(The following topics include but are not limited to)
Track 1: Mechanical Design
Mechanical measurement, control and automation
Micro-electromechanical systems dynamics
Hydraulic drive and control technology
Reliability technology research for CNC machines
Mechanical and composite drive
Mechanical system dynamics and control
Special integrated circuit (ASIC) design and implementation
Optical electronic integration manufacturing and intelligence
Mechanical transmission and system measurement and control
Nonlinear vibration, modal analysis and parameter identification
Active, passive and intelligent control of vibration, impact and noise
High-precision, high-acceleration motion systems and control
Mechanical system dynamics, vibration analysis and vibration reduction design
Structural topology optimization, lightweight design and biomimetic design
Fatigue strength, reliability design and life analysis
Parametric design, knowledge-driven design and design automation
Innovative design of transmission systems (gears, belts/chain, lead screws, bearings)
Design and topology optimization for additive manufacturing (DFAM)
Track 2: Precision Manufacturing
Intelligent control systems
Computer integrated manufacturing systems
Advanced control and optimization technologies
Application of artificial intelligence in design and manufacturing
New sensing technologies
Precision manufacturing technology
Advanced manufacturing production mode
Virtual manufacturing and network manufacturing
Quality monitoring of manufacturing processes
System analysis and industrial engineering
Microelectronic packaging technology and equipment
Industrial robots and automated production lines
Track 3: Intelligent Inspection
Intelligent sensors and sensor network technology
Multi-sensor fusion technology and data management
Nonlinear signal processing and noise suppression technology
Machine vision, laser radar and infrared imaging detection
Non-destructive testing technology and material health monitoring
Fault diagnosis and state estimation methods
Application of deep learning and artificial intelligence in detection
Real-time monitoring technology in dynamic environments
Structural health monitoring (SHM) and predictive maintenance
Environmental monitoring and sensor performance optimization
Detection systems of Internet of Things (IoT) and edge computing
Spacecraft state detection and environmental perception technology ……