3 Fatigue Phenomenon 3
Thermodynamics of Solids 3 Special Topics in Metals and Ceramics 3
Electronchemical Methods and Applications 3 Theory of Dislocation 3
English Technical  Writing 3 Seminar on Corrosion 3
Surface Science Principles and Applications of Fuel Cells 3
Phase Tranfomations 3 Special Topics in Transmission Electron Microscopy 3
Joining Techniques for Materials 3 Statistical Thermodynamics 3
Mechanical Properties of Materials 3 Advanced Semiconductor Devices and Physics 3
Welding Metallurgy 3    
Welding Technology 3    
Advanced Heat Treatments 3    
Manufacturing Process of Light Metals 3    
Ceramics Processing 3    
Solidiffication and Casting 3    
Processing of Nanomaterials 3    
Plasma Processing Technology 3    
Thin Film Science 3    
Fracture Science 3    
Pulsed Plasma Surface Technology 3    
Thick Film Technology 3    
Polymer Physics 3    
Selected Topics on Optoelectronic 3    
Introduction to Liquid Crystals 3    
Biomedical Materials 3    
Materials for High Temperature 3    
Nanostructured Materials 3    
Optical  Fiber Materials 3    
Analysis and Characterization of Materials 3    
Wear 3    
Residual Stress Measurement and Analysis 3    
Oxidation Kinetics 3    
Amorphous Materials 3    
VLSI Processing Technology 3    
Semiconductor Optoelectronic Devices 3    
Solid-State Chemistry 3    
Introduction to Magnetism and Magnetic Recording 3    
Thin-Film and Nano Mechanical Analyses 3    
Optoeletronic Polymers 3    
Thermoelectric Materials 3    
Semiconductor Fabrication Technology 3    
Introduction to Physical Metallurgy 3    
Characterization of Nanomaterials 3    
Introduction to Nano  and Bio-photonics 3    
Introduction to Applied Photovoltatics 3    
Optical Storage Technology 3    
Functional Polymers Materials 3    
Introduction to Nanoscience and Nanotechnology 3    
Optical Thin Film 3    
Polyer Science 3    
Surface Analysis by XPS and AES 3    
Advanced Magnetic Materials 3    
Advanced Thin Film Processing 3    
Special Research 3    
*Master and Phd students may cross-select non-compulsory courses.