Undergraduate program in Department of Computer Science and Information Engineering:
To equip students with fundamental knowledge of information engineering.
To foster students’ ability to use information technology and professional knowledge.
To develop students’ team working ability and foster their international outlook.
Master’s program in Department of Computer Science and Information Engineering:
To equip students with professional knowledge and skills in the specific research field of information engineering.
To foster students creative thinking and independent research.
To develop students’ team working ability and foster their international outlook.
Master’s program in Department of Internet of Things:
To equip students with professional knowledge and skills in the specific research field of Internet of Things.
To foster students creative thinking and independent research.
To develop students’ team working ability and foster their international outlook.
To Possess the mathematical and theoretical knowledge that are needed to gain information engineering expertise.
To have theoretical derivation, analytical and inductive abilities.
To master information software and hardware skills and network techniques.
To have ability in systematically programming, operating and integrating information.
To have good ability in reading English for science and technology, and to continuously keep pace with the trend of international science and technology.
To have a serious attitude towards work ethics and intellectual property.
To have good communicating, managing and teamwork skills ,as well as the ability to solve problems in projects.
To possess knowledge of mathematics, science and engineering for learning in a specific research area.
To have the capability of systemizing professional knowledge of a specific area and discovering its problems.
To possess the capability of programming and implementing related research, as well as analyzing and summing up the results.
To have the ability to write good academic papers and give good oral presentations.
To have good English reading and writing skills for science and technology, and to continuously keep pace with the trend of international science and technology.
To have a serious attitude towards work ethics and intellectual property.
To have good communicating and coordinating skills and the ability to solve problems in projects through teamwork.
To possess knowledge of mathematics, science and engineering for learning in IOT area.
To have the capability of systemizing professional knowledge of IOT area and discovering its problems.
To possess the capability of programming and implementing related research, as well as analyzing and summing up the results.
To have the ability to write good academic papers and give good oral presentations.
To have good English reading and writing skills for science and technology, and to continuously keep pace with the trend of international science and technology.
To have a serious attitude towards work ethics and intellectual property.
To have good communicating and coordinating skills and the ability to solve problems in projects through teamwork.
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Laboratory Name | Device | Laboratory Manager | Floor | telphone |
---|---|---|---|---|
Medical Image Processing Lab. | 機器學習之電腦輔助乳癌診斷系統、人工智慧之肺結節偵測與診斷系統、人工智慧之肺結節偵測與診斷系統 | Yao-Sian Huang PhD | 1F | 8418 |
Embedded System and Wireless Sensornets Lab. | 具備用電源之無線感測系統、課堂實習教材(ZigBee/Arduino) | Chia-Chi Chang PhD | 1F | 8416 |
Digital System Design Lab. (DSDL) | 2 Raspberry Pi boards, 6 Personal Computers, 2 Printers, 1 Scanner and 2 Notebooks | Po-Yueh Chen PhD | 1F | 8407 |
Advanced Parallel and Intelligent Computing Lab. | PC x 11, Server with GPU x 6, Notebook x 8, Tablet computer x 3, Vision-controlled robot car x 3、Computer cluster x 1 (4 PCs), Web server x 1, Motion sensing controlled development platform x 1 | Chao-Chin Wu PhD | 1F | 8408 |
Software Engineering Lab. (SEL) | Spark Server, Machine Learning Server, Laptop Computer, Desktop Computer, Projector, Scanner, Android Tablet, Android Smartphone, iMac, iPad, iPhone, Arduino AGV, Raspberry Pi AGV | Lien-Fu Lai PhD | 1F | 8409 |
Optical Network Optimization Lab. (ONOL) | Deep Learning Server, Cloud Server, Deep Learning Workstation, Notebook computers, Personal Computers, Web Servers, Jetson Nano boards, Jetbots | Der-Rong Din PhD | 1F | 8410 |
Wireless Communications and Networking Lab. (WCNL) | Der-Jiunn Deng PhD | 1F | 8411 | |
Digital IC Design Lab. | 晶片設計雛型模擬平台、晶片設計伺服器、晶片設計相關軟體 | Ren-Der Chen PhD | 1F | 8412 |
Network Protocols Lab. | 以RoboCAR實作二維格狀平面中考慮斷點之最短路徑動態規劃、以樹莓派開發板製作的“可攜式心電照護系統”及“IOT智慧照明燈具組 | Yi-Cheng Chan PhD | 1F | 8413 |
Wireless and Mobile Networking Lab. (WMNL) | Wireless base station/router/access point, Vehicular communication platform, GPS navigator, GPS tracker, DJI Phantom 3 aerial camera, desktop 4Bay network attached storage (NAS), power purifier, heart rate monitor intelligent bracelet, Bluetooth beacon, Raspberry Pi 3 / Raspberry Pi 7" screen, Arduino robot car, USB data & power optimizer, deep learning workstation, Jetson Nano developer kit, web servers, laptops, personal computers, tablets, smart phones, 50-inch LCD monitors, color laser printers, digital cameras/video cameras, LCD projectors, uninterruptible power system (UPS), Bluetooth headsets/speakers, smart speakers, multimedia set-top boxes, streaming media players | Ing-Chau Chang PhD | 1F | 8414 |
Multimedia Technologies Lab. | 個人電腦 4台、筆記型電腦 3台、平板電腦 1台、智慧型手機 2台、嵌入式系統開發模組 1套 | Ju-Yuan Hsiao PhD | 1F | 8415 |
Data Mining Lab. (DML) | 1F | 8417 | ||
Road Simulation Lab | 2F | |||
Pass Assessment Lab | 2F | |||
Computer Classroom. (II) | PC、Arduino DIY car、Alphabot、Arduino、Raspberry Pi boards、Jetson nano、Arduino、Jetbots、server | 2F | ||
Computer Classroom. | PC、Nuvoton NuMaker boards、server | 2F | 8433 | |
Electronic Circuits Lab. (I) | IoT development platform, RFID teaching system platform, Raspberry Pi | Shu-Chung Yi PhD | B2 | 8447 |
Electronic Circuits Lab. (II) | IoT development platform, RFID teaching system platform, Raspberry Pi | Shu-Chung Yi PhD | B2 | 8448 |
Take the Changhua bus to “Baosi” from Changhua Train Station and get off at the Bao- shan Campus of National Changhua University of Education. (A bus every hour)
Get off at HSR Taichung Station and transfer to bus to Changhua Train Station. Tranfer bus are as follows, the Taichung Bus “route 101”, or the Changhua Bus “route Taichung to Lukang”, or the Yuanlin Bus “route Taichung to Wonggong”, or the Yuanlin Bus 6737 “route Taichung to Shigang”. Refer to the Taiwan Railway route instruction for more information.
Get off the exit of Changhua Interchange. Take Zhonghua West Road, Zhongyang Road, Zhongshan Road, Zhongxing Road to pass by Changhua County Stadium and Shida Road to reach destination.
From the Kuaiguan System Interchange (to Changhua), get off the exit of ZhongChang Expressway (Provincial Highway 74), drive to the end of the road, take Provincial Highway 74A and turn right on County Highway 139 to reach destination.
Address:No.2, Shida Road, Changhua City, Changhua County, 500, Taiwan (R.O.C.), Bao-Shan Campus
Tel:04-7232105ext. 8401~8405
Fax:04-7211284
E-mail:csie@gm.ncue.edu.tw