(Including but not limited to the following topics)
Track 1: Vehicle Engineering
Hydrogen fuel vehicle technology
Solid-state battery applications
Powertrain control
Intelligent suspension system
Carbon fiber lightweighting
Lidar perception
Power system simulation
Fuel cell optimization
Vehicle-road cooperative communication
Power storage technology
Efficient propulsion optimization
Power failure diagnosis
Vehicle thermodynamic cycle
Low-carbon power integration
Vehicle power control
Track 2: Power Machinery
Efficient internal combustion engine combustion and emission control
Low-carbon/zero-carbon fuel engine technology
Hybrid power system architecture, energy management and mode switching control
Pure electric drive system, drive motor and inverter control
Fuel cell system integration, water heat management and durability improvement
Battery pack assembly, thermal management, state estimation and safety protection
Multi-power source coupling control and energy recovery technology
Electric powertrain NVH and reliability
Track 3: Automation Control
Linear system control
Control integrated circuits and applications
Modeling and simulation of emerging technologies
Nonlinear system control
Advanced control systems, automatic control systems
Automation and monitoring systems, control and embedded systems
Robot system control
Automation and diagnosis
Fault-tolerant control systems
Fractional systems and control
Intelligent system control
Mechatronics and robot systems
Network and motors
Power electronics and control
Sliding mode control
Principles and techniques of automatic control etc. ......