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The master's program offer seven graduate majors, including electronics, control, power engineering, EM waves, AI & Network, Biomed, and system-on-chip, with a series of English courses. Each course is 3 unit credits, and international students enrolled in these programs are required to complete 24 unit credits including at least two fundamental core courses (one of them is offered from own field). Besides, the Completion of seminar compulsory courses and a graduate research thesis for passing the final dissertation oral exam is also demanded from the department. Students need to seek advice from the faculty advisers on course selection, in accordance with the individual research interests and preparation for the graduate thesis.

 

Here is the table of graduate courses. Please click the course inquiry website for more information.

ALL
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Semiconductor Electronics
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Control
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Power
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EM Wave
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System-on-Chip
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AI & Network
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Biomed

Control

Groups Courses
Control
  • Linear system analysis (Core)
  • Nonlinear systems (Core)
  • Optimal control (Core)
  • Intelligent control (Core)
  • Pattern recognition
  • Hilbert space method and applications
  • Design of nonlinear control system
  • Analog filter theory and design
  • Advanced fuzzy control
  • Digital control
  • Fuzzy mathematics
  • Power electronic circuits
  • Robotics
  • Adaptive control
  • Control of multivariable systems
  • Machine learning

  • Special topics in multimedia control(I)
  • Special topics in multimedia control(II)
  • Special topics in control of switched systems
  • Special topics in linear system
  • Special topics in robust
  • Independent studies in intelligent robot project (I)
  • Independent studies in intelligent robot project (II)
  • Special topics in nolinear control design
  • Independent studies in intelligent control
  • Independent studies in fuzzy control

Power

Groups Courses
Power
  • Power system operations (Core)
  • Power electronics converter (Core)
  • Advanced electric machinery theory (Core)
  • Load flow analysis (Core)
  • Protective relaying
  • Solid-state power conversion
  • Active power filters
  • Highly efficient and high-power density power conditioning systems
  • Introduction to power distribution automation
  • Applications of electric power and renewable energy

  • Power system control and stability

  • Power system planning
  • Power system reliability analysis
  • Power quality


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  • Introduction to energy and battery management systems

  • Resonant power electronic converters
  • Optimization techniques in power systems
  • Independent studies in design of electronic circuits for lighting applications
  • Special topics in electric machinery system design
  • Special topics in solid-state resonant converter
  • Special topics in distribution system management
  • Special topics in design of electronics ballasta
  • Independent studies in distribution system analysis
  • Independent studies in smart grids
  • Independent studies in power converters for renewable energy and grid voltage regulation
  • Independent studies in grid-forming inverter
  • Special topics in power systems
  • Independent studies in advanced electric machinery and drive system designs
  • Independent studies in large-scale renewable energy power systems

EM Wave

Groups Courses
EM Wave
  • Planar antenna design (Core)
  • Rf communication circuit design (Core)
  • Electromagnetic theory (Core)
  • Numerical electromagnetics

  • Microwave circuits and systems
  • International hands-on course on electromagnetic wave
  • Antenna design for wireless communication

  • Independent studies in microwave active circuits

  • Electromagnetic compatibility
  • Special topics in wireless transmission
  • Special topics in nonlinear microwave circuits
  • Special topics in microwave integrated circuits
  • Independent studies in microwave sensing
  • Introduction to radar systems
  • Special topics in electromagnetic compatibility
  • Special topics in planar transmission lines
  • Special topics in computational electromagnetics
  • Special topics in antenna engineering
  • Advanced theory on electromagnetic wave propagation
  • Special topics in microstrip antennas
  • Special topics in advanced microwave devices

  • Independent studies in radar systems

System-on-Chip

Groups Courses
System-on-Chip
  • System design using fpga (Core)
  • Power Management Integrated Circuit Design (Core)
  • System-on-chip design (Core)
  • Advanced analog Integrated Circuit design (Core)

  • Low-power system design

  • VLSI digital signal processing
  • The theory of computation
  • Advanced computer architecture
  • IC design for communication interfaces
  • Embedded multi-core systems and software
  • System-on-chip testing
  • Digital communication ic design
  • Design of artificial intelligence chip by software and hardware cooperation mechanism

  • Design, test, and applications of highly reliable systems

  • Independent studies in digital communication IC design
  • Independent studies in low power IC design
  • Independent studies in VLSI testing
  • Independent studies in IC layout
  • Independent studies in advanced digital circuit design
  • Independent studies in CMOS RF circuit design
  • Independent studies in mixed-signal integrated circuit design

AI & Network

Groups Courses
AI & Network
  • Computer network (Core)
  • Design and analysis of algorithms (Core)
  • Machine learning (Core)
  • Artifical intellignce (1)  (Core)
  • Random processes
  • Introduction to combinatorial mathematics
  • Artifical intellignce (2)
  • Soft computing
  • Advanced wireless network technologies
  • Wireless communications
  • Digital communications
  • Wireless and mobile multimedia networks
  • Computer simulation techniques and analysis
  • Mobile robots
  • Computer vision
  • Technologies and applications of vehicle communication networks
  • Open innovation in the digital age
  • Special topics in wireless networks

  • Video communication

  • Statistical communication theory
  • Game theory and applications
  • 3d content generation and motion-sensing interaction
  • Special topics in network performance analysis
  • Special topics on vehicular ad-hoc networks
  • Special topics in radio resource management for wireless networks
  • Independent studies in image sequence compression
  • Special topics in visual communication
  • Special topics in video coding standards
  • Special topics in pattern recognition
  • Independent studies in image processing
  • Independent studies in data analytics 
  • Independent studies in advanced robotics

Semiconductor Electronics

Groups Courses
Semiconductor Electronics
  • Photoelectronic devices (Core)
  • Solid state electronic devices (I) (Core)
  • Materials science (I) (Core)
  • Wide bandgap semiconductors and power devices (Core)
  • Materials science (II)
  • SOI IC engineering
  • High-speed electronic and optoelectronic devices
  • Technology of thin-film-based semiconductors
  • Advanced silicon on insulator technology
  • Microelectromechanical system
  • Sensors
  • Electronics ceramics
  • Low-dimensional electronic materials
  • Bioelectronics

  • Solid state electronic devices (II)

  • Integrated circuit technology
  • Nanomaterials
  • Solid state electronic devices (III)
  • Special topics in RF-mems design
  • Special topics in SOI/MOSFET design
  • Independent studies in advanced device reliability
  • Special topics in semiconductor optoelectronics
  • Special topics in microelectronics engineering
  • Special topics in electronic devices (I)
  • Special topics in electronic devices (II)
  • Independent studies in thin-film technology
  • Independent studies in advanced device analysis
  • Independent studies in smart-sensing microchips design
  • Independent studies in two-dimensional semiconductor devices
  • Independent studies in oxide-based electronics
  • Independent studies in nitride-based semiconductor devices
  • Independent studies in two-dimensional materials fabrication

Biomedical Signal Processing & Instrumentation

Groups Courses
Biomedical Signal Processing & Instrumentation
  • Physiology (Core)
  • Biomedical signal processing (Core)
  • Introduction to biomedical instrumentation (Core)
  • Biomedical image investigation (Core)
  • Analog filter theory and design
  • Optimal control
  • Linear system analysis
  • Computer vision
  • Medical imaging systems
  • 3D vision
  • Hilbert space method and applications
  • Brain-computer interface and brain networks
  • Independent studies in face recognition
  • Magnetic resonance imaging: principles and applications
  • Advanced techniques of magnetic resonance imaging
  • Special topics on biomedical signal processing
  • Independent studies in clinical applications of magnetic resonance imaging
  • Independent studies in medical image analysis
  • Independent studies in visual recognition
  • Independent studies in brain-computer interface
  • Independent studies in deep learning for medical imaging applications