AAME 2027 (International Conference on Aeronautical, Aerospace and Mechanical Engineering) is an academic conference held in Ningbo, China on 2027-03-26. The paper submission deadline is 2026-11-10. Acceptance notifications are sent on 2026-12-10.
Topics and Scope
General papers related to Aeronautical, Aerospace and Mechanical Engineering are also welcome.
Suggested topics including are:
Theme 1: Advanced Manufacturing & Intelligent Robotics
Focuses on automation, smart manufacturing, green processes, robotics, and precision engineering, aligned with Industry 4.0.
Smart manufacturing and industrial automation (including agile/virtual/lean manufacturing)
Industrial robotics, multi-robot cooperation, and real-time kinematics
Green manufacturing and additive manufacturing (rapid prototyping, 3D printing)
Precision engineering and micro-machining
Industrial tribology, reverse engineering, and surface engineering
Automated inspection, quality control, and machine vision
Theme 2: Aerospace Engineering & Low-Altitude Economy
Integrates traditional aerospace with emerging low-altitude economy, emphasizing UAV systems, urban air mobility, and sustainable aviation.
Aerodynamics, propulsion technologies, and aircraft design (fixed-wing/rotorcraft)
Low-Altitude Economy: eVTOL, Urban Air Mobility (UAM), drone logistics
UAV systems: navigation, formation control, collision avoidance, anti-UAV technologies
Underwater UAVs and cross-domain vehicles
Mission optimization, sustainable aerospace, and collision avoidance
Drone photogrammetry and dynamic inversion control
Theme 3: Thermofluids Science & Clean Energy Systems
Covers fluid dynamics, heat and mass transfer, combustion, and renewable energy, focusing on low-carbon solutions and thermal management.
Fluid dynamics, heat and mass transfer, and computational thermofluids (CFD)
Clean combustion, hydrogen energy, and low-carbon fuel technologies
Renewable energy (solar, wind, biomass) and energy storage systems
High-efficiency refrigeration, heat pumps, and energy recovery
Thermodynamic optimization and thermal management in energy systems
Alternative energy and combined heat & power (CHP)
Theme 4: Digital Engineering & Intelligent Computing
Integrates computational mechanics, digital twin, AI, and industrial IoT to enable simulation, monitoring, and intelligent control of mechanical systems.
Computational mechanics, finite element analysis (FEA), and multidisciplinary optimization
Digital twin, virtual commissioning, and web‑based design/manufacturing
Artificial intelligence / machine learning / expert systems in mechanical engineering
Condition monitoring, fault diagnosis, and fault‑tolerant operation
Sensor technology, embedded systems, and industrial IoT (IIoT)
Cluster monitoring, vibration & noise analysis, and dynamic system control
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