Lecture Calendar	주(기간)	강의내용
	1st week	Compound Semiconductor (Ⅰ-1) Introduction & Material Properties
	2nd week	Compound Semiconductor (Ⅰ-2) Introduction & Material Properties
	3rd week	Compound Semiconductor (Ⅰ-3) Introduction & Material Properties
	4th week	Compound Semiconductor (Ⅰ-4) Introduction & Material Properties
	5th week	Compound Semiconductor (Ⅱ-1) Heterostructure Growth
	6th week	Compound Semiconductor (Ⅱ-2) Heterostructure Growth
	7th week	Compound Semiconductor (Ⅱ-3) Heterostructure Growth
	8th week	Compound Semiconductor (Ⅱ-4) Heterostructure Growth
	9th week	Compound Semiconductor (Ⅲ-1) Doping
	10th week	Compound Semiconductor (Ⅲ-2) Schottky
	11th week	Compound Semiconductor (Ⅲ-3) n-type Ohmic Contact
	12th week	Compound Semiconductor (Ⅲ-4) p-type Ohmic Contact
	13th week	Compound Semiconductor (Ⅲ-5) Piezoelectricity
	14th week	Compound Semiconductor (Ⅳ-1) Device - LED
	15th week	Compound Semiconductor (Ⅳ-2) Device - GaN FET

< Homework List >

수업시간에 배운 내용과 관련해서 자신이 관심 있는 주제를 선택해서 이와 관련된 논문을 조사해서 발표한다. 12월 6일과 12월 7일 2일에 걸쳐서 각자 10분간 발표를 하고 질문과 응답의 시간을 가졌다. 아래는 수강생들이 발표한 주제 목록이다.

GaN based Power Devices - 김두현

Inorganic compound semiconductors for flexible electronics - 김진우

Diamond devices doping problem and its solutions - 박상혁

박선길

Optical property of ZnO based light-emitting devices - 박재현

Antimonide Based Resonant Tunneling Diode - 성정민

Study on single-crystal GaN nanotube - 심원보

GaN-Based LEDs (최근 동향 및 효율 개선 기술) - 양승원

Semiconductor Materials for Spintronics - 양홍선

Spin-FET and Spin-LED - 이성원

InGaAsP based Laser diode for DWDM optical transmission - 이재호

High-speed Quantum Dot Laser - 전남철

Improvement of Extraction Efficiency (Photonic Crystal and Grating) - 정재욱

High quality p-type doping methods of ZnO film and their effects on film characteristics - 정진우

Advanced Substrates for GaN HEMT Devices - 조현준