NATIONAL SUN YAT-SEN UNIVERSITY
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1 NATIONAL SUN YAT-SEN UNIVERSITY Department of Electrical Engineering (Master s Degree, Doctoral Program Course, International Master's Program in Electric Power Engineering) Course Structure Course Structures Reviewed by the External Reviewers on May 1, 2009 Approved by the 6 th Joint Department/Institute General Meeting on January 16, 2009, School Year 97. Approved by the 10 th Joint Department/Institute General Meeting on July 22, 2009, School Year 97. Approved by the 1 st Joint Department/Institute General Meeting on September 24, 2010, School Year 99. Amended by the 6 th Joint Department/Institute General Meeting on March 25, 2011, School Year 99. Amended by the 128 th Academic Affairs Meeting on June 13, Course Structures Reviewed by the External Reviewers on May 1, Amended by the 8 th Joint Department/Institute General Meeting on May 26, 2011, School Year 99. Amended by the 2 nd Joint Department/Institute General Meeting on July 22, 2009, School Year 100. Amended by the 3 rd University Course Committee Meeting on September 24, 2010, School Year 100. Amended by the 131 st Academic Affairs Meeting on March 19, Amended by the 1 st Joint Department/Institute Course Committee Meeting on October 23, 2013, School Year 102. Amended by the 2 nd Joint Department/Institute General Meeting on October 25, 2013, School Year 102. Amended by the 2 nd Joint Department/Institute Course Committee Meeting on November 25, 2013, School Year 102. Amended by the 3 rd Joint Department/Institute General Meeting on December 13, 2013, School Year 102. Amended by the 6 th Joint Department/Institute General Meeting on March 28, 2014, School Year 102. Course Structures Reviewed by the External Reviewers in April, Amended by the 4 th Joint Department/Institute Course Committee Meeting on April 22, 2014, School Year 102. Amended by the 7 th Joint Department/Institute General Meeting on April 25, 2014, School Year 102. Amended by the 4 th University Course Committee Meeting on May 26, 2014, School Year 102. Amended by the 140 th Academic Affairs Meeting on June 10, Amended by the 1 st Joint Department/Institute Course Committee Meeting on October 15, 2014, School Year 103. Electronics Domain Compulsory/Elective Courses Established by the Department Seminar (1,1)(1,1)/English Technical Writing (3) Elective Courses Established by the Department 1. Photoelectronic Devices (Core) 2. Solid State Electronic Devices (I) (Core) 3. Materials Science (I) (Core) 4. Materials Science (II) 5. SOI IC Engineering 6. Semiconductor Devices 7. Optoelectronic Semiconductor Engineering 8. RF Microelectronics 9. Advanced Silicon on Insulator Technology 10. Microelectromechanical System (MEMS)
2 11. Sensors 12. Electronics Ceramics 13. Microsystems Design 14. RF-MEMS and Interface Circuits 15. Microwave Devices 16. Advanced Microwave Devices 17. Solid State Electronic Devices (II) 18. Analog Integrated Circuits 19. Independent Studies in Smart-Sensing Microchips Design 20. Special Topics in RF Microelectronics 21. Special Topics in RF-MEMS Design 22. Special Topics in SOI/MOSFET Design 23. Independent Studies In Advanced Device Reliability 24. Special Topics in Semiconductor Optoelectronics 25. Special Topics in Microelectronics Engineering 26. Special Topics in Electronic Devices (I) 27. Special Topics in Electronic Devices (II) 28. Independent Studies in Thin-Film Technology 29. Independent Studies in Advanced Device Analysis Control Domain 1. AC-DC Motor Control (Core) 2. Nonlinear Systems (Core) 3. Linear System Analysis (Core) 4. Hilbert Space Method and Applications 5. Design of Nonlinear Control System 6. Analog Filter Theory and Design 7. Optimal Control 8. Digital Control 9. Fundamental Numerical Optimization 10. Fuzzy Mathematics 11. Power Electronic Circuits 12. Robotics 13. Machine Learning 14. Advanced Digital Signal Microprocessor 15. Special Topics in Multimedia Control (I) 16. Special Topics in Multimedia Control (II) 17. Special Topics in Control Of Switched Systems 18. Special Topics in Advanced Control Systems Multimedia Network Domain 1. VLSI System Architecture (Core) 2. Computer Networks (Core) 3. Design and Analysis of Algorithms (Core) 4. Stochastic Processes (Core) 5. Digital Signal Processing (Core) 6. Digital Communication (Core) 7. Artificial Intelligence (I) 8. Artificial Intelligence (Ii) 9. Mobile Ad Hoc Networks 10. System-On-Chip Verification 11. Soft Computing
3 12. Cooperative Communications and Networking 13. Advanced Image Processing 14. Simulation of Communication System 15. Wireless Networks and Mobile Computing 16. Wireless and Mobile Multimedia Networks 17. Electronic System Level Design 18. Cryptography 19. Computer Simulation Techniques and Analysis 20. Wireless Communications 21. Data Compression 22. Image Recognition 23. Introduction to Remote Sensing 24. Digital Modulation 25. Multi-Focus Imaging Techniques and Principles 26. Mobile Robots 27. Software Systems 28. Digital Photogrammetry 29. Parallel Computing 30. Introduction to Automobile Electronics 31. Technologies and Applications of Vehicle Communication Networks 32. Biometrics 33. Special Topics in Wireless Networks 34. Speech Processing 35. Digital Image Signal Processing 36. Video Communication 37. Data Mining 38. Compression and Security of Surveillance Videos 39. Statistical Communication Theory 40. Hyperspectral Data Processing 41. Independent Studies in Image Processing 42. Special Topics in Wireless Communications 43. Special Topics in Network Performance Analysis 44. Special Topics on Vehicular Ad-Hoc Networks 45. Special Topics in Mobil Communication Networks 46. Special Topics in Mobile Ad Hoc Networks 47. Special Topics in Radio Resource Management for Wireless Networks 48. Special Topics in Computer Systems 49. Special Topics in Computeraided Design 50. Independent Studies in Image Sequence Compression 51. Special Topics in Visual Communication 52. Special Topics in Video Coding Standards 53. Special Topics in Pattern Recognition 54. Special Topics in Digital Modulation Power Domain 1. Power System Operations (Core) 2. Power Electronics Converter (Core) 3. Advanced Electric Machinery Theory (Core) 4. Distributed Power Generation 5. Protective Relaying 6. Solid-State Power Conversion 7. Active Power Filters
4 8. Nonlinear Systems 9. Optimal Control 10. Digital Control 11. System Design Using FPGA 12. Power System Control and Stability 13. Load Flow Analysis 14. Finite Element Analyses of Electrical Machinery Systems 15. Numerical Electromagnetics 16. Stochastic Processes 17. Power System Reliability Analysis 18. Power Quality 19. Adaptive Control 20. Analog Filter Theory and Design 21. Machine Learning 22. Introduction to Energy and Battery Management Systems 23. Battery Management Systems for Electric Vehicles (I) 24. Battery Management Systems for Electric Vehicles (II) 25. Independent Studies in Design of Electronic Circuits for Lighting Applications 26. Special Topics in Electric Machinery System Design 27. Special Topics in Solid-State Resonant Converter 28. Special Topics in Distribution System Management 29. Special Topics in Design of Electronics Ballast 30. Independent Studies in Distribution System Analysis 31. Independent Studies in Smart Grids 32. Special Topics in Power Systems EM Wave Domain 1. Flat Antenna Design (Core) 2. RF Communication Circuit Design (Core) 3. Electromagnetic Theory (Core) 4. Numerical Electromagnetics 5. Fiber Optic Smart Structures 6. Fiber Optic Smart Sensor System 7. Principle of Optical Fiber Sensing 8. Optical Electronics 9. Optics 10. Laser Engineering 11. Advanced Microwave Devices 12. System Architecture and Implementation for Personal Wireless Communications 13. Antenna Design for Wireless Communication 14. Signal Integrity Design for Advanced Communication Systems 15. Advanced Theory on Green s Functions 16. Seminar in RF and Digital System in a Package 17. Field Theory of Guided Waves 18. Electromagnetic Compatibility 19. Special Topics in Wireless Transmission 20. Special Topics in Nonlinear Microwave Circuits 21. Special Topics in Microwave Integrated Circuits 22. Special Topics in Electromagnetic Compatibility 23. Special Topics in Planar Transmission Lines
5 24. Special Topics in Computational Electromagnetics 25. Special Topics in Antenna Engineering 26. Advanced Theory on Electromagnetic Wave Propagation 27. Special Topics in Microstrip Antennas 28. Special Topics in Advanced Microwave Devices 29. Wireless Communication Circuit and System Implementation SOC Domain 1. System Design Using FPGA (Core) 2. Low-Power System Design (Core) 3. System-On-Chip Design (Core) 4. Biomedical Image Investigation 5. Biomedical Sensors and Signal Processing 6. Hardware/Software Co-Design 7. The Theory of Computation 8. Advanced Analog IC Design 9. IC Design for Communication Interfaces 10. Embedded Multi-Core Systems and Software 11. System-On-Chip Testing 12. Electronic Design Automation 13. Advanced Computer Architecture 14. Medical Imaging System 15. Magnetic Resonance Imaging: Principles and Applications 16. Advanced Techniques of Magnetic Resonance Imaging 17. Design and Implementation of Microprocessors 18. System-On-Chip Testing Practice 19. Special Topics in CMOS RF Circuit Design 20. Special Topics on Biomedical Signal Processing 21. Special Topics in Circuit Design 22. Special Topics in Low Power IC Design 23. Independent Studies in VLSI Testing 24. Special Topics in IC Layout 25. Independent Studies in Clinical Applications of Magnetic Resonance Imaging *In regard to the minimal credits requirement for graduation, the students starting in school year 97 shall take at least two (2) fundamental core courses (including inter-division electives).
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