5th Asian Aerospace and Astronautics Conference (AAAC 2027)

The 5th Asian Aerospace and Astronautics Conference (AAAC 2027) explores advances in air transportation, avionics, navigation and communication systems, aircraft and spacecraft design, propulsion technologies, intelligent automation, and emerging low-altitude aviation applications.

Key Topics

• Navigation and spatial communications
  • Aircraft navigation, positioning, guidance, and control
  • Radar detection, imaging, and synthetic aperture radar (SAR)
  • UAV technologies and remote sensing
  • Wireless communication and signal processing
  • Integrated space-earth networks
  • Optical navigation and lidar technologies
  • Optical satellite communications
  • Optical remote sensing for UAVs
  • Optical interference techniques in spatial communications
• Aerospace and electronics systems
  • Avionics monitoring, maintenance, sensors, and actuators
  • Analog and digital circuits and circuit analysis
  • High-frequency electronics and measurement technologies
  • Aerospace electronic information systems
  • Electromagnetic fields, microwave technology, and vacuum electronics
  • Optoelectronics and optical sensors for aerospace systems
  • Photonics integration in avionics and optical communication systems
  • Optical signal processing in aerospace electronics
• Air transportation
  • Air traffic planning and management
  • Airspace planning and route network optimization
  • Air traffic information and control
  • Air traffic safety and environmental considerations
  • Artificial intelligence and big data in air traffic operations
• Combustion and propulsion
  • Combustion analysis
  • Fuel technologies and fuel injection systems
  • Engine and turbine technologies
  • Cooling systems
  • Spacecraft propulsion
  • Propulsion theory and engineering
• Automatic control systems
  • Automation system engineering
  • Pattern recognition and intelligent systems
  • Automation equipment and systems
  • Intelligent control technologies and applications
  • Automation control applications in aerospace
  • Monitoring systems
• Aerospace science and technology
  • Aircraft and spacecraft manufacturing engineering
  • Emerging avionics technologies
  • Aircraft and spacecraft propulsion
  • Spacecraft structures and design
  • Aerospace design, testing, and performance evaluation
  • Experimental methods and measurements
  • Optical metrology in aerospace manufacturing
  • Hyperspectral imaging applications
  • Optical coatings for spacecraft structures
  • Laser propulsion systems for aerospace vehicles
• Low-altitude aviation technologies
  • Low-altitude vehicle design
  • Low-altitude intelligent networks
  • Integration of low-altitude application scenarios
• Aerospace manufacturing
  • Aircraft airworthiness technologies
  • Aircraft design
  • Human-machine and environmental engineering
  • Advanced materials applications
  • Complex systems assembly

Who should attend

• Avionics and aerospace electronics specialists
• Researchers and engineers in aviation and space technologies
• Aircraft and spacecraft design and manufacturing professionals
• Navigation, radar, and communication systems engineers
• Automation and intelligent control specialists
• Air transportation and air traffic management professionals
• Propulsion and combustion researchers and engineers
• UAV and remote sensing technology professionals
• Researchers in advanced materials and aerospace manufacturing
• Professionals involved in low-altitude aviation technologies