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Department of Semiconductor Systems Engineering
Cultivating creative personnel that can contribute to the semiconductor industry and the development of the advanced semiconductor technology.
Introduction
The department of Semiconductor Systems Engineering aims to cultivate practical talents who lead the semiconductor industry by in-depth training on core and advanced technologies of semiconductors including semiconductor process, semiconductor device, and semiconductor design. The department also provides special programs and infra to cultivate professional talent for leading advanced and new semiconductor technologies.
컨텐츠 이미지
Educational Goals
Cultivation of human resources with the ability to confront challenges in the semiconductor field through creative thinking.
Cultivation of human resources with the ability to learn and develop at all times to meet the rapidly changing needs of industrial sites.
Training global talent with collaborative and communication skills to collaborate with various technology fields.
Training of future talents with an eye to respond and lead semiconductor future technologies.
Subject Tree
| Fields | Basic classes | Advanced classes | Application Classes |
|---|---|---|---|
| System Semiconductor (System on Chip, SoC) Design | Electrical Circuits Digital Logic Design Computer Architecture Signals and Systems Circuit Theory and Lab |
Digital Signal Processing System Software Introduction of Machine learning Neural Network Architecture Hardware Description Language |
반도체CAD실험 신호처리응용 시스템반도체설계 |
| Integrated Device Manufacturer (IDM), Foundry, and Outsourced Semiconductor Assembly and Test (OSAT) | Introduction to Semiconductor Electrical Circuits Digital Logic Design Semiconductor Material Engineering |
Electronic Circuit 1,2 Circuit Theory and Lab Microelectronics Thin film Engineering Digital Signal Processing Semiconductor Device Engineering Principles of Semiconductor Process |
반도체CAD실험 신호처리응용 반도체소자응용 반도체재료분석 마이크로패키징 반도체소자제작및실습 디스플레이공학 차세대메모리소자 |
| Semiconductor Equipment | Introduction to Semiconductor Electrical Circuits Digital Logic Design Semiconductor Material Engineering |
Circuit Theory and Lab Introduction of Machine learning Signals and Systems Thin film Engineering Semiconductor Device Engineering |
반도체CAD실험 반도체소자응용 반도체재료분석 마이크로패키징 반도체소자제작및실습 디스플레이공학 |
| Semiconductor Material | Introduction to Semiconductor Semiconductor Material Engineering |
Electronic Circuit 1,2 Microelectronics Thin film Engineering Principles of Semiconductor Process Semiconductor Device Engineering Synthesis and Applications of Nanomaterial |
반도체소자응용 반도체재료분석 반도체소자제작및실습 고급소자물리 디스플레이공학 |
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