(The following topics include but are not limited to)
Track 1: Mechanical Electronics
Design and Optimization of Mechatronic Systems
Intelligent Machinery and Robotics Technology
Control Theory and Applications of Mechanical Systems
Sensor and Actuator Technology
Micro/Nano Mechatronic Systems (MEMS/NEMS)
Mechanical Manufacturing Processes and Automation
Development and Application of Mechatronic Control Systems
Mechanical System Dynamics
Mechanical Circuit Design
High-performance Mechatronic Drive Systems
Smart Logistics Equipment and Systems
Industrial Robots and Digital Twinning
Fluid Transmission and Control
Track 2: Aerospace
Aircraft Structural Analysis and Design Automation
Autonomous flight control
Digital signal processing
Mechanical-electrical equipment control technology
Guidance, navigation and control estimation for aircraft
GPS multipath
Instrumentation and control engineering
Intelligent sensing and information fusion
Sensors and actuators
Spacecraft avionics systems, subsystems and technologies
Spacecraft structure and design
Unmanned autonomous systems, unmanned aircraft technology and applications
Space communication
Communication, navigation and surveillance
Space system design and integration
Aerospace systems and technologies
Track 3: Intelligent Equipment
Intelligent equipment design and system integration
Sensors and detection, equipment monitoring and fault diagnosis
Digital twin and virtual simulation technology
Autonomous control and decision-making
Adaptive regulation and optimization control
Data-driven, edge computing and cloud computing applications
Machine vision and image processing technology
Robots, automation systems
Human-computer interaction system design
Flexible manufacturing and flexible control strategies
Self-operation, scheduling and resource management, etc. ……