(The following topics include but are not limited to)
Track 1: Mechatronics
Design of collaborative robot mechatronics
Intelligent sensing and integration of mechatronic systems
Digital twin modeling of mechatronic systems
Advanced motion control and integration of mechatronics
Design and application of micro-electromechanical systems (MEMS)
Fault diagnosis and fault tolerance of mechatronic systems
Industrial robot mechatronic transmission technology
Optimization of the mechatronic system of unmanned aircraft
Embedded hardware development of mechatronic systems
Electromagnetic compatibility design of mechatronic systems
Track 2: Precision Instruments
Precision mechanical engineering
Precision optical engineering
Precision electronic technology
Precision control technology
Laser technology, ultrasonic technology
Networked technology and intelligent technology
Intelligent instruments
Precision positioning and measurement technology
Precision mechanical servo systems, etc.
Track 3: Control Engineering
Intelligent control
Unmanned system control
Integrated control system
Robot and vibration-noise control
Machine vision and industrial automation
Dynamic control optimization of laser processing
Networked control systems and remote operation
Human-machine interaction and collaborative control
Fault detection and diagnosis
Dynamic systems and network control
Sensor and actuator technology
Optical sensing/controls
Optical fiber sensing and intelligent industrial monitoring
Intelligent traffic control system
Real-time monitoring and simulation
Optical communication in the coordination of unmanned aircraft clusters
Optical communication in the control of smart grids
Micro-nano robot control technology
Intelligent online monitoring technology ...