(The following topics are not limited to)
Track 1: Aerospace Engineering
Unmanned Aerial Vehicle Systems
Astronautical Vehicle Design and Launch
Aerodynamics
Flight Control System
Propulsion System, Satellite Technology Human-computer interaction
Navigation and guidance systems
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
Space astronomy and telescope technology
Inter-satellite communication and networking
Track 2: Thermal physics
Thermal measurement technology
Thermal numerical calculation
Heat transfer and mass transfer
Laws of heat transfer and mass transfer
Laws of chemical kinetics
Clean coal utilization technology
Thermodynamic aerodynamics
Greenhouse gas control strategies
Advanced energy equipment development
Innovations in refrigeration and low-temperature technology
Flow control and detection of turbomachinery
Track 3: Advanced materials
Advanced composite materials
Functional materials, intelligent materials
Flexible electronic materials
Biological materials, biomimetic materials
Energy materials
Extreme environment materials
Micro/nano materials
Semiconductor materials
Green and sustainable materials
Superplastic materials
Non-ferrous metal materials
Optical/electronic/magnetic materials, metamaterials, etc.