(Include but not limited to)
Track 1: Ship Engineering
Design and manufacturing of ships and marine structures
Mechanics of ship and marine engineering structures
Ship hydrodynamics and fluid mechanics
Mathematical models of ship motion and maneuverability
Design and optimization of ship power systems
Electrical and automation systems of ships
Ship electronics and communication technologies
Design of submersibles and underwater robots
Green design of ships and new energy power sources
Digital shipbuilding and intelligent manufacturing technologies
Ship structural health monitoring and safety assessment
High-performance ships and new ship types development
Anti-shock and vibration control technologies for ships
Track 2: Power Systems
Operation control of thermal engines and power machinery
Vehicle engineering and hydraulic/pneumatic mechanical technology
Hydraulic and power systems of water and hydropower
Marine engineering and engineering fluid mechanics
Computational fluid dynamics (CFD) and marine fluid mechanics
Submersible and underwater robot technologies
Research and development of ships and marine engineering equipment
Construction of offshore platforms and artificial islands
Ocean resource development and space utilization
Underwater mining, tunnel engineering and pipeline technologies
Ocean energy development and utilization technologies
Track 3: Marine Technology and Intelligent Applications
Marine engineering equipment and deep-sea technologies
Submarine pipelines and underwater production systems
Ocean resource development and utilization technologies
Ocean environment monitoring and sensor technologies
Autonomous underwater vehicles (AUVs) and unmanned ships
Intelligent navigation and autonomous navigation technologies
Ship intelligent perception and communication technologies
Digital twin-driven marine engineering operation and maintenance
Application of artificial intelligence in ships and marine engineering
Ocean big data and information systems
Ocean new energy technologies (offshore wind power, tidal energy, etc.)
Underwater acoustics and signal processing technologies
Marine engineering safety and risk assessment
Ship autonomous driving and intelligent obstacle avoidance ......