Scope
The International Conference on Mechanical and Aerospace Engineering (ICMAE 2026) invites researchers, engineers, academics, and industry professionals to submit original, unpublished, and high-quality papers for presentation and publication. ICMAE 2026 aims to provide an international platform for sharing cutting-edge research, fostering interdisciplinary collaboration, and promoting innovation in mechanical and aerospace engineering. The conference emphasizes emerging technologies including artificial intelligence, digital twin, intelligent systems, sustainable aviation, advanced manufacturing, and space technologies. Accepted papers will be presented during the conference and published in the conference proceedings (subject to peer review). Articles in all areas of Mechanical and Aerospace Engineering are of interest, including the following:
• Track 1: Intelligent Electronic Systems & Advanced Microelectronics
AI-assisted circuit design and electronic design automation (EDA)
Analog–digital hybrid systems
RF, millimeter-wave, and terahertz electronics
Chiplet architecture and heterogeneous integration
Advanced semiconductor packaging (3D IC, SiP)
Wide bandgap semiconductor devices (SiC, GaN)
Radiation-hardened and space-grade electronics
Embedded systems for autonomous platforms
Neuromorphic and edge AI hardware
Low-power microelectronics for IoT and aerospace applications
• Track 3: Smart Sensors, MEMS & Intelligent Perception
MEMS/NEMS sensor technologies
Flexible, wearable, and bio-inspired sensors
Fiber optic sensing systems
Multi-modal sensing and data fusion
Structural health monitoring (SHM) and prognostics
Intelligent sensing for aerospace and mechanical systems
Nano-material-based sensors
Self-powered and energy-harvesting sensors
Edge AI sensor nodes
Extreme-environment and high-speed sensing technologies
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Track 5: Mechatronics, Mechanical Systems & Smart Manufacturing
Smart manufacturing and Industry 5.0
Digital twin and simulation for mechanical and aerospace systems
Additive manufacturing (metal 3D printing)
Advanced CNC systems, predictive maintenance, and robotics integration
Sustainable and green manufacturing
Micro/nano manufacturing technologies
AI-driven product and mechanical system design optimization
Human-centric intelligent production systems
Mechatronic design of mechanical subsystems (actuators, sensors, motion control)
Vibration, dynamics, and structural optimization in mechanical systems
Track 6: Aerospace Innovation & Future Mobility
• Track 2: Intelligent Control, Robotics & Autonomous Systems
AI-driven and learning-based control systems
Reinforcement learning in control engineering
Autonomous systems (UAV, UGV, AUV)
Digital twin for control optimization
Human–robot collaboration and teleoperation
Fault-tolerant and resilient control
Swarm intelligence and multi-agent systems
Industrial AI and smart manufacturing control
Autonomous flight and space robotic control
Robotics in aerospace manufacturing and inspection
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Track 4: Advanced Navigation, Space Systems & Communication
Integrated navigation systems (GNSS/INS/Visual SLAM)
Satellite constellation systems (LEO networks)
Hypersonic vehicle navigation
Deep space communication and interplanetary networks
Synthetic aperture radar (SAR)
UAV swarm navigation and coordination
Space situational awareness (SSA)
Quantum navigation and precision guidance
6G aerospace communication
Space–air–ground integrated networks
Cyber-physical systems security in aerospace
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Track 6: Aerospace Innovation & Future Mobility
Hypersonic propulsion systems
Electric, hybrid, and distributed propulsion aircraft
Sustainable aviation fuel (SAF) and low-carbon aerospace technologies
eVTOL and urban air mobility (UAM)
Reusable launch vehicle technologies
Aviation materials, structural and composite engineering
Autonomous flight systems and intelligent avionics
Commercial space systems and private sector innovations
Space exploration technologies
AI-assisted aircraft and spacecraft design