(The following topics include but are not limited to)
Track 1: Ship Engineering
Overall design and performance optimization of ships
Ship hydrodynamics and numerical water tank technology
Strength, fatigue and fracture analysis of ship structures
Ship marine environmental loads and structural reliability
Ship power system design and energy efficiency improvement
Ship anti-roll, anti-wave and stability technologies
Ship anti-corrosion, protection and material application
Green ship design and low-carbon emission technologies
Ship resistance, propulsion and propeller optimization
Underwater vehicles, unmanned ships overall technology
Vibration and noise prediction and control of ships
Ship construction technology and intelligent manufacturing
Research on ship damage flooding and anti-sinking
Design and analysis of offshore floating structures

Track 2: Intelligent Control Theory and Technology
Ship motion intelligent control algorithms
Model predictive control, adaptive control and robust control
Fuzzy control, neural networks and deep learning control
Application of reinforcement learning in marine equipment control
Multi-agent cooperative control and formation control
Nonlinear system identification and state estimation
Fault diagnosis, fault-tolerant control and health management
Intelligent sensing, state monitoring and signal processing
Machine vision and target recognition in maritime scenarios
Intelligent navigation, path planning and obstacle avoidance algorithms
Chaos system control and disturbance suppression technology
Digital twin-driven control systems
Embedded real-time control system development

Track 3: Marine Electrical and Mechanical Systems
Integrated design of ship electromechanical systems
Ship electric propulsion system and motor drive technology
Ship power distribution system, power quality and energy storage technology
Hydraulic and pneumatic electromechanical actuator design
Marine equipment sensors and detection electromechanical devices
Seawater sealing and reliability technology for underwater equipment
Ship auxiliary machine automation and electromechanical operation and maintenance systems
Modeling, simulation and virtual debugging of electromechanical systems
Marine new energy electromechanical conversion devices (wave energy, tidal energy)
Electromechanical system vibration monitoring and fault warning equipment
Design of underwater robot electromechanical systems
Lightweight design of ship electromechanical equipment
Thermal management and cooling technology of electromechanical systems
Reliability tests and life assessment of marine electromechanical equipment
Internet of Things and remote operation platform for electromechanical systems
...