Naval Architecture Engineering

What You Will Learn

• 1 Learn the foundational principles of naval architecture, including ship geometry, displacement, and the coordinate systems used to describe hull forms.
• 2 Understand hydrostatics and buoyancy theory, including Archimedes' principle, the metacentric height, and the calculation of stability curves.
• 3 Apply resistance and propulsion theory to analyze hull drag, wake fraction, thrust deduction, and propeller selection for efficient vessel design.
• 4 Explore ship structural design principles, including longitudinal and transverse framing systems, section modulus, and classification society rule requirements.
• 5 Analyze intact and damage stability regulations, including IMO criteria, flooding calculations, and subdivision requirements for passenger and cargo vessels.
• 6 Develop proficiency in seakeeping and maneuvering theory, covering wave-induced motions, roll damping, rudder forces, and turning circle analysis.
• 7 Understand ship resistance prediction methods, including model testing procedures, computational fluid dynamics concepts, and scaling laws.
• 8 Apply weight estimation and trim calculation techniques, including lightship weight breakdowns, deadweight analysis, and longitudinal center of gravity management.
• 9 Explore offshore structure design principles, including fixed platforms, floating production systems, mooring analysis, and riser design fundamentals.
• 10 Understand ship systems engineering, covering ballast systems, bilge systems, fire protection, HVAC, and electrical load analysis.
• 11 Analyze environmental regulations and green ship design strategies, including EEDI, EEXI, carbon intensity indicators, and alternative fuel integration.
• 12 Build a complete preliminary ship design project, integrating hull form selection, stability verification, structural sizing, and propulsion system specification.