The goal of our department is to educate and train students who seeks to be a creative and professional engineer preparing the information age of 21st. century. We designed our curriculum by applying the DACUM (Developing a Curriculum; Job Analysis & Evaluation) method and have continuously maintained it. Our department has state-of-the-art facilities and provides hands-on lab exercises taught by experienced instructors in three majoring fields such as telecommunication network, mobile communication and information media courses. Three major fields are the followings.

::: Mobile communications :::
Mobile communication program focuses on RF IC design, mobile network operation, production and test technique of cellular phones. This program focuses on understanding and applying of basic techniques in electronic and communication technology for purpose of testing, maintaining, repairing and upgrading digital as well as analog wireless communication systems.

::: Communication network :::
Communication network program focuses on the design and implementation of networks especially LANs, TCP/IP, operation, administration and management of telecommunication networks, and management of NT servers, VHDL, C language, network programming, microprocessor and CCNA.

::: Information media :::
Information media program focuses on learning technical components for the new IT paradigm called as "Ubiquitous."This program deals with HW and SW technique of information acquisition equipment, mobile phone or PDA, embedded OS, application running on embedded system environments, C language, CDMA communication systems, embedded HW and SW, RTOS, Win CE, and TCP/IP

Our program is the three year regular course and students have to complete at least 120 credits. Specifically, students have to complete at most 28 credits in liberal arts and remaining credits in professional area. Especially, we also have an international corporate certificate program called CCNA. Cisco Network Associate Certificate Program is to provide an opportunity to establish a basic foundation in the field of Cisco network design and implementation.


::: Communication network :::

CCNA 1 : Network Basics Introduction to network basics, network fundamentals, network media, cable test and cabling LANs, Ethernet fundamentals, Ethernet technology and switching, TCP/IP protocol suite and IP addressing, routing fundamentals and subnet, TCP/IP transport and application layer.

CCNA 2 : Routers and Routing Basics WAN and routers, router fundamentals, router configuration, learning about neighboring and remote devices, managing Cisco IOS software, routing and routing protocols, distance vector protocols, TCP/IP error messages, router troubleshooting, Intermediate TCP, access control lists

CCNA 3 : Switching basics and Intermediate routing Introduction to classless routing, single area OSPF, enhanced IGRP, switching concept and LAN design, switch, switch configuration, spanning tree protocols, VLAN, VLAN trunking protocol

CCNA 4 : WAN technologies. Scaling IP address, WAN technology, PPP, ISDN and DDR, Frame relay, introduction to network administration

LAN
LAN protocols and both structures and operations for LAN facilities; LAN protocols, LAN types, LAN topology, access methods, transmission techniques, transmission medium, repeaters, hubs, bridges, and routers, the structure, installation methods, and the management techniques for high speed LAN facilities; switching methods, fast Ethernet, Gigabit Ethernet, ATM LAN, and VLAN.

System Management
Structures and operations of operating systems, the usage of commands, and system management methods; structures and operations of UNIX, utilities of UNIX, management techniques of UNIX systems, structures and operations of NT, utilities of NT, and management of NT systems.

Mobile Communications
Radio Communication Experiment Basic Modulation and demodulation of analog signal (AM, FM, PM), modulation and demodulation of digital signal (PCM, FSK, PSK), method of detection, troubleshooting of radio communication equipment

RF Circuit Design
RF component, Impedance matching, Smith Chart, TR at RF frequency, Small Signal RF Amplifier Design, and LNA/Filter/Amplifier Design.

PCS/Cellular System
CDMA cellular system covers principles of CDMA systems and cellular phones and cellular network components, design and operation of cellular networks, test of cellular phones.

Radio communication Experiment Application
Basic of digital communication, analysis of digital communication systems, CDMA power control, call processing, handoff, link structure, law of radio communication

Wireless Network Design
Understand of wireless network, analysis of radio propagation characteristics, wireless network design, wireless network optimization

Microwave Devices
Network analyzer and S parameters, impedance matching and smith chart, power divider and coupler, duplexer, isolators and circulators, resonator and filters.

::: Information and Media :::

Embedded Processor 1
ARM9 core, configuration & internal architecture of ARM9, programmer's model and instructions of ARM9

Firmware 1
Micro programming methods based on SAM8 and C language, ARM9 programming methods

Embedded Processor 2
Internal and external peripherals, interfaces with external various circuits of ARM9 and porting skill of uC/OS on ARM9.

Firmware 2
Micro programming methods based on ARM9 and C language, uC/OS porting on ARM9.

Embedded OS1
WinCE OS porting skill and practice on ARM9 and the programming technique based on WinCE environment.

Embedded OS2
Embedded Linux OS porting skill and practice on ARM9 and the programming technique based on embedded Linux environment.

Upon graduation, students get the following jobs: Wired and wireless communication systems test, production and design Installation, design of LANs, operation and maintenance of telecommunication networks. Application SW engineer Embedded system engineer