Electronic Information Engineering
Curriculum for the Electronic Information Engineering Program
一、Engineering Core Courses(11 courses, 30 credits)
MAT1110 | Advanced Mathematics I | 6 credits |
MAT1210 | Advanced Mathematics II | 6 credits |
MAT1130 | Linear Algebra | 2 credits |
MAT1240 | Probability Theory and Mathematical Statistics | 3 credits |
PHY1030 | General Physics | 4 credits |
PHY1000 | General Physics Laboratory | 2 credits |
ENC9105 | Introduction to Engineering Design | 2 credits |
CST9910 | C Language Programming | 2 credtis |
ENC9301 | Professional Ethics and Responsibility for Engineers | 1 credit |
ENC9110 | Introduction to Chemistry | 1 credit |
ENC9120 | Introduction to Biology | 1 credti |
二、Core Professional Courses (9 courses, 33.5 credits)
MAT1230 | Functions of a Complex Variable | 2 credits |
EEG9102 | Basic Circuit Theory | 5 credits |
EEG9222 | Signals and Systems | 4 credits |
EEG9110 | Analog Electronic Technology | 4.5 credits |
EEG9241 | High-Frequency Electronic Circuits | 4.5 credits |
EEG9210 | Digital Circuits | 4.5 credits |
EEG9231 | Microcomputer and Microcontroller Systems and Applications | 4 credits |
EEG9330 | Digital Signal Processing | 3 credits |
EEG9320 | Electromagnetic Field Theory | 2 credits |
三、Professional Compulsory Courses (11 courses, 32 credits)
CST2043 |
| 3 credits |
EEG9317 | Embedded Systems and Applications | 3 credits |
EEG9316 | DSP Technology and Applications | 3 credits |
EEG9322 | FPGA Design | 3 credits |
EEG9324 | Principles of Automatic Control | 3 credits |
EEG9326 | Digital Image Processing | 3 credits |
EEG7001 | Electronic and Communication Engineering System Project I☆ | 1 credit |
EEG7002 | Electronic and Communication Engineering System Project II☆ | 1 credit |
EEG7003 | Electronic and Communication Engineering System Project III☆ | 1 credit |
EEG7200 | Production Practice | 1 credit |
EEG7300 | Graduation Project | 10 credits |
四、Elective Practical Components
ENC8000 | Innovation Design Project☆☆ | 1 credit |
EEG8010 | Microcomputer Control and Measurement Project☆☆ | 1 credit |
EEG8020 | Integrated Electronic Simulation and Design Project☆☆ | 1 credit |
EEG8031 | Embedded System Comprehensive Design Project☆☆ | 1 credit |
EEG8050 | Digital Signal Processing Comprehensive Design Project☆☆ | 1 credit |
COE8010 | Communication Comprehensive Design Project☆☆ | 1 credit |
五、Professional Directional Elective Courses
COE9311 | Principles of Modern Communication | 4 credits |
EEG9250 | Electronic Measurement and Instruments | 3 credits |
EEG9318 | Sensors and Detection Technology | 3 credits |
EEG9319 | EDA Technology and Applications | 2 credits |
EEG9013 | Electromagnetic Compatibility and Anti-Interference Technology | 2 credits |
EEG9004 | Computer Control Technology | 2 credits |
EEG9370 | Random Signal Analysis | 2 credits |
COE9015 | Information Theory and Coding | 2 credits |
COE9321 | Fundamentals of Communication Networks | 2 credits |
COE9007 | Communication Signal Processing | 2 credits |
COE9302 | Mobile Communications | 2 credits |
COE9304 | Microwave Technology and Antennas | 2 credits |
COE9340 | Optical Fiber Communication Technology and Applications | 2 credits |
EEG9011 | Modern Switching Technology | 2 credits |
EEG9002 | Introduction to Modern Signal Processing | 2 credits |
EEG9014 | Biomedical Signal Processing | 2 credits |
EEG9006 | Speech Signal Processing Technology | 2 credits |
EEG9013 | Application-Specific Integrated Circuit (ASIC) Technology | 2 credits |
EEG9017 | Computer Networks | 2 credits |
EEG9016 | Project Management | 1 credit |
Curriculum for Communication Engineering Program
一、Engineering Foundation Courses (11 courses, 30 credits)
MAT1110 | Advanced Mathematics I | 6 credits |
MAT1210 | Advanced Mathematics II | 6 credits |
MAT1130 | Linear Algebra | 2 credits |
MAT1240 | Probability and Mathematical Statistics | 3 credits |
PHY1030 | General Physics | 4 credits |
PHY1000 | General Physics Laboratory | 2 credits |
ENC9105 | Introduction to Engineering Design | 2 credits |
CST9910 | C Programming | 2 credits |
ENC9301 | Engineer’s Professional Ethics and Responsibility | 1 credit |
ENC9110 | Introduction to Chemistry | 1 credit |
ENC9120 | Introduction to Biology | 1 credit |
二、Professional Basic Courses (9 courses, 33.5 credits)
MAT1230 | Functions of a Complex Variable | 2 credits |
EEG9102 | Basic Circuit Theory | 5 credits |
EEG9222 | Signals and Systems | 4 credits |
EEG9110 | Analog Electronic Technology | 4.5 credits |
EEG9241 | High-Frequency Electronic Circuits | 4.5 credits |
EEG9210 | Digital Circuits | 4.5 credits |
EEG9231 | Microcomputer and Microcontroller Systems and Applications | 4 credits |
EEG9330 | Digital Signal Processing | 3 credits |
EEG9320 | Electromagnetic Field Theory | 2 credits |
三、Professional Compulsory Courses (12 courses, 34 credits)
COE9311 | Principles of Modern Communication | 4 credits |
COE9015 | Information Theory and Coding | 2 credits |
COE9321 | Fundamentals of Communication Networks | 2 credits |
CST2043 | Data Structures | 3 credits |
EEG9317 | Embedded Systems and Applications | 3 credits |
EEG9316 | DSP Technology and Applications | 3 credits |
EEG9322 | FPGA Design | 3 credits |
EEG7001 | Electronic and Communication Engineering System Project I☆ | 1 credit |
EEG7002 | Electronic and Communication Engineering System Project II☆ | 1 credit |
EEG7003 | Electronic and Communication Engineering System Project III☆ | 1 credit |
EEG7200 | Production Practice | 1 credit |
EEG7300 | Graduation Project | 10 credits |
四、Elective Practical Components (Minimum 3 credits required)
ENC8000 | Innovation Design Project☆☆ | 1 credit |
EEG8010 | Microcomputer Control and Measurement Project☆☆ | 1 credit |
EEG8020 | Integrated Electronic Simulation and Design Project☆☆ | 1 credit |
EEG8031 | Embedded System Comprehensive Design Project☆☆ | 1 credit |
EEG8050 | Digital Signal Processing Comprehensive Design Project☆☆ | 1 credit |
COE8010 | Communication Comprehensive Design Project☆☆ | 1 credit |
五、Professional Directional Elective Courses (Minimum 5 courses, 10 credits required)
COE9007 | Communication Signal Processing | 2 credits |
COE9302 | Mobile Communications | 2 credits |
COE9304 | Microwave Technology and Antennas | 2 credits |
COE9340 | Optical Fiber Communication Technology and Applications | 2 credits |
EEG9011 | Modern Switching Technology | 2 credits |
EEG9326 | Digital Image Processing | 3 credits |
EEG9250 | Electronic Measurement and Instruments | 3 credits |
EEG9318 | Sensors and Detection Technology | 3 credits |
EEG9319 | EDA Technology and Applications | 2 credits |
EEG9013 | Electromagnetic Compatibility and Anti-Interference Technology | 2 credits |
EEG9004 | Computer Control Technology | 2 credits |
EEG9370 | Random Signal Analysis | 2 credits |
EEG9324 | Principles of Automatic Control | 3 credits |
EEG9002 | Introduction to Modern Signal Processing | 2 credits |
EEG9014 | Biomedical Signal Processing | 2 credits |
EEG9006 | Speech Signal Processing Technology | 2 credits |
EEG9013 | Application-Specific Integrated Circuit (ASIC) Technology | 2 credits |
EEG9017 | Computer Networks | 2 credits |
EEG9016 | Project Management | 1 credit |