Curriculum Information
| Subject | Contents |
|---|---|
| Mobile Computing | In this subject, the students are encouraged to understand the mobile computing and cultivate practical skills needed for the technological development of mobile computing, which will be achieved through 1) the introduction of Mobile OS outline, the platform of Android and iOS APIs, 2) the introduction of mobile networks such as IP version 6, Mobile IPv6, including the network structure, 3) the introduction of Clouding Computing such as the mash up technique in which the H TML5, XML, semantic web service, and the Open API are used. |
| Basic Electronic Circuit Design Lab 1 | The students are encouraged to understand the basic laws and principles of circuit theories that is the foundation of electronic engineering through experiments and practical training. The main contents of experiments consist of the DC/AC experiments based on the elements such as resistance, capacity and inductor, and the operation principles of basic measuring instruments, including the formation of rectifier circuits by using diodes. |
| Digital Engineering | In this subject, the students will learn about the components of basic digital circuit, including the performance characteristic and functional properties of the elements that comprise each digital function, so that they may learn the basics of digital design. At first, they are encouraged to understand the basic structures and principles of digital system and look into the application of the principles into computers that are composed of typical digital system. As the digital system is composed of two types of circuits, such as the combinational and sequential circuit, the students will deal with the concept and design in depth. And also, the students will learn about the analysis and design methods of digital circuit simultaneously, including the HDL and engineering tools needed for circuit design. |
| Physical Electronics | The lecture of physical electronics deals with the methods to understand the electric properties of semiconductor elements that comprise the very large scale integrated circuit(VLSI). This subject provides the basis for understanding the VLSI through understanding of physical properties of semiconductors, centered on silicon. At first, the subject deals with the crystal structure and electronic components of silicon and gives a simple introduction of IC fabrication. After introducing the history of quantum physics and schrodinger equation, the students will finally understand the energy band energy gap of silicon based on the further explanation of complicated physical systems. After dealing with the physical reasons why current is generated in semiconductors on the basis of the energy band and electrons, the concept of holes, the subject will be finished by giving a lecture of the physical understanding of P-N diode and the quantification in mathematics. |
| Electromagnetics 1 | The students will learn about various phenomena of electricity and magnetism. The lecture consists of vector analysis, electric and magnetic field in a vacuum, boundary condition, electromagnetic induction, and the Maxwell's equations. |
| Circuit Theory | The students will cultivate the basic knowledge for circuit design by learning the basic theories to understand electrical networks and methods to analyze the circuits. The main contents include the relation between voltage and current, basic laws for circuit analysis, circuit analysis techniques, use of equivalent circuit, normal state analysis and other transform techniques. |
| Basic Electronic Circuit Design Lab 2 | In this subject, the experiments related to basic logic gates are carried out by using the knowledge about the logic theory, integrated and sequential logic that were taught in the digital logic circuit. And also, the students will be encouraged to understand the performance characteristic of the logic circuit through experiments on Mux/Demux, adder, decoder, counter and register by using the basic logic gates. |
| Digital System Design Lab | In this subject, the students learn about the design and analysis process of digital systems through projects and practical training from the simple level of logic the subsystem level, based on the components of digital circuits that were taught in Digital Engineering. The design is carried out by using the Hardware Description Languages(HDL) such as Verilog or VHDL, and various kinds of Field Programmable Gate Array(FPGA) are used for design platform. |
| Semiconductor Devices | This lecture focuses on understanding and application of operation principles of electronic devices(pn diode, MOSFET and BJT) on the basis of the electric and physical properties of silicon semiconductor and the energy band that were taught in Physical Electronics. Especially, trough the energy band illustration, the students will learn about the current generation and operation principles of the charge carrier(electrons and holes) in the pn diodes. Based on the knowledge about the pn diode, the students will learn about the operation principles of MOS Capacitor and MOSFET which are the basic elements of integrated circuits. Finally, the lecture about the operation principle of BJT and the history of integrated circuit will be delivered. |
| Electromagnetics 2 | The students are taught various basic phenomena of electricity and magnetism. They will be taught the vector analysis, electric and magnetic field in a vacuum, electric and magnetic field in a medium, boundary condition, electromagnetic induction, and the Maxwell's equations. |
| Electrical Network Analysis & Design | After dealing with the circuit analysis and stability, analysis of four-terminal network ana coupled-analysis four-terminal network, which are based on the Laplace transform, including the circuit synthesis methods for LC, RC circuits related to the network function, the students will learn about the design of passive filter and active filter. |
| Signals and Systems | In this subject, the continuous signal, discrete signal and the system will be defined. And then the features of the system will be analyzed by using a differential equation or difference equation. And the lecture on the Laplace and Z-transform will be delivered in order to analyze the system, along with the lecture on the Fourier series and Fourier transform related to the discrete signal and continuous signal. |
| Data Structure and Algorism | Recently, because of the development of superhigh speed wire and wireless communication technology, it is required to prepare efficient massive data processing methods. Accordingly, the students need to study the basic concept of data structure, which is a expression method of data. They are concentrating on the properties of data structure such as examples of data structure include the linear list, cue, stack, heap, tree and graph, including the operation procedure, through practical training. And also, they will study the c language pointer, structure and array in depth, which are basically needed for data structure programs. |
| Electrical Circuits Design Lab 1 | In this subject, the basic experimental and measuring equipment is introduced, which is related to the structure and design of analog and digital circuits. And the students learn about the use and manipulation of cutting-edge electronic equipment. |
| Data Communications | The lectures on this subject deals with the basic concepts of data communication, data communication system, and the communication channel. |
| Electronic Circuit 1 | In this subject, the introduction of diode and transistor circuit, MOSFET, bias stability, small-signal analysis, power amplifier, feedback and oscillator, operating amplifier theory and application, applied circuit of operating amplifier, and the design of passive and active pass filter will be dealt with. |
| Microwave Engineering | In this subject, the students may understand the characteristics of electromagnetic wave through application of the basic theories of electromagnetics, so that they may deal with the interpretive method for the various structures of transmission line and wave propagation, including other basic problems. |
| Computer Architecture | In this subject, the students will learn about the structure of computer hardware and be engaged in software design. And the lecture on the structure of arithmetic unit and control unit, memory management, input-output control system, and the lecture about design of basic system program will be given to the students. |
| Electrical Circuits Design Lab 2 | In this subject, the basic experiment and measuring instruments related to the structure and design of analog and digital circuit will be introduced. And the students will cultivate practical ability to use and manipulate the cutting-edge electronic equipment. |
| Microprocesser | In this subject, the students will acquire various theoretical and practical knowledge to control the system by using the microprocessor. The lecture consists of the numerical system and code, algorithm, central processing unit and peripheral device, memory and input-output system. And also, the students learn about the hardware design for microprocessor and assembly programing through practical training in depth in this course. The processor will be selected among the Intel 80x86 processor, ARM processor, or other embedded processor frequently used in R&D sites. |
| Electronic Circuit 2 | In this subject, the introduction of diode and transistor circuit, MOSFET, bias stability, small-signal analysis, power amplifier, feedback and oscillator, operating amplifier theory and application, applied circuit of operating amplifier, and the design of passive and active pass filter will be dealt with. |
| Computer Networks | The students will learn the basic theories and concepts about computer communication and networks, and then they deal with the structure and model of networks, design and materialization of protocols, and cases in which computer networks are used. And also, they learn about the open system interconnections reference model and TCP/IP protocol in depth. |
| Digital Signal Processing | In this subject, the students will review the continuous and discrete signal and system, including the spectral analysis. And the lecture consists of the explanation about the Fast Fourier Transform theory and algorithm, including the analysis and design techniques for the digital filter. |
| Advanced Programming Lab | This lecture includes the in-depth study on c language through the introduction of the concepts of pointer, recursion call and structure, as well as the properties of C++. Based on the knowledge, the students will be encouraged to develop high-level programing capability related to networks through implementing many programing assignments in which c or c++ are used. And also, the lecture consists of high-level themes such as buffer management and string manipulation. |
| Digital Communication | In recent decades, the communication technologies based on the digital communication, such as fax, pager, cell phone, Internet have changed the quality of human life a lot. It is hard to imagine what the world would be without such communication devices, and the digital communication has played a major role in the change. This subject will cover overall fields of digital communication ranging from the theories to the practical works. For example, the mathematical modeling of effects on communication channel and noise may be carried out and it may be applied to prediction of the actual performance of communication system after analysis. And also, the students will acquire the technology such as various signal processing, modulation, channel coding that are used in digital communications. |
| Network Programming | In this subject, the in-depth learning about network programing will be carried out, which is the component technology of next generation Internet such as Internet Telephony, Internet broadcasting and IPTV. The lecture consists of the concept of process and thread, socket-using communication, synchronization, multicast, transmission model. And the final goal of the subject is to cultivate the ability for network application in consideration of the properties of bearer networks. The preceding subjects of this subject include the Computer Network and Data structure. |
| Electronics and Communications Engineering Lab | The purpose of this subject is to have the students who have mastered theoretical course confirm what thy have learned through experiments and practical training. The students will acquire professional knowledge related to electronic engineering and communication engineering by selecting a relevant design assignment and carrying it out. Especially, they will carry out the experiment and practical training related to wire/wireless communication system in order to acquire the communication engineering knowledge through making use of communication experimental equipment. |
| Preparation Capstone Designs | The professor will select assignments in advance for the students who are supposed to register for the course of integrated design in the next semester, so that they may carry out in-depth assignment of design. Under the instruction of professor, the students will make up groups, look for deign assignments, and explore the theories and background technologies in advance. In order to take the course of Capstone Design smoothly, students shall take this course. As a result of the completion, the students shall submit a report responding to the assignment proposal. |
| Capstone Designs | This subject, which exists as an extension of the Introduction of Engineering Design and Basic Design of Engineering, deals with the materialization of software or hardware based on the basic design techniques the students have learned from the theoretical and experimental subjects so far. The students will test what they have fabricated, and then give a final presentation. Taking it a step further, they will prepare a thesis-type report about the integrated design and give a presentation. |
| Multimedia Engineering | This subject is centered on the latest technological invention which is designed to process, store or transmit the multimedia data composed of speech and image. The main contents include the image format, digital speech format, MPEG-video, MPEG-audio, H.261-4, ground wave DTV, HDTV, DMB, and the PDP display. |
| VLSI Designs | After understanding the overall manufacturing process of semiconductor circuit, the students will learn about the basic theories and structures, and design methods for the VLSI. In short, the learn the outline of integrated circuits, the process and layout of integrated circuits, MOS circuit and Logic circuit, VLSI chip design and support system. |
| Wireless Communication | This subject deals with the technology and applicable fields of mid-level actual wireless/mobile communication system. In connection with the wireless channel environment, the lecture consists of the technological contents related to design and materialization of communication, as well as radio wave transmission, progressive properties, and reception. And the explanation is focused on the standards of the latest actual wireless/mobile communication systems that have been already commercialized, or such systems of which the standardization is in progress, so that the students may understand the operation principles and environment through the explanation. |
| Operating System | In this subject, the students will grasp the basic concept of the operational system that facilitates efficient management of various resources of computer systems. For this reason, the professor will introduce basic concepts such as the processor management in the operational system of computer, memory management, file management, auxiliary storage management and distributed data processing. |
| Embedded System Design and Experiment | Recently, it is required to acquire broad knowledge about embedded system as it is widely used. As for the first step, the students will be taught the installation process of the embedded operational system, including the development environment, so that they may construct the embedded system for themselves. And in the next stage, they are encouraged to develop the device driver by stages, so they will be able to learn the control techniques for external devices. Finally, they will learn about the concepts related to the process, thread, inter process communication in order to develop embedded applied industrial software, so that they may apply the outcome to their practical training. |
| Digital Image Processing | This subject enables students to promote their understanding of images and provides the basis of multimedial communication through the digital image processing technologies. The main contents include the image acquisition, histogram equalizer, enhancement of space and frequency domain of images, restoration, morphology, edge extraction, color image processing, JPEG, Huffman coding, and the arithmetic coding. |
| Optical Communications Engineering | The students will learn the characteristics of dispersion and loss in optical fibers, and the principles and properties of luminous element, photodetector, photonic network elements, which are essential in optical communications. And also, they lean about the system of optical modulation and optical network unit, so that they may cultivate the ability to design optical broadband communication systems. |
| Wireless Communication Network | In order to be flexible in coping with rapid technological changes in networks and the demand of industries, the theme of this course is determined after discussion between the professor in charge of network subject group and engineers from industry. The students who have decided to take in-depth major of Information Communication shall take this course. |
