Course Outline

• 0002025 Electronic Circuit

  This course introduces the physics of electric and magnetic fields for communication and electronics majors.

• IA02001 Programming Laboratory(1)

  Understand how computers work and develop problem-solving skills by programming.
  This course is designed to provide students with practical experience in solving exercises, programming, error correction, and program analysis in combination with C language theory lectures in the same semester and to cultivate the ability to solve not only problems in the field of science and technology but also problems encountered in real life using computers.

• Engineering Mathematics(1)

  Master the fundamental mathematics of differential equations, Laplace transforms, Fourier series, probability theory, and complex calculus necessary to analyze communication signals and systems.

• Programming Laboratory(2)

  This course teaches students how to organize programs, use tools, and practice Java application development.

• 0002026 Programming(1)

  The C language is the most widely used application-oriented high-level language while also having the ability to provide low-level computer interfaces. In this course, you will understand the grammar and syntax of the C language and develop the ability to write programs using the C language.

• Programming(2)

  Learn modern programming languages' characteristics and coding methodologies, focusing on Java. It covers the traits of object-oriented languages and critical programming techniques such as GUIs, web and applets, threads, error handling, and networks.

• IAB6001 Data Structure

  Learn the material structure that provides the fundamentals of computer programming. First, you'll learn the basics of algorithm design and analysis and the concepts of basic data structures: arrays, records, and pointers.

• IAB6007 Network Theory

  Using the knowledge learned in circuit theory, this course covers the basic concepts, analysis methods, conversion methods, and applications of circuit networks.

• IAB6060 DataBase

  Learn the theory related to file systems and databases, which use computers to store and manage large amounts of data. The overall technology is focused on relational databases, which are the majority of the commercial DBMS market today. Object-oriented databases, distributed databases, and multimedia databases, already emerging as key technologies, are also discussed.

• Electro-Magnetic Field Theory

  Understand the properties of normal-state currents, magnetic flux, and electric flux in conductors and dielectrics. Also, learn about time-varying, magnetic, and electric currents to understand the propagation fundamentals.

• IAB6012 Communication Engineering (1)

  Learn about the analysis of communication signals, interpretation of system output signals, and the theory and characteristics of communication methods.

• IAB6020 Computer Architecture

  As a foundation for digital logic circuits, students learn a computer's five functions, understand its basic structure, study the connections between devices and how they work, and then design a computer.

• IAB6021 Computer Network

  Analyze the functions of the components of a computer network and consider how to organize the network efficiently. Analyze the processes of each layer of an open system and the protocols used by each layer.

• 0002205 Calculus

  Calculus is one of the fundamental disciplines for understanding and describing many natural and engineering phenomena. This course is designed to help students understand the concepts of limits and continuity, which are essential to calculus, so that they can understand and study the concepts of differentiation and integration and their various applications.

• IAB6003 Engineering Mathematics (2)

  Understand the advanced math required to analyze communication signals and systems, including differential equations, Laplace transforms, Fourier series, probability theory, and complex calculus.

• IAB6002 Circuit Theory

  Learn fundamental concepts, analysis, conversion methods, and circuitry applications.

• IAB6004 Electromagnetics

  Analyze the properties of electromagnetic waves by understanding them due to the movement of electrons and charges and by understanding the physical implications of Maxwell's equations.

• IAB6005 Basic Information Laboratory(1)

  Understand the electrical properties of resistors, inductors, and capacitors, design resonant circuits using them, and understand the electrical properties of electronic circuit elements.

• Introduction to Probability

  This course introduces undergraduate students majoring in information technology to the basic concepts and theories of probability and random variables and how they are used in information technology.
  In particular, it covers examples of using probabilistic concepts in communication networks.

• IAB6009 Digital Logic Circuit

  This course covers the analysis and design of digital logic circuits, which are essential to computers' internal structure and are fundamental to communication using computers.

• Basic Information Laboratory(2)

  Understand the electrical properties of resistors, inductors, and capacitors, design resonant circuits using them, and understand the electrical properties of electronic circuit elements.

• IAB6062 Logic Circuit Laboratory

  Understand the operating principles of logic circuits that are essential and fundamental to information and communication engineering in general, and use practical exercises to confirm and analyze what you have learned in theory.

• IAB6064 Database Design

  Learn how to design and build database application systems utilizing a DBMS like Oracle. This project-based course teaches students to use a commercial DBMS, practice SQL/PLSQL programming and DBMS management techniques, and develop and evaluate programs in a team project format. Knowledge of databases, in general, is required.

• IAB6016 Numerical Analysis

  To learn the basic concepts of numerical analysis and its applications in information and communication, students will understand the basic knowledge and check the contents through computer simulation.

• IAB6030 Data Communication

  Understand modulation schemes, multiplexing channel characteristics, communication systems, and data processing and delivery protocols.

• IAB6041 Logic Simulation Laboratory

  Understand the working principle of applied and integrated logic circuits and learn how to use them through practice. In addition, simulated implementations are used to review and identify design flaws and explore improvements.

• IAB6068 Internet Design Laboratory

  This course is about developing client and server applications on the Internet. Students learn how to program with Javascript, JSP, Servlet, etc., and proceed with the system's design, implementation, maintenance, and evaluation in the form of a team-based project. Prior knowledge of the Java language is essential.

• The Theory OF Computer Organization

  Learn a RISC processor's structure and command set and the features of a Pipelined Processor and Superscalar Processor with high-performance processing capabilities.

• Communication Engineering (2)

  This course covers the analysis of communication signals, interpretation of system output signals, and theories and characteristics of communication methods.

• IAB6024 Microwave Engineering

  Learn about the features and applications of transmission lines and waveguides and the devices required for designing transceivers and receivers using ultra-high frequencies.

• IAB6022 Operating System

  This course provides an understanding of the functions and connections of computer components to efficiently utilize computer hardware, including processor management, memory management, input/output device interfaces, and file management techniques.

• IAB6025 Signal and System

  This course covers various signals and systems, such as continuous-time and discrete-time signals, including their representation in the time and frequency domains and conversion methods through theoretical lectures and computer simulations.

• IAB6065 Electronic Circuit

  Using the physical properties of semiconductor devices, this course covers the principles of the diode, BIF, and FET circuits, their equivalent models, amplifiers, and circular circuits, and the performance and design of operational amplifiers and their applications.

• 0002034 IT Software Laboratory

  Understand the functions and characteristics of various information and communication devices and practice connecting to various public networks. Attempts to access distant databases and communicate with other information and communication devices through a LAN.

• 0002035 Information Security System

  This course is an introduction to the principles and computer theory underlying modern cryptography (emphasizing public key cryptography). We will discuss the public key cryptograms of Rivest-Shamir-Adelman, Diffie-Hellman, and others. We will study the main number theory problems in cryptography, including integer factorization and discrete algebra. If time permits, we will present a demonstration of elliptic curve cryptography.

• IAB6036 Image Communication

  Understand compression and restoration techniques for still and animated images. Analyze CCITT recommendations related to video communications by learning encryption and decryption techniques and buffer control techniques for network access.

• IAB6074 XML Data Processing

  XML is a standard for structuring documents and data and has practical applications for almost all data on the Internet, distributed networking, databases, e-commerce, applications, and more. This course covers the various standards and technologies for XML. You'll also learn techniques to understand and utilize several standard libraries that use the JAVA language, as you'll need to be able to manipulate XML documents through programming to make practical use of XML.

• IAB6029 Microprocessor

  Understand the structure and organization of the Intel series of microprocessors, learn about their various command sets, and learn about using microcontrollers to control electronic devices.

• IAB6031 Digital Signal Processing

  This course covers the fundamental concepts of digital signal processing, conversion and processing methods, and applications to the design of digital filters.

• IAB6033 Mobile Communication

  You will learn the problems and theories of common channels in wireless communications and the design requirements and performance of systems considering mobility.

• IAB6085 Advanced Topics in Information and Telecommunication

  This course covers recent significant issues in information and communication engineering and examines future development directions and applications. 정보통신공학 분야 중 최근의 주요 이슈에 관한 내용을 선별하여 학습하며 차후 발전 방향 및 응용에 관한 내용을 고찰한다.

• IAB6086 Distributed Network System

  Understand the distributed network environment and learn about various protocols, creating distributed programs that work with them, and the new distributed environment Web Services. The emphasis is on developing the ability to implement, run, and analyze programs using the Java language, theoretically and in practice.

• IAB6046 Digital Communication

  This course covers error-controlled coding for digital communication methods, analysis of communication methods from the information theory perspective, and bandwidth-through digital transmission methods.

• IAB6079 Image Processing

  This course covers image quality improvement techniques for human understanding and image processing techniques as a pre-processing step for machine recognition. It introduces image representation techniques and pattern recognition techniques for image interpretation.

• IAB6081 Antenna Engineering

  Antennas are an essential part of the wireless links used by modern wireless and cellular systems. It is impossible to design a communication system without knowing the electromagnetic properties of small phone antennas to large reflector antennas that are easily seen around us. Therefore, an electrical and physical understanding of the radiation into propagation space from the transmission line characteristics of the antenna power supply is required. With an understanding of the basic theory, we will approach the design techniques and performance analysis of antennas, as well as the problems of electromagnetic wave coupling and interference.

• Field Education and Practical TrainingⅠ-1, Ⅰ-2 Field Education and Practical TrainingⅡ-1, Ⅱ-2

• Field Education and Practical TrainingⅢ-1, Ⅲ-2

• Field Education and Practical Training IV -1, IV -2