Semiconductor Processing

Grading성적 평가

Relative Grading상대평가 Grade distribution set by university policy.대학교 정책에 따라 성적 분포 결정.

20%Attend.출석

20%HW과제

30%Mid.중간

30%Final기말

20% Attendance출석20% Homework과제30% Midterm중간고사30% Final기말고사

Schedule강의 일정

9/2	▶ Slides	Week주차 1 Introduction Introduction 📖 p. 1-4
9/9	▶ Slides	Week주차 2 Chp 2. Introduction to Theories Chp 3. Early Radio Communication Chp 2. Introduction to Theories Chp 3. Early Radio Communication 📖 p. 1-23
9/16🔴 No Class휴강	No Class Chuseok No Class Chuseok
9/23	▶ Slides	Week주차 3 4 - Electric Circuits 5 - Energy Bands & Diodes 4 - Electric Circuits 5 - Energy Bands & Diodes 📖 p. 25-39
9/30	▶ Slides	Week주차 4 5 - Diodes 6 - Transistors & Integrated Circuits 5 - Diodes 6 - Transistors & Integrated Circuits 📖 p. 41-56
10/7🔴 No Class휴강	7 - Semiconductor Industry 8 - Photonic Devices No Class Hangul Day 7 - Semiconductor Industry 8 - Photonic Devices No Class Hangul Day
10/14	▶ Slides	Week주차 5 8 - Photonic Devices 9 - Light Detection & Photocell 8 - Photonic Devices 9 - Light Detection & Photocell 📖 p. 81-95
10/21📝 Exam시험	Midterm Test [Study Guide] Test Midterm Test [Study Guide] Test
10/28	▶ Slides	Week주차 6 10 - Manufacture of Silicon Wafer 11 - Basic Knowledge of Process 10 - Manufacture of Silicon Wafer 11 - Basic Knowledge of Process 📖 p.
11/4	▶ Slides	Week주차 7 12 - Photolithography 13 - Dielectric Films Growth 12 - Photolithography 13 - Dielectric Films Growth 📖 p.
11/11	▶ Slides	Week주차 8 14 - Etching and RIE System 15 - Dry Etching 14 - Etching and RIE System 15 - Dry Etching 📖 p.
11/18	▶ Slides	Week주차 9 16 - Metal Processes 17 - Doping Processes 16 - Metal Processes 17 - Doping Processes 📖 p.
11/25	▶ Slides	Week주차 10 17 - Doping Processes, II 18 - Process Control Monitor, Packaging, etc. 17 - Doping Processes, II 18 - Process Control Monitor, Packaging, etc. 📖 p.
12/2	▶ Slides	Week주차 11 PCB Design PCB Design 📖 p.	Eagle "First"
12/9	▶ Slides	Week주차 12 PCB Design II PCB Design II 📖 p.	EAGLE Files Shared Folder Link 과제 →
12/16📝 Exam시험	Final Test Study Guide 퀴즈 \| 실기 Final Test Study Guide 퀴즈 \| 실기

Overview과목 소개

Prerequisites선수 과목

No formal prerequisites. Curiosity required. 공식 선수 과목 없음. 호기심 필수.

반도체 소자의 제조 공정(산화, 리소그래피, 식각, 증착, 이온 주입 등)의 이론과 실제를 학습합니다.

This course covers semiconductor fabrication processes — oxidation, lithography, etching, deposition, ion implantation — bridging theory to manufacturing practice.

Textbooks교재

★ Required교재
Semiconductor Microchips and Fabrication: A Practical Guide to Theory and Manufacturing

Lian, Yaguang

Wiley-IEEE Press | 2023년 06월 15일
Buy구매 →

Instructor강사 소개

Aaron Snowberger

Ph.D. · Hanbat National University (2023)

✉ aaronkr.trainer @ gmail.com 💬 KakaoTalk: AaronKr 🌐 aaron.kr 🔬 PAI Lab →🆔 ORCID ⌨ GitHub

Aaron Snowberger earned his Ph.D. in Information and Communications Engineering from Hanbat National University in South Korea in 2023. He also holds degrees in Computer Science and Media Design. He has taught technology courses for over 8 years, English for over 15 years, and has freelanced as a web developer and magazine designer for over 5 years. His current research interests include computer vision, natural language processing, image processing, signal processing, and machine learning.

Aaron Snowberger는 2023년 한국 한밭대학교에서 정보통신공학 박사 학위를 취득했습니다. 그는 또한 컴퓨터 과학 및 미디어 디자인 학위를 취득했습니다. 그는 8년 이상 기술 과정을 가르쳤고, 15년 이상 영어를 가르쳤으며, 5년 이상 웹 개발자 및 잡지 디자이너로 프리랜서로 일했습니다. 현재 연구 관심사는 컴퓨터 비전, 자연어 처리, 영상 처리, 신호 처리, 기계 학습입니다.