Major in Semiconductor Convergence

3 2학기 [EPC6055] DIGITAL INTEGRATED CIRCUIT

This course provides the practical expertise required for digital integrated circuits and systems design engineers. In order to nourish the ability to develop digital integrated circuits and systems, lectures and design practices for Register Transfer Level (RTL) hardware description using Verilog Hardware Description Language (HDL), modeling Finite State Machine (FSM) and datapath, and prototyping using a Field Programmable Gate Array (FPGA) will be provided. First, lectures will be provided for building up the theoretical background including the modeling of digital integrated circuits and systems by partitioning them into FSMs and datapaths, and some details of techniques for RTL Verilog HDL description. Also, the students will learn how to install and use the tool chains to describe, verify, and prototype digital systems in lectures. Following that, the students will experience industrial strength design practices through a complete set of step by step labs.
3 2학기 [0005947] Fundamentals of Semiconductor Process Technology

Basic goals in the lecture is to understand semiconductor unit processes (oxidation, diffusion, chemical vapor deposition, photolithograph, etch, ion implantation, metallization, and testing). Furthermore, through this lecture, all the students are supposed to build up the capability to understand the state of art semiconductor technology with working knowledge. If necessary, basic practice of semiconductor process including TCAD simulation will be utilized for in-depth understanding on unit semiconductor process. Finally, students will be requested to submit (or perform) regular reports and one-time presentation regarding the state of art semiconductor technology.
4 1학기 [0011439] Device Design Project

This course is designed to provide foundational and practical knowledge essential for research and development in the semiconductor device and process field. Core content includes techniques for equipment usage, research, and development practices, all of which will be taught by professors specialized in related fields through a team-teaching approach. Students interested in semiconductor device/process research through the RISE course are highly recommended to enroll in this course in advance. This course will equip students with the fundamental knowledge and practical skills needed for research and development in this domain.
4 1학기 [0011440] Circuit Design Project

This course is structured to offer foundational and hands-on expertise necessary for research and development in the analog and digital circuit domains. Core subjects encompass the utilization of CAD tools, research methodologies, and development strategies. Professors with expertise in the pertinent fields will deliver the lectures using a team-teaching approach. Students who have an interest in analog/digital circuit research through the RISE course are strongly advised to take this course in advance. Enrolling in this course will empower students with the essential knowledge and practical capabilities required for research and development in this sector.
4 1학기 [0010903] VLSI Design

Very large-scale integration (VLSI) is the process of creating an integrated circuit (IC) by combining millions or billions of MOS transistors onto a single chip. VLSI began in the 1970s when MOS integrated circuit chips were widely adopted, enabling complex semiconductor and telecommunication technologies to be developed. The microprocessor and memory chips are VLSI devices. This course will focus on VLSI circuit design using transistors and gates.
4 1학기 [0010904] Solid State Physics

This course is desigened to provide the opportunity for students in Electronics Engineering to learn Solid State Physics. Classical and quantum mehcanics expain electrical, optical, magnetic properties of solids including metals and semiconductors. The students will learn crystal structure, lattice vibration, energy bands, electron transport, and magnetism.
4 1학기 [EPC6069] SOLID STATE ELECTRONIC DEVICE

Main teaching topics include CMOS device physics for the development of high speed semiconductor devices for telecomunication and analog and digital integrated circuits. The detailed contents of this class are C-V charateristics of MOS capacitor, I-V charateristics of long and short channel MOSFET, the extraction of SPICE parameters etc.
4 1학기 [EPC6073] DISPLAY ENGINEERING

This course addresses basic structures and image realization method of LCD,PDP,LED,and FED.
4 1학기 [EPC6058] ANALOG INTEGRATED CIRCUITS

This course deals with analog CMOS integrated circuits such as current sources and mirrors, reference circuits, amplifiers, switched capacitor circuits, and data converters. Techniques for analog circuit design, simulation, layout, and verification are taught so that students can experience the whole process of the analog integrated circuit design.
4 1학기 [EPC6027] CONTROL ENGINEERING

Stability of closed-loop control system is analyzed for analysis and design of control system. Mathematical and graphical test method of stability analysis are studied.
4 2학기 [0011441] Semiconductor Data Science

This course introduces processes to build and utilize data related to semiconductor manufacturing. We will study some theories on optimization, defect and yield analysis, and predictive diagnosis in major processes through data analysis models such as regression analysis, clustering, and machine learning. Some programming practices for data refinement, processing, and analysis on real data, for example, artificial intelligence solutions to analysis of wafer defect detection and analysis.
4 2학기 [0010905] Flexible electronic devices

In this course, a new technology trend in electronics, flexible electronics, will be introduced and discussed. The fundamental concept of flexible devices and materials including fabrication process will be introduced, and the applications of flexible electronics to TFTs, Display, Solar cell, and Sensors are also discussed.