Course Map
One : Undergraduate Curriculum(★ course in English)
| Core Courses | ||
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General Physics /Laboratory (I)(II)
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General Chemistry /Laboratory (I)(II)
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Calculus (I)(II)
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Introduction to Engineering
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Material Science and Engineering (I)(II)★
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Engineering Mathematics (I)(II)
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Thermodynamics of Material (I)(II)
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Introduction of Crystal Structure and Diffraction Theories
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The Forum of Materials Science and Technology
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Laboratories of Materials (I)/(II)
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Mechanical Properties★
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Diffusion and Phase Transformation |
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The Physical Properties of Materials
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Two required from five selective courses(enroll before 2015)、Three required from five selective courses(enroll after 2016)
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Metallic Materials
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Polymer Materials
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Biomedical Materials
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Electronic Materials
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Ceramic Materials
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| Specialized courses | ||
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Physical Metallurgy(I)(II)
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Manufacturing Engineering and Technology (I)(II) |
Introduction to Solid State Physics
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| Mechanics of Materials |
Organic Chemistry
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Electromagnetism
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Thin Film Engineering / Laboratories of Thin Films
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Principles of Electrical Engineering | Inorganic Materials |
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Introduction of Organic Optoelectronic Materials
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Materials Design and Selection
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Electronics
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Engineering Ethics
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Solid State Electron Devices
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Introduction of OLED |
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The Lectures on Industrial Mentor Program
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Introduction to Quantum Physics
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Modern Physics★ |
Two : Graduate Curriculum(★ course in English)
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Core Courses
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1. Thermodynamics of Soled State★
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2. Kinetic Process of Materials★
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3. Transmission Electron Microscopy★
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4. X-Ray Crystallography★
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★3 and 4 are selective (Choose
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Selective Courses
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Special Topics on Steel
and Non-ferrous Alloys Processing
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Electrochemistry and its applications★
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Advanced Technologies of Semiconductor |
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Principle and Application of Magnetic Recording
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Synthesis of carbon materials and their application
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Tissue Engineering & Regenerative Medicine
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Scanning Probe Microscopy and its Applications
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Technique and Analysis for Scanning Electron Microscopy
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Failure analysis of Materials
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Scanning Probe Microscopy and lithography
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Thin Film Physics and Technologies | Nano Materials and Technology |
| Microanalysis in Electron Microscopy | Physical Metallurgy | Introduction to Bio-inspired and Bio-mimetic Materials |
| Ceramic Processing | Energy Materials | Plasma Processing |
| Polymer Electronics | Photovoltaic Device and Technology | Carbon Nanotubes |
| Semiconductor Material and Device Characterization | Physics of Organic optoelectronic semiconductors | Introduction to Metamaterials and Plasmonics★ |
| Semiconductor Processing | Contemporary issues of semiconductor | Applied Electromagnetic Field Theory |
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The magnetic thin film :
film growth, charaterization and simulation
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Nanometer Scale Charaterization Techniques
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Photonic Materials
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