Theme One: Mechanical systems
Mechanical measurement, control and automation
Dynamics of microelectromechanical systems
Hydraulic drive and control technology
Research on reliability technology of CNC machine tool
Electromechanical and composite drives
Mechanical system dynamics and control
Application specific integrated circuit (ASIC) design and implementation
Optoelectronic integrated manufacturing and intelligence
Mechanical drive and system measurement and control
Nonlinear vibration, modal analysis and parameter identification
Active, passive and intelligent control of vibration, shock and noise
High precision, high acceleration motion system and control
Theme 2: Materials Science and Engineering
Biomaterial
Smart material
Tissue engineering
Surface modification
Green material
Structural material
Functional material
Advanced materials and nanotechnology
3D printing/Additive Manufacturing
Material characterization and testing
Materials for electronics and photonics
Materials for lightweight and durable prosthetics
Materials used for reliable telecommunications in medical robots
Materials for exoskeletons and assistive devices
Imaging equipment reinforcement material
Materials used to control the release of drugs
Topic three: Modeling and simulation techniques
System dynamics and simulation
Computer aided geometric design and simulation
Modeling and control theory
Mechatronics system simulation
Finite volume method (FVM)
Multi-body Dynamics (MBD)
Computational Fluid Dynamics (CFD)
Finite Element Analysis (FEA)
Agent-based Modeling (ABM)
Dynamic modeling
Biomechanical modeling of robotic surgery
Physiological modeling
Patient-specific modeling
Patient flow modeling
Epidemiological modeling
Medical device simulation
Kinematic modeling
Collision detection and avoidance
Task space control
Tactile feedback simulation
Path planning and optimization
Real-time simulation