(Include but not limited to)
Track 1: Aerospace Engineering and Aircraft Technology
Aircraft overall design and system integration
Aerodynamics and Computational Fluid Dynamics (CFD)
Aerospace materials and structural technology
Aircraft structural mechanics and lightweight design
Aircraft structural dynamics and aerodynamic elasticity
Astronautical design and space systems
Satellite technology and deep space exploration
Hypersonic aircraft and re-entry technology
Unmanned Aerial Vehicles (UAVs) and micro-sized aircraft design
Aerospace thermal protection and thermal management technology
Aerospace reliability and safety assessment
Aircraft airworthiness certification and standard specifications
Advanced aerospace manufacturing and assembly technology
Green aviation and sustainable aircraft technology
Aerospace integrated flight vehicle technology
Aerospace test, testing and verification technology
Aerospace propulsion systems and power technology
Track 2: Electronic Information System and Aerospace Information Processing
Aerospace electronic information system and integrated avionics technology
Avionics systems and onboard electronic equipment
Radio communication and satellite communication systems
Aerospace information acquisition, transmission and processing systems
Aerospace electronic system integration and architecture
Aerospace electronic countermeasures technology
Optical detection and sensing technology
Optical imaging and laser radar technology
Infrared detection and multispectral/high-resolution imaging
Satellite remote sensing technology and data processing
Radar detection and synthetic aperture radar imaging
Theoretical and methods of signal and image processing
Target detection, recognition and multi-source information fusion
Navigation, positioning and timing technology
Inertial navigation and combined navigation systems
Aerospace embedded systems and real-time signal processing
Aerospace information network security and electronic countermeasures
Application of quantum technology in aerospace information processing
Track 3: Intelligent Control and Autonomous Systems
Intelligent control and intelligent system theory
Aircraft adaptive control, robust control and optimal control
Distributed control systems and multi-agent collaborative control
Fuzzy control and fuzzy systems
Fault detection, diagnosis and fault-tolerant control
Intelligent management and decision support systems
Drive motor and control technology
Battery power management and maintenance technology
Autonomous navigation, guidance and control integration
Unmanned platform perception, decision-making and control
Cluster intelligence and collaborative perception
Application of artificial intelligence in aerospace control
Control system optimization driven by machine learning
Human-machine collaboration and intelligent interaction technology
Networked control systems and cyber-physical systems
Nonlinear system modeling and real-time simulation
Robot motion planning and autonomous control
Intelligent transportation systems and airspace management automation
......