中山大学培养方案之信息科学与技术学院-电子信息科学与技术专业(与香港中文大学联合培养)

信息科学与技术学院
电子信息科学与技术专业（与香港中文大学联合
培养）培养方案
一、培养目标
培养德、智、体、美、劳全面发展，具有良好综合素质和开拓
创新能力，系统掌握本专业的基本理论、基础知识和基本技能与方
法，能参与国际交流，具有实际应用和科学研究能力的电子信息科
学及其相关技术与产业领域的复合型应用技术人才。

二、培养规格和要求
1.注重德、智、体、美、劳全面发展，掌握所必需的人文科学
和自然科学的基本知识,并具有学习与运用这些知识的基本
能力。

2.系统掌握电子信息科学技术方面的基本理论，基础知识和基
本技能与方法，受到良好的科学思维和科学实验的基本训练。

3.对电子学与信息技术有较好的了解，受到应用方法和设计技
能的一定的训练，具有较强的电子信息系统分析和设计能力，
对本学科的新发展及其应用前景有一定的了解。

4.具有在专业领域跟踪新理论、新知识、新技术的能力，与他
人进行有效的交流以及团队合作的能力；能从事信息科学各
相关领域的科学研究、技术开发和管理、以及教学等工作。

5.熟练掌握一门外语, 能参与相关领域的国际交流与合作。

三、授予学位
在中山大学学习两年后，由香港中文大学组织遴选，遴选通过之
后进入香港中文大学学习，按照香港中文大学提供的学习计划进行
培养。

四年后，按要求完成学业者授予中山大学毕业证书，并可按
照香港中文大学有关要求获得香港中文大学相关学位。

如果没有通过遴选而转入电子信息科学与技术专业学习，则前两年获得的学分顶替电子信息科学与技术专业教学计划中相近课程的学分，如果本教学计划中没有与电子信息科学与技术专业教学计划前两年的必修课程相近课程，则需要补修电子信息科学与技术专业教学计划中的这些必修课程。

转入电子信息科学与技术专业后，从第六学期开始，后两年按照电子信息科学与技术专业的教学计划进行培养。

四、毕业总学分及课内总学时
五、专业核心课程
程序设计I、程序设计II、电路理论基础、数字电路与系统、模拟
电子技术、信号与系统、数据结构与算法、概率论与数理统计、工程数学
六、专业特色课程
所有专业课程均使用全英语教学
七、专业在中山大学两年学习期间课程设置及教学进程计划表（附表一）
八、专业在香港中文大学学习期间相关学位的课程设置情况与学习计划参考表（附录一）
附表一：
电子信息科学与技术专业（与香港中文大学联合培养）课程设置及教学进程计划表（在中山大学两年学习期间）
电子信息科学与技术专业（与香港中文大学联合培养）课程设置及教学进程计划表（在中山大学两年学习期间）
附录一：
香港中文大学相关学位的课程设置情况及学习计划参考表
Electronic Engineering Programme
Recommended Study Pattern for Year 2 Entry(2013-2014)
[ ] The course(s) inside square bracket are the new courses created for 334 curriculum and will be offered in 2014-15 (except ENGG2600 will be offered in 2013-14).
SUMMARY
the requirements of University courses, students should take at least 3 courses, each from Area A, C and D.
Group A Electives
ELEG 3010 INTRODUCTION TO LASERS AND PHOTONICS 3
ELEG 3101*MEDICAL INSTRUMENTATION AND SENSORS 3
ELEG 3204* WIRELESS TECHNOLOGY AND SYSTEMS 3
ELEG 3205* MODERN DIGITAL CIRCUIT DESIGN 3
ELEG 3207 INTRODUCTION TO POWER ELECTRONICS 3
ELEG 3220 MODERN DIGITAL CIRCUIT DESIGN 3
ELEG 3240 MEDICAL INSTRUMENTATION AND SENSORS 3
ELEG 3302*FUNDAMENTALS OF PHOTONICS 3
ELEG 3303* INTRODUCTION TO OPTICAL COMMUNICATIONS 3
ELEG 3320 INTRODUCTION TO OPTICAL COMMUNICATIONS 3
ELEG 3330 WIRELESS TRANSMISSION SYSTEMS 3
ELEG 3340 ANALOG AND DIGITAL COMMUNICATIONS 3
ELEG 3410 RANDOM PROCESSES AND DIGITAL SIGNAL PROCESSING 3
ELEG 3502*ANALOG AND DIGITAL COMMUNICATIONS 3
ELEG 3503*INTRODUCTION TO DIGITAL SIGNAL PROCESSING 3
BMEG 3420 MEDICAL ROBOTICS 3
CSCI 1010 HANDS-ON INTRODUCTION TO C 3
CSCI 1030 HANDS-ON INTRODUCTION TO JAVA 3
CSCI 1040 HANDS-ON INTRODUCTION TO PYTHON 3
CSCI 1050 HANDS-ON INTRODUCTION TO MATLAB 3
CSCI 2100 DATA STRUCTURES 3
IERG 3310 COMPUTER NETWORKS 3
SEEM 2440 ENGINEERING ECONOMICS 3
DSME1030 ECONOMICS FOR BUSINESS STUDIES I 3
* Courses will be offered in 2014-2015.
Group B Electives
ELEG 4190 BIOMEDICAL MODELLING 3
ELEG 4201* CMOS INTEGRATED CIRCUITS 2
ELEG 4210 POWER MANAGEMENT ELECTRONICS 3
ELEG 4203* RADIO FREQUENCY ELECTRONICS 2
ELEG 4204* ADVANCED RADIO FREQUENCY CIRCUIT DESIGN 2
ELEG 4205* POWER CONVERTER CIRCUITS 2
ELEG 4260 CMOS INTEGRATED CIRCUITS 3
ELEG 4301* PHYSICS AND TECHNOLOGY OF SEMICONDUCTOR DEVICES 2
ELEG 4302* MICROOPTICS 2
ELEG 4303* INTEGRATED CIRCUITS FABRICATION TECHNOLOGY 2
ELEG 4310 MODERN COMMUNICATION SYSTEMS 3
ELEG 4320 MICROWAVE ELECTRONICS 3
ELEG 4410 ADVANCED DIGITAL SIGNAL PROCESSING AND APPLICATIONS 3
ELEG 4430 DIGITAL IMAGE PROCESSING 3
ELEG 4501*DIGITAL SIGNAL PROCESSING AND APPLICATIONS 2
ELEG 4502* DIGITAL IMAGE PROCESSING 2
ELEG 4503* MODERN COMMUNICATION SYSTEMS 2
ELEG 4510 PHYSICS AND TECHNOLOGY OF SEMICONDUCTOR DEVICES 3
ELEG 4520 INTEGRATED OPTICS 3
ELEG 4530 INTEGRATED CIRCUITS FABRICATION TECHNOLOGY 3
ELEG 4560 ELECTRONIC THIN FILM SCIENCE 3
ELEG 4580 MICROOPTICS 3
ELEG 5101*ADVANCED MEDICAL INSTRUMENTATION AND BIOSENSORS 3
ELEG 5102* BIOMEDICAL AND HEALTH INFORMATICS 3
ELEG 5103 PROSTHETICS & ARTIFICAL ORGANS 3
ELEG 5104 INTRODUCTION TO BIOMIMETIC ENGINEERING 3
ELEG 5110 ADVANCED MEDICAL INSTRUMENTATION AND BIOSENSORS 3
ELEG 5140 BIOMEDICAL INFORMATION ENGINEERING 3
ELEG 5201*ANALOG-DIGITAL ASIC DESIGN 3
ELEG 5205* ADVANCED MICROWAVE ENGINEERING 3
ELEG 5210 CMOS ANALOG INTEGRATED CIRCUITS 3
ELEG 5280 ANALOG-DIGITAL ASIC DESIGN 3
ELEG 5301* PHOTONIC INTEGRATED CIRCUITS 3
ELEG 5302* BIOPHOTONICS 3
ELEG 5303 FLEXIBLE ELECTRONICS – PHYSICS AND TECHNOLOGY 3
ELEG 5310 ADVANCED MICROWAVE ENGINEERING 3
ELEG 5410 PATTERN RECOGNITION 3
ELEG 5420 SPEECH AND AUDIO PROCESSING 3
ELEG 5431 VIDEO CODING TECHNOLOGY 3
ELEG 5501* SPEECH AND AUDIO PROCESSING 3
ELEG 5502* VIDEO CODING TECHNOLOGY 3
ELEG 5503* PATTERN RECOGNITION 3
ELEG 5521 BIOPHOTONICS 3 BMEG4103* BIOMEDICAL MODELLING 3 ENGG5201 ANALOG-DIGITAL ASIC DESIGN 3 ENGG5202 PATTERN RECOGNITION 3 ENGG5281 ADVANCED MICROWAVE ENGINEERING 3
* Courses will be offered in 2015-2016.
Information Engineering Programme
Recommended Study Pattern for Year 2 Entry(2013-2014) First Year
st nd
Second Year
rd th
Number of Units
Major Required Courses 34
Major Electives 24 (At least 18 units from Core
Electives)
College General Education Courses 3 (Additional
college-specific requirements
may apply)
University General Education Courses 6 (covering areas A, C, D)
Language Courses 3 (ELTU1111)
Physical Education Course 1
71
Additional Graduation Requirements (2nd year entrants)
1.Obtain a Pass in the IT Proficiency Test
Explanatory notes:
[a] Students in the CUHK SYSU 2+2 program are strongly advised to apply for exemption of CSCI2100, IERG2051, ENGG2013, ENGG2040. If approved, the student needs to substitute the credit units of the exempted courses with major elective ones, i.e. the minimum number of required credit units for graduation remains the same.
The exemption can be applied via CUSIS.
Work Study Programme
♦After the pre-final year of study, all students can participate in the work-study program on a voluntary basis.
♦Each participant is required to spend 7-15 months, as a full-time employee, in a selected local company, engaged in Information Technology, Telecommunications, and Application Services.
Computer ScienceProgramme
Study Scheme for Year 2 Entry(2013-14)
Students are required to complete a minimum of 59 units of Major courses as follows (Note):
(i) Required Courses: 40 units
CSCI2100, 2110, 3100, 3130, 3150, 3160, 3170,3180, 3250, 3420,
4010, 4020, ENGG2040
(ii) Elective Courses: 19 units
CSCI1020, 1040, 1050, 3120, 3220, 3230, 3260, 3270, 3280, 3290,
3310, 3320, 4120, 4140, 4160, 4180, 4190, 4210, 4220, 4260, 4430,
5010, 5020, 5030, 5040, 5050, 5060, 5070, 5080, 5110, 5120, 5150,
5160(or ENGG5102),5170, 5180(or ENGG5103), 5210, 5230, 5240,
5250(or ENGG5106), 5280(or ENGG5104), 5310, 5320, 5330,
5340,5350, 5360, 5370, 5390, 5420, 5430, 5440, 5450, 5460, 5470(or
ENGG5105), 5510, 5520, 5530, CENG2010, 3430, 3470, 3490, 4100,
4480, 5010, 5020, 5030, 5050, 5270, 5271, 5272, 5410 (or
ENGG5101), 5420, 5430, IERG3050#, 4180#, SEEM3420#, 3430#,
3490#, any one course from (DSME3020, 4070, 4150, 4210,4250,
MKTG4080)
Total: 59 units
Notes : 1. Major courses at 3000 and above level will be included in the calculation of the
Major GPAfor honours classification. Courses with “#” and E NGG3910, 3920 are to be included in theMajor GPA as well.
2. Students are required to fulfil the Faculty Language Requirement, in addition to
other requirements stipulated by the University. Please refer to the Faculty Language Requirement of the Faculty of Engineering for details.
3. ENGG5101 is equivalent to CENG5410.
4. ENGG5102 is equivalent to CSCI5160.
5. ENGG5103 is equivalent to CSCI5180.
6. ENGG5104 is equivalent to CSCI5280.
7. ENGG5105 is equivalent to CSCI5470.
8. ENGG5106 is equivalent to CSCI5250.
Recommended Study Pattern
Course List
Course Code Course Title Unit CSCI1010 Hands-on Introduction to C 1 CSCI1020 Hands-on Introduction to C++ 1 CSCI1030 Hands-on Introduction to Java 1 CSCI1040 Hands-on Introduction to Python 1 CSCI1050 Hands-on Introduction to Matlab 1
CSCI1110 Introduction to Computing Using C 3 CSCI1120 Introduction to Computing Using C++ 3 CSCI1130 Introduction to Computing Using Java 3 CSCI1140 Programming Laboratory 1 CSCI2100 Data Structures 3 CSCI2110 Discrete Mathematics 3 CSCI2120 Introduction to Software Engineering 2 CSCI2800 Numerical Computation 3 CSCI3100 Software Engineering 3 CSCI3120 Compiler Construction 3 CSCI3130 Formal Languages and Automata Theory 3 CSCI3150 Introduction to Operating Systems 3 CSCI3160 Design and Analysis of Algorithms 3 CSCI3170 Introduction to Database Systems 3 CSCI3180 Principles of Programming Languages 3 CSCI3190 Introduction to Discrete Mathematics and Algorithms 3 CSCI3220 Algorithms for Bioinformatics 3 CSCI3230 Fundamentals of Artificial Intelligence 3 CSCI3250 Computers and Society 2 CSCI3260 Principles of Computer Graphics 3 CSCI3270 Advanced Programming Laboratory 2 CSCI3280 Introduction to Multimedia Systems 3 CSCI3290 Computational Photography 3 CSCI3310 Mobile Computing and Applications Development 3 CSCI3320 Fundamentals of Machine Learning 3 CSCI3420 Computer System Architectures 3 CSCI4010 Final Project I 4 CSCI4020 Final Project II 4 CSCI4120 Principles of Computer Game Software 3 CSCI4140 Open-source Software Project Development 3 CSCI4160 Distributed and Parallel Computing 3 CSCI4180 Introduction to Cloud Computing 3 CSCI4190 Introduction to Social Networks 3 CSCI4210 Reverse Software Engineering 3 CSCI4220 Introduction to Game Theory in Computer Science 3 CSCI4260 Current Topics in Computing Techniques 3 CSCI4430 Data Communication and Computer Networks 3 CSCI5010 Practical Computational Geometry Algorithms 3 CSCI5020 External Data Structures 3 CSCI5030 Machine Learning Theory 3 CSCI5040 Combinatorics Computing 3 CSCI5050 Topics in Bioinformatics and Computational Biology 3 CSCI5060 Techniques in Theoretical Computer Science 3 CSCI5070 Advanced Topics in Social Computing 3 CSCI5080 Advanced System Security 3 CSCI5110 Advanced Topics in Software Engineering 3 CSCI5120 Advanced Topics in Database Systems 3 CSCI5150 Learning Theory and Computational Finance 3 CSCI5160 or
Topics in Algorithms 3 ENGG5102
CSCI5170 Theory of Computation Complexity 3 CSCI5180 or
Techniques for Data Mining 3 ENGG5103
CSCI5210 Advanced Topics in Computer Graphicsand Visualization 3 CSCI5230 Advanced Topics in Compiler Construction 3 CSCI5240 Combinatorial Search and Optimization with Constraints 3 CSCI5250 or Information Retrieval and Search Engines 3
ENGG5106
CSCI5280 or
Image Processing and Computer Vision 3 ENGG5104
CSCI5310 Topics in Biometrics 3 CSCI5320 Topics in Graph Algorithms 3 CSCI5330 Advanced Algorithms for Bioinformatics 3 CSCI5340 Advanced Topics in Distributed Software Systems 3 CSCI5350 Game Theory in Computer Science 3 CSCI5360 Grid Computing 3 CSCI5370 Quantum Computing 3 CSCI5390 Advanced Topics in GPU Programming 3 CSCI5420 Computer System Performance Evaluation 3 CSCI5430 Autonomous Agents andMultiagent Systems 3 CSCI5440 Theory of Cryptography 3 CSCI5450 Randomness and Computation 3 CSCI5460 Virtual Reality 3 Computer and Network Security 3 CSCI5470 or
ENGG5105
CSCI5510 Big Data Analytics 3 CSCI5520 Foundations of Data Privacy 3 CSCI5530 Interactive Computer Animation and Simulation 3 ENGG2040 Probability Models and Applications 3 CENG2010 Digital Logic Design Laboratory 1 CENG3430 Rapid Prototyping of Digital Systems 3 CENG3470 Digital Circuits 3 CENG3490 VLSI Design 3 CENG4100 Smartphones: Hardware Platform & Application Development 3 CENG4480 Embedded System Development and Applications 3 CENG5010 Reconfigurable Computing 3 CENG5020 Fault-Tolerant Computing 3 CENG5030 Energy Efficient Computing 3 CENG5050 Hardware for Human Machine Interface 3 CENG5270 EDA for Physical Design of Digital Systems 3 CENG5271 EDA for Logic Design of Digital Systems 3 CENG5272 VLSI Testing 3 CENG5410 or
Advanced Computer Architecture 3 ENGG5101
CENG5420 Computer Arithmetic Hardware 3 CENG5430 Architectures and Algorithms for Parallel Processing 3 IERG3050 Simulation and Statistical Analysis 3 IERG4180 Network Software Design and Programming 3 SEEM3420 File Structures and Processing 3 SEEM3430 Information Systems Analysis and Design 3 SEEM3490 Information Systems Management 3
Computer EngineeringProgramme
Study Scheme for Year 2 Entry(2013-14)
Students are required to complete a minimum of 58/59 units of Major courses as follows (Notes): (i) Required Courses: 31 units
CENG3150, 3420, 3430, 3470, CSCI3100, 3190, ELEG2860,
ENGG2310, 4910#, 4920#
And complete at least 9/10 units from the following courses as
9/10 units directed by the Department:
ELEG1110, 2110, ENGG2011, 2012, 2810
(ii) Elective Courses: 18 units
a. Select 9 units from the following courses:
CENG3490, 4480, 5010, CSCI4140, 4430, ENGG5105
b. And select at least 3 units from the following courses:
CENG4100, 5020, 5030, 5050, 5120, 5270, 5271, 5272, 5420,
5430, CSCI1030, 1040, 1050, 2800, 3120, 3170, 3220, 3250, 3260,
3270, 3280, 3290, 3310, 3320, 4120, 4180, 4190, 4210, 4220, 5010,
5020, 5030, 5040, 5050, 5060, 5070, 5080, 5150, 5230, 5240, 5310,
5320, 5330, 5340, 5350, 5360, 5370, 5390, 5420, 5430, 5440, 5450,
5460, 5510, 5520, 5530, ENGG5101, 5102, 5103, 5106,
ELEG4410#, IERG4020#, 4160#, 4190#, any one course from
(DSME3020, 4070, 4150, 4210, 4250, MKTG4080)
Remaining units from any courses offered by the Faculty of
Engineering (Except ENGG3910 and 3920)
Total: 58/59 units * Apart from the above courses, students will be directed by the Department to complete at least 9/10 units from the following Major Courses in Terms 1 and 2: ELEG1110, 2110,
ENGG2011, 2012, 2810.
Notes: Applicable to students with associate degrees/higher diplomas
1. Major courses which are at 3000 and above level will be included in the calculation
of the Major GPA for honours classification. Courses with “ # ” are to be included in
the Major GPA as well.
2. Besides the Major courses mentioned in Note 1, the other BMEG, CSCI, ELEG,
ENER, ENGG, IERG, MAEG and SEEM courses at 3000 and above level taken by
the students will also be included in the calculation of the Major GPA.
3. Students are required to fulfil the Faculty Language Requirement, in addition to
other requirementsstipulated by the University. Please refer to the Faculty Language
Requirement of the Faculty of Engineering for details.
4 ENGG5101 is equivalent to CENG5410
5 ENGG5102 is equivalent to CSCI5160
6 ENGG5103 is equivalent to CSCI5180
7 ENGG5105 is equivalent to CSCI5470
8 ENGG5106 is equivalent to CSCI5250
Recommended Study Pattern
Course List
Course Code Course Title Unit CENG2010 Digital Logic Design Laboratory 1 CENG2400 Embedded System Design 3 CENG3150 Principles of System Software 3 CENG3420 Computer Organization and Design 3 CENG3430 Rapid Prototyping of Digital Systems 3 CENG3470 Digital Circuits 3 CENG3490 VLSI Design 3 CENG4100 Smartphones: Hardware Platform and Application Development 3 CENG4430 Distributed Systems and Networks 3 CENG4480 Embedded System Development and Applications 3 CENG5010 Reconfigurable Computing 3 CENG5020 Fault-tolerant Computing 3 CENG5030 Energy Efficient Computing 3 CENG5050 Hardware for Human Machine Interface 3 CENG5120 SEQ Machines and Automata Theory 3 CENG5270 EDA for Physical Design of Digital Systems 3 CENG5271 EDA for Logic Design of Digital Systems 3 CENG5272 VLSI Testing 3 Advanced Computer Architecture 3 CENG5410 or
ENGG5101
CENG5420 Computer Arithmetic Hardware 3 CENG5430 Architectures and Algorithms for Parallel Processing 3 CSCI1030 Hands-on Introduction to Java 1 CSCI1040 Hands-on Introduction to Python 1 CSCI1050 Hands-on Introduction to Matlab 1 CSCI2800 Numerical Computation 3 CSCI3100 Software Engineering 3 CSCI3120 Compiler Construction 3 CSCI3170 Introduction to Database Systems 3 CSCI3190 Introduction to Discrete Mathematics and Algorithms 3 CSCI3220 Algorithms for Bioinformatics 3 CSCI3250 Computers and Society 2 CSCI3260 Principles of Computer Graphics 3 CSCI3270 Advanced Programming Laboratory 2 CSCI3280 Introduction to Multimedia Systems 3 CSCI3290 Computational Photography 3 CSCI3310 Mobile Computing and Applications Development 3 CSCI3320 Fundamentals of Machine Learning 3 CSCI4120 Principles of Computer Game Software 3 CSCI4140 Open-source Software Project Development 3 CSCI4180 Introduction to Cloud Computing 3 CSCI4190 Introduction to Social Networks 3 CSCI4210 Reverse Software Engineering 3 CSCI4220 Introduction to Game Theory in Computer Science 3 CSCI4430 Data Communication and Computer Networks 3 CSCI5010 Practical Computational Geometry Algorithms 3 CSCI5020 External Data Structures 3 CSCI5030 Machine Learning Theory 3 CSCI5040 Combinatorics Computing 3 CSCI5050 Topics in Bioinformatics and Computational Biology 3 CSCI5060 Techniques in Theoretical Computer Science 3 CSCI5070 Advanced Topics in Social Computing 3 CSCI5080 Advanced System Security 3 CSCI5150 Learning Theory and Computational Finance 3 CSCI5160 or Topics in Algorithms 3
ENGG5102
Techniques for Data Mining 3 CSCI5180 or
ENGG5103
CSCI5230 Advanced Topics in Compiler Construction 3 CSCI5240 Combinatorial Search and Optimization with Constraints 3 Information Retrieval and Search Engines 3 CSCI5250 or
ENGG5106
CSCI5310 Topics in Biometrics 3 CSCI5320 Topics in Graph Algorithms 3 CSCI5330 Advanced Algorithms for Bioinformatics 3 CSCI5340 Advanced Topics in Distributed Software Systems 3 CSCI5350 Game Theory in Computer Science 3 CSCI5360 Grid Computing 3 CSCI5370 Quantum Computing 3 CSCI5390 Advanced Topics in GPU Programming 3 CSCI5420 Computer System Performance Evaluation 3 CSCI5430 Autonomous Agents and Multiagent Systems 3 CSCI5440 Theory of Cryptography 3 CSCI5450 Randomness and Computation 3 CSCI5460 Virtual Reality 3 Computer and Network Security 3 CSCI5470 or
ENGG5105
CSCI5510 Big Data Analytics 3 CSCI5520 Foundations of Data Privacy 3 CSCI5530 Interactive Computer Animation and Simulation 3 ENGG2011 Advanced Engineering Mathematics (Syllabus A) 3 ENGG2012 Advanced Engineering Mathematics (Syllabus B) 3 ENGG2310 Principles of Communication Systems 3 ENGG2810 Engineering Laboratory II 1 ENGG4910 Thesis I 4 ENGG4920 Thesis II 4 ELEG1110 Basic Circuit Theory 3 ELEG2110 Electronic Circuits 3 ELEG2860 Professional Engineering Practice 2 ELEG4410 Advanced Digital Signal Processing and Applications 3 IERG4020 Telecommunication Switching and Network Systems 3 IERG4160 Image and Video Processing 3 IERG4190 Multimedia Coding and Processing 3。