- 교과목 개요: The semiconductor devices are composed of various materials, i.e. metals, semiconductor, dielectrics, polymers in thin film structure, even in a nanometer scale. Therefore, it is required to understand the semiconductor technology, in the view of materials science and nanotechnology. This lecture provides the basic principles of materials used in semiconductor devices.
- 교육 목표: This course covers the basic theories and various properties of thin film such as metals, dielectrics, polymers, and semiconducting materials, which comprise semiconductor devices. In this class, students will understand basic materials science, such as crystal structure, synthesis, and materials properties necessary for present and future semiconductor devices.

- Attendance 10%
- Midterm Exam 45%
- Final Exam 45%

강의 주제별 참고문헌 제공

1. Basics of crystal lattice and synthesis (1st ~2nd week)
- Basics of crystal lattices
- Crystal growth (bulk, thin film)

2. Defects of materials (3rd ~5th week)
- Atomic structure and defects (0D, 1D, 2D)

3. Phase transition of materials (metal, semiconductor, amorphous) (6th ~ 8th week)
- surface and interface
- diffusion and kinetics
- phase change

4. Properties of materials (metals, semiconductors, dielectrics, and etc) (9th~13th week)
- Electrical, thermal, mechanical, thermoelectric, electrochemical, and etc

5. Characterization of Semiconductors (14th~ 15th week)
- Electrical, optical, microscopic, structural, thermal, and etc

6. Recent semiconductors driven by nanotechnology (16th week)

강의교재, 참고문헌을 활용한 PPT 강의(오프라인/온라인)