(The following topics include but are not limited to)
Track 1: Aerospace
Aerospace propulsion technology
Navigation and positioning
Aerospace design, manufacturing and maintenance
Aerospace system testing and measurement technology
Autonomous systems and avionics equipment
Aircraft design
Aerodynamics
Structural dynamics and control
UAV and MAV
Vibration and noise control
Aerodynamics, fluid dynamics
Aeromechanics
Guidance, navigation and control
Internal combustion engine
Track 2: Mechanical Design
Mechanical drawing
Mechanical design fundamentals
Mechanical manufacturing equipment
Manufacturing and assembly design
Mechanical manufacturing technology
Flexible manufacturing technology and systems CAD/CAM/CAE
Mechanical Design and Application
Design and Manufacturing Mechanical Applications
Parallel engineering, human engineering, emotional engineering
Advanced design technologies
Continuous design
Power and fluid machinery
Track 3: Materials Mechanics
Composite, hybrid and multi-functional materials
Metals and alloys
Environmentally friendly green materials
Nanoporous materials
Polymer materials
Material modeling
Vibration mechanics/Contact mechanics/Elastic mechanics
Solid mechanics/Fluid mechanics/Fluid mechanics
Structural mechanics/Particle mechanics/Fracture mechanics
Wave propagation
Welding connections
Engineering structural experimental mechanics
Renewable energy mechanics
Fracture and damage mechanics/Computational mechanics
Material properties, measurement methods and applications, etc.