The topics of interest include, but are not limited to: The aim of ICAM 2026 is to provide a platform for researchers, engineers, academicians as well as industrial professionals from all over the world to present their research results and development activities in Mechatronics integrating Vibration, Robotics, Measurement and Mathematical Modelling. It provides opportunities for the delegates to exchange new ideas and application experiences, to establish business or research relations and to find global partners for future collaboration. Papers Submission Email：eiei2012@163.com
1. Mechatronic System Design and Multidisciplinary Integration
2. Structural Vibration Analysis, Testing and Suppression
3. Vibration Control for Rotating Machinery and Flexible Mechanisms
4. Dynamic Modelling of Mechatronic Equipment
5. Precision Measurement for Mechatronic Components
6. Sensor Systems for Vibration and Motion Acquisition
7. Robot Kinematics, Dynamics and Trajectory Planning
8. Industrial Robot Design and Performance Optimization
9. Mathematical Modelling of Non-linear Mechanical Systems
10. Numerical Simulation for Multi-body Mechatronic Systems
11. Condition Monitoring Based on Vibration Signals
12. Intelligent Vibration Reduction and Active Control Algorithms
13. Collaborative Robot and Human-Robot Interaction Technology
14. Mobile Robot Localization, Navigation and Path Tracking
15. Machine Vision and Visual Measurement for Robotic Operation
16. High-precision Displacement and Vibration Measurement
17. Signal Processing and Feature Extraction for Measurement Data
18. Mathematical Modelling of Electro-mechanical Coupling Behaviour
19. Finite Element Modelling for Vibration and Fatigue Evaluation
20. Fault Diagnosis of Mechatronic Systems Using Vibration Data
21. Actuator Design, Control and Performance Testing
22. Real-time Monitoring System for Mechatronic Equipment
23. Adaptive and Robust Vibration Controller Design
24. Robot Manipulator Precision Positioning and Error Compensation
25. Soft Robot Modelling, Fabrication and Motion Control
26. Laser, Optical and Non-contact Measurement Techniques
27. Calibration and Uncertainty Analysis of Measuring Instruments
28. Mathematical Modelling of Piezoelectric and Smart Materials
29. Multi-physics Simulation of Integrated Mechatronic Devices
30. AI-driven Vibration Prediction and Intelligent Control
31. Digital Twin for Mechatronic and Robotic Systems
32. Experimental Modal Analysis and Vibration Test Technology
33. Mechatronic System Identification from Measurement Data
34. Optimization Algorithms for Dynamic Mechatronic Models
35. Robot-aided Automatic Measurement and Inspection
36. Wireless Sensor Networks for Distributed Vibration Monitoring
37. Modelling and Control of Flexible Robotic Structures
38. High-speed Mechatronic Dynamics and Stability Analysis
39. Metrology and Traceability for Precision Engineering Measurement
40. Mathematical Optimisation for Vibration-energy Harvesting Devices
41. Real-time Numerical Modelling for Online Monitoring
42. Prototype Development and Experimental Validation of Mechatronic Systems
43. Reliability Evaluation Based on Dynamic Measurement Data
44. Frontier Theory and Industrial Application of Integrated Mechatronics
