(covering but not limited to the following topics)
Track 1: Intelligent Manufacturing
Aerospace Materials
Special High-performance Materials
Advanced Aerospace Materials
Structural Design and Test Verification of Aircraft Composites
Intelligent Materials and Structures in Aerospace Mechatronics
Mechatronics System Fault Detection and Diagnosis
Additive Manufacturing in Aerospace
Aircraft Engine Turbine Machinery
Research on Advanced Aircraft Engine Design Methods
Advanced Manufacturing
Green Manufacturing
Aerospace Structural Optimization
Track 2: Advanced Materials
Advanced Composite Material Design and Manufacturing
Nanomaterials and Their Engineering Applications
Smart Materials and Adaptive Structures
Lightweight Materials and Structural Optimization
Self-healing Materials and Structural Health Monitoring
3D Printing and Additive Manufacturing Materials
Multifunctional Material and Structure Design
Micro/Nano Structural Materials and Devices
Bio Materials and Bionic Structural Innovation
High Temperature Materials and Thermal Mechanical Behavior
Material Failure and Fault Analysis
Environmental Effects of Aerospace Materials
Interface Mechanics of High Performance Materials
Track 3: Aerospace Engineering
Unmanned Aerial Vehicle System
Astronautical Vehicle Design and Launch
Aerodynamics
Flight Control System
Propulsion System
Satellite Technology Composite materials
Human-computer interaction
Navigation and guidance system
Airborne sensor technology
Aviation safety and accident analysis
Avionics equipment
Fuel and energy efficiency
Astrophysics and orbital mechanics
Structural health monitoring
Thermodynamics and thermal control
Aerospace regulations and policies
Robot systems and automation
Space exploration and science
Hypersonic aircraft technology
Air traffic management
Microgravity science and technology
Application of artificial intelligence in aviation ......