Track 1: Motor Design and Multi‑physical Analysis

1. Motor Design, Modeling, and Optimization

2. Switched Reluctance Motors and Their Drive Systems

3. High‑Speed Motors, Special Motors, and Novel Motor Topologies

4. Multi‑Physics Field Analysis and Thermal Management of Motor Systems

5. Traction Motor Systems for New Energy Vehicles

6. Robotics, Servo Systems, and Motion Control

7. Hardware‑in‑the‑Loop and Real‑Time Simulation for Motor Drive Systems

8. Digital Twins and Intelligent Operation & Maintenance of Motor Systems

9. High‑Efficiency Energy‑Saving Motor Systems and Green Energy Applications

10. Multi‑objective optimal design of motor drive systems

11. Axial-flux motors, hub motors, and near-wheel motors

12. Frameless torque motors and coreless motors for embodied intelligence

13. Motor fault diagnosis

14. NVH of motors and electric drive systems

Track 2: Motor Drive and Advanced Control Technology

1. Power Converters and Inverter Technologies for Motor Drives

2. Control of Permanent Magnet Synchronous Motors, Induction Motors, and Brushless DC Motors

3. Vector Control, Direct Torque Control, and Model Predictive Control

4. Sensorless Control, State Observation, and Parameter Identification

5. Robust Control, Adaptive Control, and Fault‑Tolerant Control

6. AI and Machine Learning Based Motor Control Methods

7. Intelligent Control, Machine Learning, and Deep Learning Applications in Motor Systems

8. Fault Diagnosis, Health Monitoring, Predictive Maintenance, and Reliability Analysis

9. Motor Control Applications in Industrial Automation, Rail Transit, and Aerospace

10. Electromagnetic interference suppression for motor drive systems

Track 3: Industrial Energy System and Smart Grid

1. Smart grid modeling, analysis and operation optimization

2. Micro‑grid control, protection and energy management

3. Distributed generation and renewable energy grid‑connected technology

4. Energy storage system topology, control and application

5. Industrial power system planning and power quality improvement

6. Power electronic equipment for smart grid and industrial energy systems

7. Demand‑side response and industrial energy management system

8. Fault monitoring, protection and fault‑tolerant operation of industrial energy systems

9. Digital twin technology for smart grid and industrial energy scenarios

10. Interaction mechanism between motor load and power grid