AAAC 2025 is the premier international forum for power electronics and energy management researchers to present and discuss their work. The conference will include keynote presentation sessions, invited lectures, panel discussions and posters. Topics of interest include, but are not limited to the following：
TRACK 1: Air Transportation
- Air Traffic Planning and Management
- Airspace Planning and Route Network Optimization
- Air Traffic Information and Control
- Air Traffic Safety and Environment
- Air Traffic Big Data and Artificial Intelligence
TRACK 2: Aerospace and Electronics Systems
- Avionics monitoring and maintenance, sensors and actuators
- Circuit analysis, analog and digital circuits, circuits and systems
- High-frequency electronic technology, electronic measurement technology
- Research and Design of Aerospace Electronic Information System
- Electromagnetic field and microwave technology, vacuum electronic technology
- Optoelectronics in Aerospace Applications, optical sensors for Aerospace Systems
- Photonics Integration in Avionics, optical communication systems in space, optical signal processing in Aerospace Electronics
TRACK 3: Navigation and Spatial Communications
- Aircraft navigation and positioning technology, radar detection and imaging technology
- Synthetic aperture radar technology, navigation guidance and control
- UAV and remote sensing technology, wireless communication and signal processing
- Space-Earth Integration Network
- Optical Navigation Systems for Aircraft, Lidar Technology for Navigation and Imaging
- Optical Satellite Communication Systems, Optical Remote Sensing for UAVs
- Optical Interference Techniques in Spatial Communications
TRACK 4: Aerospace Science and Technology
- Aerospace manufacturing engineering, Emerging avionics technology, Aerospace Propulsion
- Spacecraft Structure and Design, Aerospace Design, Testing, and Performance
- Experimental Methods and Measurements, Optical Metrology in Aerospace Manufacturing
- Hyperspectral Imaging for Aerospace Applications, Optical Coatings for Spacecraft Structures
- Laser Propulsion Systems for Aerospace Vehicles
TRACK 5: Automatic Control Systems
- Automation system engineering, pattern recognition and intelligent system
- Automation equipment and systems, intelligent control technology and application
- Application of automation control technology in the aerospace field, monitoring systems
TRACK 6: Combustion and Propulsion
- Combustion Analysis
- Fuels / Fuel Injection
- Engines
- Turbines
- Cooling Systems
- Spacecraft Propulsion
- Aerospace Propulsion Theory and Engineering
Track 7: Aerospace Manufacturing
- Air Vehicle Airworthiness Technology
- Air Vehicle Design
- Man-Machine and Environmental Engineering
- Advanced Materials Applications
- Complex Systems Assembly
Track 8: Low Altitude Economy
- Low Altitude Vehicle Design
- Low Altitude Intelligent Network
- Convergence of Low Altitude Application Scenarios