(Including but not limited to the following topics)
Topic 1: Ship Engineering
Ship design principles
Ship structural mechanics
Ship resistance and propulsion
Ship maneuverability
Ship seakeeping ability
Ship vibration and noise
Ship strength and fatigue
Ship manufacturing processes
Ship-rudder-propeller interaction
Ship damage stability
Ship stealth technology
Polar ship design
Ship energy efficiency optimization
Ship power system
Ship electric propulsion
Ship ballast water management
Ship intelligent construction
Ship full life cycle management
Ship modification and dismantling
Ship safety assessment
Topic 2: Hydrodynamics
Potential flow theory
Viscous flow theory
Cavitation and erosion
Wave dynamics
Multiphase flow
Free surface flow
Turbulence and transition
Fluid-structure coupling vibration
Boundary layer theory
Vortex dynamics
Jet and wake
Stratified water dynamics
Shallow water wave theory
Ship wake field
Hydrodynamic noise
Sliding boat hydrodynamics
High-speed boat hydrodynamics
Underwater vehicle hydrodynamics
Propeller hydrodynamics
Hydrodynamic model tests
Topic 3: Control Science
Linear control systems
Nonlinear control theory
Robust control
Adaptive control
Intelligent control algorithms
Model predictive control
Optimal control theory
System identification and estimation
Kalman filtering
Sliding mode control
Cooperative control theory
Distributed control systems
Ship motion control
Course and trajectory tracking
Dynamic positioning system
Ship automatic berthing
Formation control
Autonomous obstacle avoidance algorithm
Ship integrated bridge system
Control system stability analysis