교과목해설

This course introduces a basic concept of creativity convergence engineering, and provides short courses for nuclear and energy system engineering, mechanical system engineering, safety engineering, and electronics, information and communication engineering.

As introductory understanding to design circuit and communication system, electric theory, printed circuit board, basic electric and electronic devices, circuit and system, its applications, and etc. will be lectured. The soldering and experiments for basic digital circuit will be practiced on bread board. The basic capabilities to understand system operation with circuit diagram, and to design a simple communication system will be trained.

This course provides an integrated introduction to electrical and electronics engineering, The goal is to learn to appreciate and use the fundamental design principles of electrical circuit for the power plant and distribution plant.

This course provides a computer programming language, fundamentals of engineering programming, basic numerical methods for modeling physical phenomena/engineering problems and numerically analyzing by using computers.

The goal of this subject are to build an understanding of concepts and ideas explicitly in terms of previous learning, and to emphasize the relationship between conceptual understanding and problem-solving approaches. And this subject offers lab sessions to perform experiments as well as to carry out observations and discussions.

This course covers Java programming language for studying basic concept and programming technique of Object-oriented programming (OOP), which is a programming paradigm using "objects" – data structures consisting of data fields and methods together with their interactions – to design applications and computer programs.

This course covers digital logic circuit design and implementation for understanding computer system and its operation principle. Mainly, this class deals with design and implementation of combination logic circuits such as gate, encoder, decoder, multiplexer, adder, subtracter as well as sequential logic circuits including flip/flops, registers, counters, etc.

Using computer programming language, advanced problem solving skill for algorithms and various applications of information and communication engineering will be trained to improve the programming capabilities for software development.

This course aims to provide students with good opportunities to think over what they will do and what kind of jobs they will pursue after graduation by properly introducing various promising carriers and specific ways to achieve them. Especially, this course work, in conjunction with a freshman course "University life and future carriers", encourages students to give priority to their future jobs appropriate to their majors in University as well as their attitude and ability.

This course builds up the capability to analyze both characteristics and basic concepts related to signals, systems, and signal processing etc. And, this course covers the analysis of time domain and frequency domain in both continuous and discrete signals, Fourier series, Fourier transform, differential equations, Laplace transform, discrete Fourier transform(DFT), and z transform, etc.

A data structure is a particular way of storing and organizing data in a computer so that it can be used efficiently. This course covers different kinds of data structures such as an array, a queue, a stack, a tree etc. that are suited to different kinds of applications, and some are highly specialized to specific tasks. Basic understanding on data structures and those implementation using C langage will be covered.

This subject centers around the characteristics of semiconductor devices including Diode, BJT, and FET transistors as well as the basics of analysis and design of electronic circuits consisting of semiconductor devices. This subject deals with the low- and high-frequency characteristics of BJT and CMOS transistors, DC and small-signal analysis of basic amplifiers, their frequency responses, etc. This subject also offers lab sessions to perform experiments as well as to carry out observations and discussions.

This course aims to train students to understand basic operation and application of microprocessor. Basic topics including I/O operation, interrupt, serial communication, interfacing with peripheral device will be addressed for system design by using 8bit microprocessor experiment kit. Appropriate knowledge, practice and project will be given in this course for helping students understand the microprocessor application.

This course covers the analysis of signals and systems, power spectral density, correlation function, amplitude modem. angle modem, FM receiver principle, and analog modem circuits, etc.

In this lecture, the lower layer protocols and algorithms of physical layer, data link layer and network layer based on the protocol structure of a communication system will be understood. The concept of data communication through transmission links, and the network technologies of WAN, LAN, public network, and private network, will be lectured.

This course deals with computer architecture as well as computer organization and design, which covers the basic knowledge necessary to understand the hardware operation and memory device of digital computers. As well computer control signal processing, micro-programming and high performance computer architecture are also introduced. Logic Circuit Design & Laboratory is highly recommended as a course to previously be taken.

Based on the mobile communication utilizing a variety of mobile platforms, the rapid adoption of mobile platforms and applications for technology development have increased. This course based technology for mobile communications mobile platforms and mobile platforms for application development are studied . Also team-project will be assigned to improve an ability for programming.

This course covers the theoretical principle of digital communication system, the mathematical modeling of communication system, digital signalling schemes, communication circuit, digital modem systems, spread spectrum, and mobile and wireless communications.

This course covers the theoretical principle of digital communication system, the mathematical modeling of communication system, digital signalling schemes, communication circuit, digital modem systems, spread spectrum, and mobile and wireless communications.

Networks are constructed from many building-block pieces, and while it is necessary to be able to abstract away uninteresting elements when solving a particular problem, it is essential to understand how all the pieces fit together to form a functioning network. We therefore spend considerable time explaining the overall end-to-end behavior of networks, not just the individual components, so that it is possible to understand how a complete network operates, all the way from the application to the hardware. TopicscoveredincludeIP,ARP,TCP,UDP, ICMP, IGMP, etc. We will especially concentrate on network and transport layer protocols of TCP/IP and will put some time to practicing simulation S/W.

Networks are constructed from many building-block pieces, and while it is necessary to be able to abstract away uninteresting elements when solving a particular problem, it is essential to understand how all the pieces fit together to form a functioning network. We therefore spend considerable time explaining the overall end-to-end behavior of networks, not just the individual components, so that it is possible to understand how a complete network operates, all the way from the application to the hardware. TopicscoveredincludeIP,ARP,TCP,UDP, ICMP, IGMP, etc. We will especially concentrate on network and transport layer protocols of TCP/IP and will put some time to practicing simulation S/W.

The course treats a number of programming facilities for the development of network application programs. Attention is paid to designing and implementing applications with threads and sockets. TCP based connection oriented networking and UDP based connection-less networking implementation are mainly covered in this course. As well, lots of practical applications dealing with current key issues are introduced.

The course treats a number of programming facilities for the development of network application programs. Attention is paid to designing and implementing applications with threads and sockets. TCP based connection oriented networking and UDP based connection-less networking implementation are mainly covered in this course. As well, lots of practical applications dealing with current key issues are introduced.

The VHSIC Hardware Description Language(VHDL) is a standardized high level programming language for describing digital electronic systems. It is used to design a hardware of a digital system by describing its behaviour and useful for management of designs data such as hardware design, documentation of design, exchange and reuse of design knowledge, and etc. In this lecture, technologies of programmable logic devices, VHDL grammar, digital circuit and system design, and practice are experienced to improve the capability of integrated digital circuit design and practice.

The VHSIC Hardware Description Language(VHDL) is a standardized high level programming language for describing digital electronic systems. It is used to design a hardware of a digital system by describing its behaviour and useful for management of designs data such as hardware design, documentation of design, exchange and reuse of design knowledge, and etc. In this lecture, technologies of programmable logic devices, VHDL grammar, digital circuit and system design, and practice are experienced to improve the capability of integrated digital circuit design and practice.

This course is intended to give students the theory and architecture of database system to design, implement and operate. SQL language database programming, database model types, design tool development methodology, and distributed database will be discussed in lecture.

This course is intended to give students a various development techniques on how to produce high reliable software with minimal cost along with all processes of scheduling, requirement analysis, design, implementation, and operation and maintenance.

This class provides an opportunity for training and enhancing practical skills of electronics, information and communication engineering needed in a real field of companies and factories. Students can participate in implementing real application systems and have a chance to experience practical issues related with applying knowledge learnt in the University to practical problems.

In this course, balanced coverage of both theory and practical applications is provided. Basic principle and concept of digital signal processing are mainly treated as well as general well-known operations such as convolution and transformations. LTI system and several techniques about time domain analysis and frequency domain analysis are covered together with digital filters such as FIR and IIR filters.

This course covers the various topics such as the theoretical principle of digital communication system, the mathematical modeling of communication system, digital signalling schemes, communication circuit, digital modem systems, spread spectrum, and mobile and wireless communications by performing the team experiments.

The terminology of IoT(Internet of Things) was derived from the needs of convergence between ICT(Information & Communication Technology) and the other industries. The IoT means the infra network structure for the next generation broadcasting communication which is based on machine to machine communications as well as man to machine communications. For practical IoT devices, basically things possess the communication function with intelligence, and then they can sense data, transfer information, make decision, and control actuators. In this lecture, students can be understood and experience all communication technologies concerning with IoT, in-service training through applications.

This course introduces the basics of internetworking and computer network routing. Students will develop an understanding of the general principles of routing as implemented in sample networks in the simulation software. Specific attention will be given to the principles of network addressing, routing and routing protocols.

This course aims to train students to have ability of developing their own embedded system. Various topics including bootloader, embedded linux porting, device driver, application programming, socket programming and windows programming will be addressed by using an experiment kit. Team-project will be given in this course to improve an ability for embedded system design.

This course aims to introduce general concerns and techniques of information security and provides introductory knowledge for security-related problems and their solutions. Major topics include definition of computer security, identification and authentication, access control, cryptography, intrusion detection, system security, and network security. The students are required to have basic knowledge of operating system and computer network.

The operating system is the most important type of system software in a computer system. In this course, basic knowledge of processes managements, memory managements, file system managements will be offered. Practice will also be offered to improve students' practical ability to use LINUX/UNIX.

This course is to discuss special topics of employment in information and communication engineering and to help student for finding job.

This course aims to train students to develop hardware, software and algorithms related with ICT(Information & Communication Technology). As well, to practise writing a graduation thesis with development results is also considered. The objectives of this class are to introduce students to excitement of self-proposed design projects and to provide students with the appropriate knowledge to be able to adopt into their projects.

This course aims to train students to develop hardware, software and algorithms related with ICT(Information & Communication Technology). As well, to practise writing a graduation thesis with development results is also considered. The objectives of this class are to introduce students to excitement of self-proposed design projects and to provide students with the appropriate knowledge to be able to adopt into their projects. This course may be continued with ICT Capstone Design I.

This class provides an opportunity for training and enhancing practical skills of electronics, information and communication engineering needed in a real field of companies and factories. Students can participate in implementing real application systems and have a chance to experience practical issues related with applying knowledge learnt in the University to practical problems.

This course is a small scale seminar open by individual professor, It aims to train students with a common theme, This is first research seminar which each student attends.

This course is a small scale seminar open by individual professor, It aims to train students with a common theme, This is second research seminar which each student attends.