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| 新加坡南洋理工大学 德国慕尼黑工业大学 联合项目春季入学- 微电子,航空工程 少量内部名额报名从速 |
中国沈阳招生说明会 东北大学 大学活动中心201室 10月16日晚18：30 中国珠海招生说明会 中山大学珠海分校 教学楼C301：10月10号，7pm-9pm
北京理工大学珠海分校 综合楼A108： 10月11号，3pm-5pm
北师大珠海分校 丽泽楼C108：10月11号，7pm-9pm |
 南星由新加坡政府ACAR认证 |
| 首页->新加坡留学－>新加坡国立大学，南洋理工大学研究生申请 |
MASTER OF SCIENCE (ELECTRICAL ENGINEERING)
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| 来源：NUS The Master of Science (M.Sc.) in Electrical Engineering is structured around lectures and end-ofsemester examinations. Candidates may opt for part-time or full-time study. A candidate needs to complete at least 10 modules and may read for a M.Sc. in Electrical Engineering with or without a major, i.e. an area of specialisation. The majors available are as follows: 1. Automation and Control Engineering 2. Communications Engineering 3. Computer Engineering 4. Data Storage [Jointly with Data Storage Institute (DSI) ] 5. Microelectronics Whether or not a major is taken, a candidate may offer projects in lieu of graduate modules. If a candidate opts for a project, he/she has to propose a suitable project and find an appropriate supervisor. The Department does not have a list of projects. The candidate's experience and expertise in his/her workplace should help to identify a suitable project. There are 2 types of projects (only one of these types can be taken): Type 1: Independent Study Modules, EE5001/ EE5002 (equivalent to one graduate module) Type 2: EE Project, EE5003 (equivalent to two graduate modules) M.Sc. (ELECTRICAL ENGINEERING) - WITHOUT A MAJOR To complete 10 modules or its equivalent from the following: EE5xxx Any EE5000 level series graduate module EE6xxx Any EE6000 level series graduate module EE5001 Independent Study Module I EE5002 Independent Study Module II EE5003 EE Project (modules without EE codes are subject to approval) |
| MAJOR IN AUTOMATION AND CONTROL ENGINEERING 2 compulsory modules from the following: EE5101 Linear Systems EE5103 Computer Control Systems EE5104 Adaptive Control Systems EE6104 Adaptive Control Systems (Advanced) MCH5206 Instrumentation and Sensors (modules without EE codes are subject to approval) At least 4 other modules which may be chosen from the above and/or the following: EE5102 Multivariable Control Systems EE5105 Optimal Control Systems EE5106 Advanced Robotics EE5301 Adaptive Signal Processing EE5703 Industrial Drives EE5903 Real-Time Systems EE5904 Neural Networks EE6102 Multivariable Control Systems (Advanced) MCH5002 Applications of Mechatronics MCH5003 Modelling of Mechatronic Systems ME5606 Intelligent Systems in Manufacturing ME5405 Machine Vision MCH5212 Factory Automation (modules without EE codes are subject to approval) MAJOR IN COMMUNICATIONS ENGINEERING At least 4 modules from the following: EE5301 Adaptive Signal Processing EE5302 Microwave Theory & Techniques EE5303 Microwave Electronics EE5305 Digital Communications EE5306 Random Signal Analysis EE5307 Coding Theory & Techniques EE5308 Antenna Engineering EE5401 Cellular Mobile Communications EE5404 Satellite Communications EE5407 Adaptive & Spatial Based Wireless Systems EE6005 Selected Topics in Advanced Communication At most 2 modules from the following: EE5101 Linear Systems EE5406 Wireless Network Protocols EE5910 Multimedia Networking EE5912 High Speed Networks EE6901 3D Vision EE6902 Computer Communication Networks MAJOR IN COMPUTER ENGINEERING At least 4 modules from the following: EE5201 Magnetic Recording Technology EE5406 Wireless Network Protocols EE5408 Mobile Computing EE5506 Advanced VLSI Design EE5902 Multiprocessor Systems EE5903 Real-time Systems EE5904 Neural Networks EE5907 Pattern Recognition EE5910 Multi-Media Networking EE5912 High Speed Networks EE6901 3D Vision EE6902 Computer Communication Networks At most 2 modules from the following: EE5101 Linear Systems EE5301 Adaptive Signal Processing EE5401 Cellular Mobile Communications EE5407 Adaptive & Spatial Signal Based Wireless Systems CS5223 Distributed Systems CS5231 Cryptographic Tech. & Data Security CS6206 Advanced Topics in Human Computer (modules without EE codes are subject to approval) MAJOR IN DATA STORAGE The following 4 compulsory modules: EE5201 Magnetic Recording Technology EE5202 Nanometer Scale Information Storage EE5203 Design of Spindle Motors & Actuators EE5208 Applied Engineering Magnetics At least 2 modules from the following: EE5103 Computer Control Systems EE5204 Servo Engineering [MCH5204] EE5207 Tribology and Mechanics of Magnetics Storage Systems EE5209 Nanoelectronics IE5122 Statistical Quality Control IE5123 Reliability Engineering ME5602 Manufacturing Systems Engineering (modules without EE codes are subject to approval) MAJOR IN MICROELECTRONICS The following 2 compulsory modules: (Strongly recommended for completion in first year) EE5508 Semiconductor Fundamentals EE5515 CMOS Front-End Processes and Integration At least 3 modules from the following: EE5209 Nanoelectronics EE5502 MOS Devices EE5506 Advanced VLSI Design EE5507 Analog Integrated Circuit Design EE5514 IC Yield, Reliability & Failure Analysis EE5516 Plasma Processes and Interconnects PC5203 Advanced Solid State Physics (modules without EE codes are subject to approval) |
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