(Include but not limited to)
Track 1: Aircraft Design
Aircraft Flight Dynamics and Control
Adaptive and Robust Control
Aircraft Autonomous Control
Aircraft Power System Safety and Airworthiness
Aircraft System Engineering and Reliability
Aircraft Structural Design Methods and Lightweight Research
Aerodynamic Elastic Digital Design and Active Control
Nonlinear System Control
State Estimation and Filtering
Trajectory Optimization and Generation
Multi-sensor Data Fusion
Human-Machine Interaction, Intelligent Control, Advanced Materials
Unmanned Aircraft
Aircraft Engine Design and Manufacturing
Aerospace Guidance and Control
Aerospace Propulsion System
Advanced Unmanned Aircraft System Design Technology
Flight Control Algorithm
Track 2: Aerodynamics
Applied Aerodynamics Computational Fluid Dynamics
Space structure and material design and construction
Design and construction of space systems, simulation and testing
Earth observation projects and plans, monitoring of natural disasters mitigation
UVA and MAV
Radar detection and imaging technology
Synthetic aperture radar technology
Simulation and digital circuits
Microelectronics manufacturing engineering signal processing
Circuits and systems
Track 3: Structural Mechanics
Aerospace structural mechanics analysis
Fatigue and fracture mechanics
Multiscale material mechanics modeling
Aerospace composite material structural performance assessment
Structural reliability and life prediction
Multifield coupling effects and structural dynamics
Damage mechanism and repair technology of composite materials
Aerospace structural vibration control
Lightweight structure design and its applications
Structural optimization and topology optimization methods
Structural health monitoring and non-destructive testing technology
Mechanical properties and multi-physics field coupling analysis
Aircraft and spacecraft structure design
Structural mechanics experimental methods and testing technology
Multiscale simulation and digital twin technology