The 17th Asia Conference on Mechanical and Aerospace Engineering (ACMAE 2026)

The 17th Asia Conference on Mechanical and Aerospace Engineering (ACMAE 2026) explores innovations in mechanical and aerospace engineering, covering advanced aerospace systems, additive manufacturing, autonomous robotics, propulsion, fluid dynamics, and composite structures.

Key Topics

• Aerospace Communications
  • Aircraft navigation and control
  • Radar systems and signal processing
  • Satellite communication and technology
  • Applications of laser technology in aerospace
  • Aerospace robotics and mechatronics
  • Advanced and radiation-resistant semiconductor coatings
  • Anti-corrosive and conductive coatings for electrical systems
  • Nanomaterial and optical coatings for energy efficiency
• Additive Manufacturing in Aerospace
  • Advanced materials for 3D printing
  • Design optimization for additive manufacturing
  • In-situ monitoring and process control
  • Optical materials for specialized components
  • Biotechnology and nanotechnology applications
• Autonomous Systems and Robotics
  • Unmanned aerial vehicles (UAVs) applications
  • Robotic systems for space exploration and maintenance
  • Autonomous control algorithms for aerospace vehicles
  • Optical sensing technology
• Energy Harvesting and Sustainable Design
  • Renewable energy integration in aerospace systems
  • Lightweight structures for energy-efficient designs
  • Smart materials for energy harvesting in mechanical systems
  • Optical materials and coatings for sustainability
• Fluid Dynamics and Aerodynamics
  • Hypersonic flight research
  • Turbulence modeling and control
  • Flow control for drag reduction and performance enhancement
• Propulsion Systems and Combustion
  • Advanced propulsion technologies for space exploration
  • Combustion optimization for efficiency and emissions reduction
  • Hybrid propulsion systems for next-generation aircraft
  • Airport management and operations
• Aeroelasticity and Structural Dynamics
  • Aeroelastic modeling and analysis
  • Flutter and vibration control in aircraft wings
  • Structural dynamics of flexible aerospace structures
  • Airport management and operations
• Lightweight and Multi-functional Composite Structures
  • Ultra-light and high-strength composite structures
  • Vibration and noise reduction composites
  • Impact-resistant and energy absorption composites
  • Microwave and electromagnetic wave absorbing structures

Who should Attend

• Aerospace engineers and mechanical engineers
• Research scientists in propulsion, fluid dynamics, and structural dynamics
• Robotics and autonomous systems developers
• Materials scientists and additive manufacturing specialists
• Aircraft designers and aerospace system integrators
• Academics and graduate students in aerospace and mechanical engineering
• Industry professionals in space exploration, aviation, and defense