(The following topics include but are not limited to)
Track 1: Electrical Engineering
Power transmission and distribution, power quality, electrical measurement
Renewable energy
Electric traction, electromagnetic compatibility
High-voltage insulation technology, high-voltage instruments
Electrical engineering materials
High-voltage and insulation technology
Power electronics and its applications
Mechatronics, circuits and systems
Power quality and electromagnetic compatibility
Power systems and their automation
Power system planning and scheduling
Power systems and energy
Electric drive systems and their applications
Electric vehicle technology
Motors and electrical appliances
Electrical materials and processes
Electrical traction systems and control
Track 2: Power Electronics
Power electronic equipment
Motor drive and frequency converters
System integration Power system
Modeling and Simulation
Converters and System Control
Physical Theory Analysis of Motors
Noise Reduction Technology for Large Equipment
High-Frequency Converters and Power Supplies
Passive Components and Sensors
Electronic Signals
Power Systems and Automation
High Voltage and Insulation Technology
Power Electronics and Power Transmission
Power Machinery and Electrical Appliances
MEMS Component Technology
System-Level Design of Electronics
Electronics and Nanoelectronics
Epitaxy and Light Emitting Diodes
Fiber Optics and Fiber Optic Equipment
Gigantic Area Microelectronics
Three-Dimensional Semiconductor Device Technology
Track 3: Intelligent Control
Adaptive Control Systems
Intelligent Robot Control
Fuzzy Control Technology
Deep Learning Control
Predictive Control Algorithms
Distributed Control Systems
Multi-Agent Collaboration
Machine Vision Control
Unmanned System Control
Nonlinear System Control
Real-Time Control Technology
Reinforcement Learning Applications
Intelligent Traffic Control
Industrial Automation Control
Network Control Systems ....