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• Course Description (전체 개설 교과목 개요)
Circuits Theory 1
Yr. : 1
Sem. : 2
Course Code:
SE0004
Course Description
This is the first course in electric and electronic engineering. This lecture includes analysis of resistance cir
cuits and mesh, loop analyses, the characteristics of R, L, C, and sources, circuits analysis including op -A
mp, Laplace transform and its application, the transient response of first circuits.
Basic Design
Yr. : 1
Sem. : 2
Course Code:
SE0150
Course Description
This course helps students to bing up some problems for themselves on the basis of the basic knowledge in
the field of electronics, to learn the way to solve them.
Electromagnetics 1
Yr. : 2
Sem. : 1
Course Code:
SE0003
Course Description
Electromagnetics corresponds to an essential basic science among curriculums of the "Electronic Sch
ool of Engineering". In this course, electrostatics and magnetostatics are mainly dealt with. In partic
ular, the vector analysis related with vector differential operator such as the curl, divergence and gr
adient is studied based on the mathematics as well as the physical viewpoint.
Logic Circuits
Yr. : 2
Sem. : 1
Course Code:
SE0018
Course Description
In this course, basic theories of the binary system, the boolean algebra, the boolean function mini
mization, logic gates and flip-flops are studied. And design and analysis methodologies of combina
tional logic circuits, sequential logic circuits and counters using basic theories are studied.
Electronic Circuits 1
Yr. : 2
Sem. : 1
Course Code:
SE0024
Course Description
This course helps students to understand theory and operation of diode, transistor , operational amplifier. A
lso, students understand simple electronic circuits.
Circuits Theory 2
Yr. : 2
Sem. : 1
Course Code:
SE0030
Course Description
This lecture continues the circuit theory I and includes the following contents : the transient response of 2
nd circuits, the forced response of R, L, C circuits using phasor theory, the powers of ac signal, transform
er circuits, Fourier series and transform, 2-port network.
Logic Circuits Lab.
Yr. : 2
Sem. : 1
Course Code:
SE0005
Course Description
In this course, behaviors of various logic gates and flip-flops studied in logic circuits course are analyzed th
rough the experiment. And we design combinational logic circuits, sequential logic circuits and counters with
them. Also we analyze behaviors of designed circuits through the experiment.
C Programming Application Design
Yr. : 2
Sem. : 1
Course Code:
SE0151
Course Description
Students study the principles and techniques of windows programming using MFC. In order to learn MFC pr
ogramming, students study the basic knowledge of C++ programming language. Students are assigned a proje
ct of programming a application using MFC.
Basic Circuit and Lab.
Yr. : 2
Sem. : 1
Course Code:
SE0152
Course Description
Learning about how to use electrical experiment equipments such as power supply, multimeter, bread board
and oscilloscope and how to measure electrical quantities such as currents, voltages, powers, etc. in electric
al circuits.
Electromagnetics 2
Yr. : 2
Sem. : 2
Course Code:
SE0007
Course Description
The Maxwell's equations are derived through time varying electromagnetics based on electrostatics and magn
etostatics studied in the course of "Electromagnetics 1". The propagation theory of electromagnetic plane w
ave is studied as a source free solution of the Maxwell's equations.
Electronic Circuits Lab. 1
Yr. : 2
Sem. : 2
Course Code:
SE0008
Course Description
This course helps students to understand diode, transistor , operational amplifier and various electronic circ
uits through experiment. And, students can design and operate electronic circuits for specifications.
Electronic Circuits 2
Yr. : 2
Sem. : 2
Course Code:
SE0028
Course Description
This course helps students to understand active circuits of diode, transistor , operational amplifier. Also, st
udents can design simple electronic circuits.
μ-Processor and Practice
Yr. : 2
Sem. : 2
Course Code:
SE0185
Course Description
Students study hardware architecture of a real microcontroller. Students study the programming skills and in
terfacing methods for the microcontroller by lectures and laboratory excercise.
HDL Design
Yr. : 2
Sem. : 2
Course Code:
SE0180
Course Description
Verilog HDL(Hardware Description Language) and VHDL are widely used to design digital systems in industr
y. This course covers the syntax of Verilog HDL or VHDL and some modeling examples of various digital s
ub-blocks. Some design projects using EDA softwares and FPGA(Field Programmable Gate Array) device are
included for practical experience in digital system design topics.
Electronic Circuits Lab. 2
Yr. : 3
Sem. : 1
Course Code:
SE0010
Course Description
This course helps students to understand differential amplifier, various operational amplifier and oscillator cir
cuits through experiment. And, students can understand electronic circuit operations.
Electronic Measurements Engineering
Yr. : 3
Sem. : 1
Course Code:
SE0021
Course Description
This subject will cover from foundation of electronic measurement to latest measuring methods and fundamen
tal of measuring instruments and theories, as well as its application to process fields including temperature,
pressure and flow, etc.
Microwave Engineering 1
Yr. : 3
Sem. : 1
Course Code:
SE0031
Course Description
The transmission line theory and waveguide theory are studied for the design of electronic circuits/compone
nts, communication systems and applications of electromagnetic waves in UHF, microwave and millimeter wav
e band. Smith chart and S-parameter technique are also studied for the analysis of RF/microwave circuits.
Semiconductor Engineering 1
Yr. : 3
Sem. : 1
Course Code:
SE0034
Course Description
This course provides undergraduate students an understanding of the physical properties of the semiconduct
or material and fundamentals of semiconductor physics. It describes the operating principles and electrical ch
aracteristics of p-n junctions.
Microwave Engineering Lab. 1
Yr. : 3
Sem. : 1
Course Code:
SE0032
Course Description
Learn how to use the Network Analyzer and Spectrum Analyzer based upon the basic theory of Microwave
Engineering, and carry out the experiments with the kit and softwares.
Electromagnetics Theory
Yr. : 3
Sem. : 1
Course Code:
SE0038
Course Description
This course helps students to learn the theory of Maxwell equation and boundary conditions between a pair
of media on the course of acquiring the fundamental concept of electromagnetics and some mathematical fo
rmulas, to find the general solution of TEM, TE, and TM wave, to analyze telectromagnetics within wavegui
de(parallel plates, rectangular WG, circular WG) and to learn the practical applications of waveguide.
Electronic Circuits 3
Yr. : 3
Sem. : 1
Course Code:
SE0039
Course Description
This course helps students to understand configuration of feedback amplifier, configuration and efficiency of
power amplifier, operational amplifier application circuit and design and analysis of oscillator, signal generatio
n circuit etc.. Also, students can design electronic application circuits.
Control Engineering 1
Yr. : 3
Sem. : 1
Course Code:
SE0041
Course Description
Basically, this introductory course will provide the fundamental disciplines for frequency-domain and time-do
main control systems and their design issues for mechanical and electrical engineering applications, specificall
y for mechatronics and embedded system engineering. The course will focus on the analysis and design of c
ontrol systems. Emphasis will be on linear, time-invariant, single-input single output (SISO) continuous time
systems. Tentative topics include open and closed-loop state-space representations, analytical solutions, com
puter simulations, stability, controllability, observability, and controller/observer design. For the better under
standing of the control systems, the MATLAB/SIMULINK computer software package will be used extensivel
y to assist students in the understanding of concepts and fundamentals of system dynamics and control, and
also to analyze and design control systems.
Control Engineering Lab. 1
Yr. : 3
Sem. : 1
Course Code:
SE0042
Course Description
This is connected course to Control Engineering 1 in the aims of exposing the students to real control appl
ications of control systems with lots of experiments.
Communication Engineering 1
Yr. : 3
Sem. : 1
Course Code:
SE0043
Course Description
An introduction to the core theories about analog communication systems. Topics include Linear Systems &
Signals, Fourier Series, Fourier Transform, AM(Amplitude Modulation), FM(Frequency Modulation) and PM(Pu
lse Modulation).
Communication Engineering Lab. 1
Yr. : 3
Sem. : 1
Course Code:
SE0044
Course Description
Experiments about analog communication systems. Experimental topics include DSB_AM, SSB_AM, FM, PM,
etc.
Signal and System
Yr. : 3
Sem. : 1
Course Code:
SE0055
Course Description
The aim of this course is to study and analyze characteristics of continuous, discrete signals and systems.
The expected course objectives of signals and systems are three fold: understanding the properties and repr
esentation of discrete and continuous signals being familiar with sampling process and analysis of discrete sy
stems using z-transforms and recognizing the analysis and synthesis of discrete time systems.
Numerical Anallysis
Yr. : 3
Sem. : 1
Course Code:
SE0081
Course Description
This course helps students to learn the algorithms required to solve a math problem using numerical analysi
s method. Students learn e simultaneous equation method, eigenvalue equation method, numerical differentiai
on and integration method, numerical ordinary differential equation method and practice some simple electro
magnectic boundary value problems.
PLC Design
Yr. : 3
Sem. : 1
Course Code:
SE0186
Course Description
In this course, we learn the concept of the sequence control which is important for the implementation of a
n automation system. we deal with the hardware, software, and the relevant peripherals of a PLC(Programma
ble Logic Controller) which is an essential element in an automation system. Students are required to desig
n an automation system with considering realistic constraints.
LABVIEW Application Design
Yr. : 3
Sem. : 1
Course Code:
SE0215
Course Description
This course studies LabVIEW Graphic language, which is the ideal development environment to buil
d any measurement and control system through interfacing with external devices. The LabVIEW tool
can develop HMI(Human and Machine Interface) application softwares for control and measuremen
t in FA and HA fields.
μ-Processor Application and Practice
Yr. : 3
Sem. : 1
Course Code:
SE0259
Course Description
Students learn hardware and software design methodology for an advanced microprocessor application system.
Students are assigned a project to design and develop of a microcontroller apllication system.
Data Communication
Yr. : 3
Sem. : 2
Course Code:
SE0049
Course Description
One of the most important developments in computing in the last ten years is the widespread
interconnect computers. Data Communication explores this exciting technology. This course examines the un
derlying technology that makes data communication possible. The course will cover various transmission medi
a, digital and analog signals, modulation, multiplexing, circuit switching, error control and flow control. The
course will also cover many real-world examples of data communication, including modems, DSL, Ethernet,
wireless LANs, and cell phones.
Microwave Engineering 2
Yr. : 3
Sem. : 2
Course Code:
SE0051
Course Description
Based on the RF/microwave circuit theory and waveguide theory, topics on passive components such as dir
ectional coupler, resonator, power divider, filter and so on are studied for recent mobile communication syst
ems and microwave applications such as radar system and RFID system.
Microwave Engineering Lab. 2
Yr. : 3
Sem. : 2
Course Code:
SE0052
Course Description
Learn more detail way of using the Network Analyzer and Spectrum Analyzer and carry out the experiments
with the kit and softwares based upon the Microwave Engineering Lab. 1.
Semiconductor Engineering 2
Yr. : 3
Sem. : 2
Course Code:
SE0053
Course Description
This course provides an understanding of the operating principles and characteristics of metal-semiconductor
junctions, bipolar junction transistors, MOS structures, field effect transistors, and optical devices.
Control Engineering 2
Yr. : 3
Sem. : 2
Course Code:
SE0057
Course Description
In the aims of effective delivery the contents, control engineering courses are divided into two parts. The fi
rst part has been offered in the spring semester and this is the second part of the control engineering. Bas
ed on the previous course results, this course will offer the way how to design and estimate the relative st
ability for the given linear dynamic systems with helps of conventional concepts such as Bode plot, Nyquist,
and root locus. To determine the stability for the designed controller, the computer simulations and experi
mental results on DC motors with Matlab/Simulink will be requested.
Control Engineering Lab. 2
Yr. :
Sem. :
Course Code:
SE0058
Course Description
This is connected course to Control Engineering 2 in the aims of exposing the students to real control appl
ications of control systems with lots of experiments.
Communication Engineering 2
Yr. : 3
Sem. : 2
Course Code:
SE0059
Course Description
Theoretical basis for digital communication systems. Topics include Probabilities, Random Variables, Digital T
ransmission & Modulation, Information, etc.
Prerequisite: SE0043
Communication Engineering Lab. 2
Yr. : 3
Sem. : 2
Course Code:
SE0060
Course Description
Experiments about digital communication systems. Experimental topics include PAM, PCM, ASK, FSK, PSK,
etc.
Digital Signal Processing
Yr. : 3
Sem. : 2
Course Code:
SE0066
Course Description
This course will review the concepts of signals, confirm discrete Fourier transform(DFT) and fast Fourier tra
nsform(FFT), introduce the basic design of IIR & FIR filters, and discuss typical applications of digital signal
processing. Upon completion of this course, students should be able to: hot to use Z-transform in solving
deference equations develop fundamental discrete algorithms convert discrete time signal(sequence) to freque
ncy domain using FFT design primitive low pass digital filters.
Computer Architecture
Yr. : 3
Sem. : 2
Course Code:
SE0092
Course Description
In this course, we deal with the hardware and software of a basic computer system. Hardware building block
s for a basic computer and the interaction between those building blocks are dealt with. We also deal with
relevant softwares such as an assembly language and an assembler for a basic computer.
Robot Engineering
Yr. : 3
Sem. : 2
Course Code:
SE0130
Course Description
In this course, we deal with intelligent service robots and robot manipulators which are essential elements in
the industrial robot systems. Topics include basic mathematics for the analysis of a robot system, robot ki
nematics, robot path planning, robot control and sensor data processing.
Control Devices for Automation
Yr. : 3
Sem. : 2
Course Code:
SE0181
Course Description
This subject will cover understanding various controllers’ structures, operation principles, and its usages use
d in FA(factory automation) and HA(home automation), and culturing abilities in automation devices and its
application fields.
Digital Circuit Application Design
Yr. : 3
Sem. : 2
Course Code:
SE0183
Course Description
In this course, characteristics of various integrated circuit devices that are used to design the digital syste
m are studied. And we design the speed alarm system, the digital clock, the frequency counter, the frequen
cy synthesizer or the traffic controller with IC devices. Also we analyze behaviors of the designed system t
hrough the experiment.
Digital Integrated Circuit Design
Yr. : 3
Sem. : 2
Course Code:
SE0187
Course Description
IC(Integrated Circuit) which is one of the key components in modern IT products is based on CMOS techn
ology, thus electronic engineers need to concretely understand fundamental principles of CMOS IC. This co
urse covers MOS device and process, and basic theory for design and analysis of various CMOS circuits. S
ome design projects using EDA softwares are included for practical experience in digital IC design topics.
Digital TV Engineering
Yr. : 3
Sem. : 2
Course Code:
SE0188
Course Description
This course aims to study on the overview of the digital TV platforms including the hardware and software,
the kinds of digital TV and it's broadcasting method. This also includes technical knowledge: Compression
Technologies; Advanced Coding Techniques; Advanced Modulation Techniques and Next Generation DTV Te
chnologies.
Coding Theory
Yr. : 3
Sem. : 2
Course Code:
SE0189
Course Description
The course provides basic concepts of coding theory and its applications to communication and computer sy
stems. This course includes the linear block codes, cyclic codes and PN codes.
Creative Design Project 1
Yr. : 4
Sem. : 1
Course Code:
SE0113
Course Description
Cultivate the ability of adaptation and ingenuity at the industrial field through the direct experience of the
process for the theoretical analysis, design/implementation and results deduction about the items selected by
students
Digital Control1
Yr. : 4
Sem. : 1
Course Code:
SE0067
Course Description
This subject will cover the fundamental of digital control and theories, discrete-time system, z-transform, di
screte state variable conversions, stability, time-domain and frequency-domain characteristics, the relationshi
p with continuous-time systems, and will learn about control system analysis and design techniques and its
application fields using computers and microprocessors.
Digital Control Lab.
Yr. : 4
Sem. : 1
Course Code:
SE0068
Course Description
This subject will cover understanding theoretical basis regarding digital control, and its analysis and design t
echniques, behavior characteristics and application methods through experiments.
Antenna Engineering Lab.
Yr. : 4
Sem. : 1
Course Code:
SE0072
Course Description
This course helps students to learn how to operate SW tool to design antenna, to practice the examples of
patch antenna design using the SW tool. Students understand the antenna characteristics by the measurem
ents of several types of antennas with experiment kits
Power Electronics
Yr. : 4
Sem. : 1
Course Code:
SE0085
Course Description
This course deals with power converters essentially employed in Electricity Electronic systems. After we lear
n power conversion theories of switching made out of semiconductor devices, we analyze high efficiency pow
er supplies for direct current, inverters for alternating current, motor driving device and so on. Based on t
hose analyzing processes, we are able to understand and design power converter by conducting to design ci
rcuits, apply control technique and analyze simulation results.
Operating System
Yr. : 4
Sem. : 1
Course Code:
SE0095
Course Description
Operating system is the most importance software for computers and variable devices. From the late 1960,
time-sharing operating system has advanced considerably. Now operating system includes all issue of devices
as well as resource management, so it is impossible for engineers to implement and use variable devices wi
thout understanding the operation system. This course covers components of the operating system and their
functions, and management issues. Moreover, this course includes basic practice using Tiny OS, and imple
mentation of applications.
Display Engineering 1
Yr. : 4
Sem. : 1
Course Code:
SE0118
Course Description
This course provides the essential knowledge and basic understanding of TFT-LCD technologies. After an o
verview of the physical and electro-optical properties of liquid crystals, it describes operating principles of
TFT-LCDs, structure and manufacturing processes of TFT-LCDs, and LTPS TFT-LCD technologies.
Digital Communication System
Yr. : 4
Sem. : 1
Course Code:
SE0134
Course Description
Overview of theory of digital modulation &demodulation. Develops understanding of error correcting code, inf
ormation theory and spread spectrum communication.
Microwave Application Lab.
Yr. :4
Sem. : 1
Course Code:
SE0138
Course Description
Verify how the theories about the microwave filters and microwave amplifiers are applied in the industrial fie
ld by checking the modules in the repeater, and learn about the communication method between the repeat
ers and the repeater control method.
EMI / EMC Engineering
Yr. : 4
Sem. : 1
Course Code:
SE0158
Course Description
Recently Electromagnetic compatibility (EMC) has become increasingly important in the design of electronic
system sue to the EMC standard established by national and international regulatory agencies. Therefore most
electronic designers must need training in EMC principle that is to avoid or limit electromagnetic interference (EMI)
correspondent to diverse noise problems produced by different electric products. In this course, EMC principle
such as electromagnetic shielding, crosstalk reduction methods, grounding and filtering will be dealt with.
Analog Integrated Circuits
Yr. : 4
Sem. : 1
Course Code:
SE0170
Course Description
The demand of the analog integrated circuit is increasing because of the development of Bio and
Green fields. The students learn and practice how to design CMOS analog integrated circuits using
hand analysis and SPICE simulation. In addition, the layout for a IC is discussed in this class.
Network Programming
Yr. : 4
Sem. : 1
Course Code:
SE0184
Course Description
This course offers basics and essential programming skills for TCP/IP and its application. Specific topics will
include the Socket programming, Internet protocols and their tools with basic programming techniques. This
course offers design and implementation ability of network programming using winsock. Specific topics will i
nclude the advanced programming techniques and implementation of application program. All student have to
present their idea and application devices through term projects.
Automatic System
Yr. : 4
Sem. : 1
Course Code:
SE0191
Course Description
In this lecture, almost all basic and advanced subjects about automation is treated. Specifically, microproces
sor, digital signal processor, DC servo motor controller design, rotary encoder interfacing, digital input/outp
ut port design, inductive load driver, filtering with OP-Amp's, load cell interfacing, tension control system d
esign, photo-coupler interfacing, and simple communication interfacing with UART are the major contents of
this lecture. This undergraduate course lecture may help students design of more complicated automated sy
stem. Prerequisites for this lecture are "Digital Logic Circuits", "Automatic Control Theory", "Basic Circuit
Theory", "Microprocessor" and "Electronic Circuit Theory".
Communication Network Theory
Yr. : 4
Sem. : 1
Course Code:
SE0192
Course Description
In this course, the student learns circuit-switched networks and packet-switched networks as the WAN and
Ethernet, Token Ring, Token Bus as the LAN. And this course introduces high speed networks and FTTH
for recent trends.
Microwave Circuits
Yr. : 4
Sem. : 1
Course Code:
SE0193
Course Description
Learn the theory on the design method of Microwave Filters and Microwave Amplifiers, and learn how to de
sign, simulate and measure the characteristics of implemented Filters and Amplifiers with that theory.
SoC Architecture and Design
Yr. : 4
Sem. : 1
Course Code:
SE0194
Course Description
This course helps students to study microprocessor, bus architecture, hardware for debugging, DSP processo
r, memory system, various peripherals, and platform-based design in order to understand how to design and
use SoC (System-On-a-Chip).
Digital Image Processing
Yr. : 4
Sem. : 1
Course Code:
SE0195
Course Description
By reducing the effective image signal transmission or for storing a variety of techniques are studied. First
video of the effective acquisition and reproduction for TV in the structure and the general picture of the ch
aracteristics for the study, and based on this image for more efficient compression for a variety of techniqu
es - quantization, DPCM, transcoding, entropy coding, and moving compensation algorithm for the C-langua
ge study and use it to simulate.
Applied DSP Design
Yr. : 4
Sem. : 1
Course Code:
SE0196
Course Description
This course studies DSP(Digital Signal Processor) structure and principle, interfacing with microprocessor, DS
P programming, and then deals with the design of real-time application systems using DSP devices.
Coding Theory Application
Yr. : 4
Sem. : 1
Course Code:
SE0197
Course Description
The course provides applications of coding theory in the field of mobile communication, digital communicatio
ns, optical communication systems and computer, data networks. This course includes BCH/RS, convolutiona
l, Turbo codes, and orthogonal codes.
Antenna Engineering
Yr. : 4
Sem. : 1
Course Code:
SE0216
Course Description
This course helps students to understand the basic principles and theory of antenna and practice some desi
gns of simple array antennas. Students learn the characteristics of several types of wire antenna widely used
, antenna performance parameters and propagation characteristics.
Android Programming
Yr. : 4
Sem. : 1
Course Code:
SE0217
Course Description
This course introduces mobile application development for the Android platform. Android is a software stack
for mobile devices that includes an operating system, middleware and key applications. The Android SDK p
rovides the tools and APIs necessary to begin developing applications on the Android platform using the Jav
a programming language. Students will learn skills for creating and deploying Android applications, with cove
ring major Android topics such as Views, Activities, Intents, Broadcast Receivers, and Content Providers.
Semiconductor Process
Yr. : 4
Sem. : 1
Course Code:
SE0218
Course Description
This subject deals with semiconductor process, lithography technique, oxidation, diffusion, ion-implantation, e
tching and sputtering employed for producing semiconductor devices (Diode, BJT and MOSFET).
Semiconductor Sensor and Practice
Yr. : 4
Sem. : 1
Course Code:
SE0221
Course Description
This subject will introduce various semiconductor sensor and learn their operation principles throug
h the practices.
Creative Design Project 2
Yr. : 4
Sem. : 2
Course Code:
SE0115
Course Description
As a continual subject of the Creative Design Project 1, cultivate the design capacity through the completio
n of the advanced design/implementation and deduce the optimal results by making up for the problems
Digital Control 2
Yr. : 4
Course Description
Sem. : 2
Course Code:
SE0080
This subject will cover studying and researching more efficient performance in control by using computers an
d microprocessors, analysis of digital control system characteristics and digital control system design techniq
ues for students who have previously studied basic theories in automatic control or control engineering.
Mobile Communication
Yr. : 4
Sem. : 2
Course Code:
SE0084
Course Description
The course provides an overview of the latest developments and trends in wireless mobile communications b
ased on the knowledge of communications and microwave theory. This course also addresses the impact of
wireless transmission and user mobility on the design and management of wireless mobile systems to underst
and the IMT-2000 and 4G mobile communication systems.
Modern Control Theory
Yr. : 4
Sem. : 2
Course Code:
SE0088
Course Description
This course helps students to uderstand and apply fuzzy logic control techniques. The contents include fuzz
y sets, fuzzy relations, composition of fuzzy relations, multi-logic systems, approximate reasoning, expert co
ntrol systems, and fuzzy logic control systems. Also, students should perform term-project related on design
s of fuzzy logic control systems.
Satellite Communication
Yr. : 4
Sem. : 2
Course Code:
SE0104
Course Description
This course helps students to learn the technical elements of satellite communications such as communicatio
ns network and services, geometry of the geostationary orbit, S/N calculation of the satellite RF link, multi
ple access techniques(TDMA, FDMA and CDMA) modulation method and understand the functions of satellit
e transponders and earth station.
Digital Broadcasting System
Yr. : 4
Sem. : 2
Course Code:
SE0114
Course Description
Study of digital video and broadcasting system and composition of digital multimedia broadcasting system. A
pplications to mobile communication and convergence and deals with major techniques and concepts of syste
m configuration.
Display Engineering 2
Yr. : 4
Sem. : 2
Course Code:
SE0122
Course Description
This course provides the essential knowledge and basic understanding of OLED displays and PDPs. After an
overview of operating principles of OLED devices, it describes driving schemes of OLED displays, structure
and manufacturing processes of OLED displays. After a short introduction to plasma, it covers operating p
rinciples of PDPs, structure and manufacturing processes of PDPs.
Information Security
Yr. : 4
Sem. : 2
Course Code:
SE0123
Course Description
This course offers the protection method of information against the various security threats and attacks of i
nformation which can be occurred during transmission of it over the communication networks. Topics include
symmetric key cryptosystems, public key cryptosystems, key exchange protocols, digital signature, authentic
ation protocols, and hash algorithms.
Digital Communication System Design
Yr. : 4
Sem. : 2
Course Code:
SE0135
Course Description
Designs and builds of digital communication system design, using line coding, channel, ISI, Equalizer, transmi
ssion and receiving. Applications to computer-aided analysis, design, and simulation.
Energy Sensor Application Circuits
Yr. : 4
Sem. : 2
Course Code:
SE0178
Course Description
The energy sensor interface circuits including a solar cell and an energy generation/conversion circuitsystem
are discussed in this class. In addition, the students learn and practice the IC design process for the ener
gy sensor interface circuit
Control System Design
Yr. : 4
Sem. : 2
Course Code:
SE0179
Course Description
For whom taking the control engineering 1 and 2, this course will offer the way how to design the
controller including the lead/lag controller, PID controller, state/output feedback controller and the
Luenberger observer for the given linear dynamic systems. Many industrial examples given by the
transfer function or the state-space representation will be used. The MATLAB/SIMULINK computer s
oftware package will be used extensively to assist students in the understanding of concepts and f
undamentals of system dynamics and control, and also to analyze and design control systems.
Industrial Networks Programming
Yr. : 4
Sem. : 2
Course Code:
SE0182
Course Description
This course offers basics and essential programming skills for industrial networks such as CAN, DeviceNET.
Specific topics will include the CAN, DeviceNet protocols and their tools with basic programming techniques
. This course offers design and implementation ability of DeviceNET and Ethernet/IP. Specific topics will inc
lude the advanced programming techniques and implementation of application devices. All student have to pr
esent their idea and application devices through term projects.
Microwave Application
Yr. : 4
Sem. : 2
Course Code:
SE0198
Course Description
Learn the basic theory and the design method for the small signal Microwave Amplifiers, Low Noise Amplifie
rs and High Power Amplifiers.
Embedded Software
Yr. : 4
Sem. : 2
Course Code:
SE0199
Course Description
Embedded systems are everywhere, sensing and controlling aspects of your car, digital camera, networked pr
inter, cell phone, PDA, household appliance, industrial process, biomedical device, and a host of others. Em
bedded systems design dedicates the use of a microprocessor or microcontroller, and involves the team effor
ts of both software and hardware specialists. This course will explore the software concepts fundamental to
working in the exciting and ever-widening field of embedded systems, as well as review the hardware concep
ts necessary to write the code. Topics will include choice of programming language, cross-compilers, JTAG,
ICE, ISP, memory, interrupts and debugging, I/O, real-time operating systems, counters and timers, datash
eets, other development tools, debugging techniques. In addition, this course will use Android platform to d
evelop your own embedded software.
Instrumental System
Yr. : 4
Sem. : 2
Course Code:
SE0200
Course Description
This subject will cover understanding the basic concept of the measuring method and sensors and instrumen
ts for instrumental devices, and apply to the instrumental system to learning the design and analysis of the
instrumental system.
CMOS RF Integrated Circuit Design
Yr. : 4
Sem. : 2
Course Code:
SE0201
Course Description
The size of electronic circuits and systems is more and more reduced. Industry related analog and RF circu
it using CMOS integrated circuit is important in the future electronic systems. This course helps students t
o understand fundamental CMOS circuit and modeling, RF CMOS circuit, LNA and VCO and PLL using C
MOS technique.
Photovoltaic Power Generation System
Yr. : 4
Sem. : 2
Course Code:
SE0202
Course Description
Based on the principle of solar cell, PV power generation system is studied. The topics to be included are
the operation principles, components, and system design of PV power system.
Application of intellectual property rights and information retrieval
Yr. : 4
Sem. : 2
Course Code:
SE0219
Course Description
This course deals with the concept of, protective field of and application procedure of intellectual property r
ights. Also it provides the methods of information retrieval for patent prior technology researches.
Semiconductor Sensor Applications
Yr. : 4
Sem. : 2
Course Code:
SE0220
Course Description
This subject will deal with the introduction to the semiconductor sensor and the technologies for v
arious applications and introduce the operation principles and the implementation methods for vari
ous sensors. In addition, the students learn and practice the system design process for the smart s
ensor system.