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Bachelor's Program Areas in Electrical Engineering

Curriculum planning for the bachelor's class in the Department of Electrical Engineering

  • Graduation credits total 128 credits.
  • The school’s general courses total 28 credits, department compulsory courses total 55 credits, and department major electives total 27 credits.
  • Compulsory courses in school: general courses, physical education courses, and labor education.
  • You must choose at least one of the five major programs, including communications, systems and control, information, electronic circuits, solid-state electronics and optoelectronics, as your personal professional program, and complete all core courses and related experiments of the program. .
  • Graduation Project (1) and (2) After completion of the study, the project implementation demonstration will be carried out.
  • "Engineering Ethics" is a required course for freshman students.

Compulsory course planning for the bachelor's degree class in the Department of Electrical Engineering

Compulsory subjects for majors

Freshman YearCalculus, General Physics, General Physics Experimentation, engineering ethics
Get biggerCalculus, general physics, general physics experiments , Computer programming, switching circuit and logic design, engineering mathematics (1)
Sophomore Year 1 Engineering Mathematics (II), Engineering Mathematics (III ), Electronics (1), Circuits (1), Electrical Experiment (1)
Sophomore year 2Electronics (2), Circuits (2) ), Engineering Mathematics (4), Electrical Experiment (2)
Third year studentElectromagnetism (I), Electrical Experiment (III) )
Junior yearElectromagnetism (2)

Elective course planning for the bachelor's degree class in the Department of Electrical Engineering

Professional elective subjects

Each course must take at least one course, and you must choose one course and complete three courses in that course

Communication Program

  • Courses:Signals and Systems, Communication Systems, Digital Signal Processing
  • Professional experiments:Basic communication experiments

Information Studies Program

  • Courses:Data structure, computer organization, microprocessor, operating system
  • Professional experiments:Microprocessor experiments

Systems and Control Program

  • Courses: Automatic control, modern control, electrical machinery, signals and systems
  • Professional experiments: Automatic control experiments / electrical machinery experiments

Solid State Electronics and Optoelectronics Program

  • Courses:Solid state engineering, solid state electronic components, optoelectronic components, modern physics
  • Professional experiments:Microelectronics experiments

Electronic circuits course

  • Courses:Hardware Description Language Design, Analog Circuit Design, Introduction to Very Large Integrated Circuit Design
  • Professional experiment:Very large integrated circuit design experiment

Graduation topic planning for the bachelor's degree class in the Department of Electrical Engineering

Graduation Topic

Communications Course
  • Signal processing topics (1), (2)
  • Communication Topics (1), (2)
  • Multimedia Communication Topics (1), (2)
Information Course
  • Information Topics (1), (2)
  • Microprocessor Topics (1), (2)
  • Internet Topics (1), (2)
Solid State Electronics and Optoelectronics Program
  • Microelectronics Topics (1), (2)
  • Image display topics (1), (2)
Systems and Control Course
  • Smart system topics (1), (2)
  • Control topics (1), (2)
  • System integration topics (1), (2)
Electronic Circuits Course
  • Digital circuit topics (1), (2)
  • Microwave Topics (1), (2)
  • Electronic circuit topics (1), (2)
  • Analog circuit topics (1), (2)
  • Special topics on ultra-large integrated circuit design (1) and (2)
  • System chip topics (1), (2)

Curriculum planning for master's/master's degree/doctoral classes in the Department of Electrical Engineering

Group
Courses
Communication information group
  • Random program
  • Digital Communication
  • Spread spectrum communication
  • Adaptive signal processing
  • Image processing
  • Multimedia Computing Communications
  • Neural Network
  • Pattern recognition
  • Computer communication network design and analysis
  • Internet Security
  • Voice signal processing
  • Higher Computer Structure
  • Detection and Prediction
  • Error correction code
  • Mobile Communication
  • Communication protocol engineering
  • Wireless Sensor Network
  • Statistical signal processing
  • Wireless free network
System and Control Group
  • System Theory
  • Best Control
  • Fuzzy control
  • Robust Sexual Control
  • Nonlinear control
  • Adaptive Control
  • Advanced digital control
  • Intelligent control
  • Computer-aided measurement
  • Variable structure control
  • Systems and Control Monograph
  • System and control optimization methods
  • Application Control
  • Application system identification
  • Mobile Robotics
  • Intelligent robot design
  • Best estimate
Electronic group
  • Component Physics
  • CMOS RF integrated circuit components
  • Solid State Physics
  • Ultra-large integrated circuit cutting-edge manufacturing technology
  • Microelectronics Vacuum Technology
  • Component manufacturing defects and failure analysis
  • Nanotechnology
  • Semiconductor Optoelectronic Components
  • Optoelectronics
  • Introduction to Solar Cells
  • Optoelectronic nanomaterials and nanostructures
  • Thin film engineering
  • Thin film solar cells
  • Monograph on flat panel display manufacturing technology
  • Principles and circuit design of flat panel displays
  • Silicon germanium semiconductor technology
System chipset
  • Computer-aided design of very large integrated circuits
  • Fundamental frequency communication integrated circuit design and experiment
  • Microwave circuit
  • Design of advanced ultra-large integrated circuit system
  • RF integrated circuit
  • Very large integrated circuit signal processing architecture design
  • Memory volume circuit design
  • Mixed-signal integrated circuit design
  • Video compression intellectual property component design
  • Analog integrated circuit design (1)
  • Introduction to Digital Silicon Intelligent Product Design
  • FPGA system design practice