二、Training objectives:
1.Graduates have excellent ideological and political quality, correct world outlook, outlook on life and values, strong sense of social responsibility, abide by scientific research integrity and academic ethics, and become high-level professionals with comprehensive development of morality, intelligence, physique and beauty;
2.Graduates master the solid basic theory and systematic professional knowledge of information and communication engineering, are familiar with the research trends of the discipline worldwide, master the research methods and advanced experimental technologies related to the research of the discipline, and are able to integrate theory with practice.
3.Graduates have good information inquiry ability, academic communication ability and independent learning ability, have good scientific research ability, and can objectively analyze problems and solve engineering practice problems by scientific methods. They have the ability to engage in scientific research, teaching or specialized technical work;
4.Graduates have good language expression and writing skills. They can master a foreign language, and can read, understand foreign literature in the discipline and related fields, and carry out academic exchanges.
三、Research Field:
Research Field |
Research Contents |
Training Units |
Communication and Information Systems |
1.Next-generation wireless communication technology 2.Intelligent information and signal processing technology 3.Highly reliable embedded system 4.High-speed optical fiber communication system |
College of Communication Engineering |
Signal and Information Processing |
1.Signal and information acquisition, and intelligent processing 2.Advanced radar technology 3.Atmospheric remote sensing method and technology 4.Information fusion and image processing technology 5.Surface meteorological detection technology and equipment 6.Atmospheric laser detection technology and application 7.Microwave and millimeter wave technology 8.Lightning monitoring and protection technology 9.Probe data analysis and application 10.Meteorology and intelligent health monitoring |
College of Electronic Engineering |
Microelectronic Systems Engineering |
1.Microwave millimeter wave RF integrated circuit 2.Microwave RF device and process 3.High voltage integrated device and process 4.Weak signal acquisition and signal processing technology 5.Integrated circuit design automation technology 6.Intelligent sensor parts and technology |
College of Communication Engineering |
Intelligent Robot Technology and Application |
1.Intelligent sensing and intelligent computing 2.Intelligent control and navigation technology 3.Special robots 4.Intelligent system energy management and diagnosis |
College of Control Engineering |
