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Naval Science and Engineering
1. Introduction to Naval Science and Engineering
2. Naval Architecture
3. Marine Hydrodynamics
4. Marine Engineering
5. Ship Design and Construction
6. Specialized Marine Vehicles
7. Ocean Engineering
8. Safety and Environmental Protection
Ocean Engineering
Marine Environment
Physical Oceanography
Ocean Currents
Wave Mechanics
Tidal Phenomena
Water Mass Properties
Meteorology
Wind Systems
Storm Development
Weather Routing
Climate Effects
Seabed Characteristics
Geological Formations
Soil Properties
Site Investigation
Geotechnical Analysis
Offshore Structures
Fixed Platforms
Jacket Structures
Gravity Base Structures
Jack-up Platforms
Compliant Towers
Floating Systems
Semi-submersible Platforms
Drill Ships
Floating Production Systems
Tension Leg Platforms
Spar Platforms
Subsea Systems
Subsea Wellheads
Manifolds
Pipeline Systems
Riser Systems
Mooring Systems
Catenary Mooring
Chain Systems
Wire Rope Systems
Anchor Types
Installation Methods
Taut Leg Mooring
Synthetic Rope Systems
Pretension Systems
Anchor Systems
Dynamic Positioning
Thruster Systems
Position Reference
Control Systems
Power Management
Underwater Vehicles
Remotely Operated Vehicles
Vehicle Design
Control Systems
Manipulator Systems
Tool Integration
Autonomous Underwater Vehicles
Navigation Systems
Mission Planning
Sensor Integration
Data Collection
Manned Submersibles
Pressure Hull Design
Life Support Systems
Viewing Systems
Manipulator Systems
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