2nd grade subjects Courses for sophomores include Engineering mathematics, Physical chemistry, Structural properties of materials, Electrical, optical, and magnetic properties of materials, all of which are essentially required core courses to enhance general understanding of materials science and engineering. In addition, Introductory organic chemistry, Introduction to ceramic materials, and Introduction to organic materials are recommended for understanding organo/inorgano displays and semiconductors. Moreover, Numerical analysis for materials is recommended for understanding the properties of materials based on numerical data.

3rd grade subjects Courses for juniors include Thermodynamics of materials and Electronics and semiconductor science & engineering, both of which are essential for understanding behaviors of atoms and electrons. X-ray crystallography, Electronic ceramics, and Semiconductor materials are also recommended as major courses for advanced understanding the core structure of semiconductor devices. In addition, Thin film engineering, Thermal transfer/diffusion and Solid state physics are recommended as major courses for in-depth learning of phase equilibrium and transformation of structural materials.

4th grade subjects Courses for seniors include Semiconductor processing and Electronic material processing, focusing on displays and semiconductors. Optical materials/devices, Electromagnetism, Applications of electronics materials, Display materials/processing, Superconductor materials/applications, and Nanomaterials are also recommended as an major courses. Moreover, senior students mandatorily take Capstone design to work closely with a professor on a research paper by designing experiments and analyzing data, aiming at applying their in-class knowledge to research work in a laboratory.

2nd grade subjects Courses for sophomores include Engineering mathematics, Physical chemistry, Structural properties of materials, Electrical, optical, and magnetic properties of materials, all of which are essentially required core courses to enhance general understanding of materials science and engineering. In addition, Introduction to organic materials and Introduction to ceramic materials are recommended for the understanding each material which frequently employed in energy and environmental area. Moreover, Numerical analysis for materials is recommended for understanding the properties of materials based on numerical data.

3rd grade subjects Courses for juniors include Thermodynamics of materials and Electronics and semiconductor science & engineering, both of which are essential for understanding behaviors of atoms and electrons in materials. X-ray crystallography, Electronic ceramics, Semiconductor materials, and Phase Equilibria are also recommended as major courses for advanced understanding the core structure of energy/environmental materials. In addition, Thin-film engineering, Thermal transfer/diffusion, and Solid state physics are recommended for in-depth learning of materials syntheses (such as crystal growth, synthesis under vacuum) and materials properties (such as thermal diffusion or carrier dynamics) on energy/environmental materials.

4th grade subjects Courses for seniors include Energy-environmental materials and Electronic material processing. These courses support understanding energy/environmental materials related to various topics like manufacturing processes, technical issues, solutions, and applications in actual industries. Moreover, Electromagnetism, Organic materials processing, Nanomaterials, and Applications of electronics materials are also recommended as major courses. Moreover, senior students mandatorily take Capstone design to work closely with a professor on a research paper by designing experiments and analyzing data, aiming at applying their in-class knowledge to research work in a laboratory.

2nd grade subjects Courses for sophomores include Engineering mathematics, Physical chemistry, Structural properties of materials, Electrical, optical, and magnetic properties of materials, all of which are essentially required core courses to enhance general understanding of materials science and engineering. In addition, Organic materials chemistry, Introduction to organic materials, Introduction to biomaterials are recommended for sophomores. Moreover, Numerical analysis for materials is recommended for understanding the properties of materials based on numerical data.

3rd grade subjects Courses for juniors include Thermodynamics of materials and Electronics and semiconductor science & engineering, both of which are essential for understanding behaviors of atoms and electrons. X-ray crystallography, Structure and physical properties of polymers, Synthesis of polymers, and Characterization of polymers are also recommended for advanced learning of the synthesis and analysis of polymers and nanobiomaterials.

4th grade subjects Courses for seniors include Polymer processing and Molecular and biological materials, focusing on applications of nanobiomaterials in organic electronics and biomedical fields. In addition, Nano materials, Magnetic materials, Electronic polymers, and Electronic properties of organic materials are recommended. Moreover, senior students mandatorily take Capstone design to work closely with a professor on a research paper by designing experiments and analyzing data, aiming at applying their in-class knowledge to research work in a laboratory.

2nd grade subjects Courses for sophomores include Engineering mathematics, Physical chemistry, Structural properties of materials, Electrical, optical, and magnetic properties of materials, all of which are essentially required core courses to enhance general understanding of materials science and engineering. In addition, Reaction kinetics and Introduction to ceramic materials are recommended for understanding phase equilibrium and phase transformation of structural materials. Moreover, Numerical analysis for materials is recommended for understanding the properties of materials based on numerical data.

3rd grade subjects Courses for juniors include Thermodynamics of materials and Electronics and semiconductor science & engineering, both of which are essential for understanding behaviors of atoms and electrons. X-ray crystallography, Physical Metallurgy I, Electronic Ceramics, and Mechanical Properties of Materials are also recommended as major courses for advanced understanding the correlation between the crystal structure, microstructure, defects, and physical properties of structural metal/ceramic materials. In addition, Phase Equilibria and Physical Metallurgy II are recommended as major courses for in-depth learning of phase equilibrium and transformation of structural materials.

4th grade subjects Courses for seniors include Ceramic processing, focusing on various types of structural metal/ceramic materials, manufacturing processes, technical issues, problems, solutions, and applications in actual industries. Industry-University cooperative lecture is recommended as an experimental design and seminar subject. Moreover, senior students mandatorily take Capstone design to work closely with a professor on a research paper by designing experiments and analyzing data, aiming at applying their in-class knowledge to research work in a laboratory.