Engineering Research Center of Ministry of Education: Power Quality Engineering Research Center of Ministry of Education.
Provincial Key Laboratories: Provincial Industrial Energy Saving and Electric Power Safety Laboratory, High Energy Saving Motor and Its Control Technology Engineering Laboratory.
University Students' Innovation Lab: Robot and Motion Control Innovation Lab, Intelligent Electromechanical System Innovation Lab.
degree
First-level discipline, discipline, specialty, research direction, re-examination discipline project 08 1 1
Control science and engineering
Number of students enrolled:
40 (tentative) 08 1 10 1 control theory and control engineering
0 1 motion control system
02 power quality detection and control
Advanced control theory and its application
Cooperative control of multi-agent system ① 10 1 ideological and political theory
②20 1 English 1
③30 1 Math 1
④830 Automatic Control Principle F52 Circuit Analysis Basis 08 1 102 Detection Technology and Automation Device
0 1 measurement and control technology and information system
Detection method in 02 new electric drive
Special motor design and motion control
Advanced detection technology 08 1 104 pattern recognition and intelligent system
0 1 signal detection and processing
02 image processing
03 Intelligent Information Processing Examination Subject Content Description:
Principle of 830 automatic control: establishment of mathematical model of control system and simplification of structure diagram, analysis of stability and rapidity of control system, drawing and analysis of root locus, frequency analysis of control system, correction of control system and analysis of discrete control system.
F52 circuit analysis basis: resistance circuit analysis, first-order circuit analysis, basic second-order dynamic circuit analysis, sinusoidal steady-state analysis, RLC series resonant circuit and GCL parallel resonant circuit analysis, two-port network.
Professional degree, degree category, discipline, research direction, examination subject code and name, additional examination subject 0852.
Master of engineering
Enrollment: 20 (tentative) 085207 Electrical Engineering
00 regardless of research direction ① 10 1 ideological and political theory
②204 English II
③302 Mathematics II
④83 1 circuit
Re-examination Subject: F53 Fundamentals of Electronic Technology ① Electromechanical
② Circuit Electronic Technology 0852
Master of engineering
Enrollment: 20 students (tentative) 0852 10 control project
00 regardless of research direction ① 10 1 ideological and political theory
②204 English II
③302 Mathematics II
④830 automatic control principle
Re-examination Subject: F52 Fundamentals of Circuit Analysis ① Fundamentals of Analog Electronics Technology
(2) Description of the content scope of the basic examination subjects of digital electronic technology:
Principle of 830 automatic control: establishment of mathematical model of control system and simplification of structure diagram, analysis of stability and rapidity of control system, drawing and analysis of root locus, frequency analysis of control system, correction of control system and analysis of discrete control system.
83 1 circuit: master the basic concept of circuit, flexibly use the basic laws, theorems and methods of circuit, and analyze and calculate resistance circuit, dynamic circuit, sinusoidal steady-state circuit, three-phase circuit, coupled inductance circuit, non-sinusoidal periodic circuit, resonant circuit and two-port circuit.
F52 circuit analysis basis: resistance circuit analysis, first-order circuit analysis, basic second-order dynamic circuit analysis, sinusoidal steady-state analysis, RLC series resonant circuit and GCL parallel resonant circuit analysis, two-port network.
F53 electronic technology foundation: analog electronic technology: master the basic knowledge of diodes, transistors and field effect tubes, analyze and estimate the diode, transistor and field effect tube circuits, analyze and estimate the frequency characteristics of transistor amplifier circuits, and analyze and estimate power amplifier circuits, integrated operational amplifier circuits, feedback circuits, signal operation and processing circuits, signal generation circuits and DC voltage stabilizing circuits. Digital electronic technology: master the foundation of logic algebra, analyze and design combinational logic circuits, sequential logic circuits, pulse waveform generation and shaping circuits, and master the engineering use of large-scale memory, A/D and D/A conversion circuits. Description: The basic learning cycle of the Master of Engineering in the Institute of Electrical Engineering and Automation is three years. Contact person for enrollment consultation: Zhou Office Location: A2 14, Science and Technology Building, Qingyuan Campus