(Include but not limited to)
Track 1: Aerospace Engineering
Spacecraft Structure and Design
Unmanned Autonomous Systems
Unmanned Aerial Vehicle Technology and Applications
Spacecraft Design and Launch
Aerodynamics
Flight Control System, Propulsion System
Satellite Technology, Composite Materials, Human-Machine Interaction
Navigation and Guidance System
Airborne Sensor Technology
Aerospace Safety and Accident Analysis
Aerospace Electronic Equipment
Structural Health Monitoring
Thermodynamics and Thermal Control
Robot System and Automation
Space Exploration and Science
Hypersonic Aircraft Technology
Microgravity Science and Technology
Application of Artificial Intelligence in Aviation
Track 2: Advanced Manufacturing
Integrated Manufacturing System
Analysis and Decision-making of Industrial and Manufacturing Systems
Digital Manufacturing
Modeling and Design of Aerospace Materials
Special High-Performance Materials
Advanced Aerospace Materials
Design and Test Verification of Aircraft Composite Structures
Intelligent Materials and Structures in Aerospace
Fault Detection, Diagnosis and Reconstruction of Mechatronic Systems
Additive Manufacturing in Aerospace Field
Aircraft Turbine Mechanical Components
Research on Advanced Aviation Engine Design Methods
Advanced Manufacturing, Green Manufacturing
Aerospace Structural Optimization
Track 3: Intelligent Systems
Shared Control and Autonomous Human-Machine Collaboration
Model Predictive Control and Optimization Methods
Fault Detection, Diagnosis and Reconstruction
Learning-Based Control and Adaptive Systems
Nonlinear and Hybrid Dynamic Systems
Intelligent Sensing System
Unmanned Systems and Autonomous Control
Unmanned Aerial Vehicle Perception and Navigation
Intelligent Decision-making and Control
Cluster Systems and Collaborative Perception
Application of Artificial Intelligence in Aerospace
Intelligent Information Processing System
Human-Machine Cooperative System …… .