Module #1 Introduction to Advanced Naval Architecture Overview of naval architecture, its scope, and importance
Module #2 Hull Forms and Geometry In-depth analysis of hull forms, geometric definitions, and their impact on ship performance
Module #3 Hydrostatics and Stability Theory and calculations of hydrostatics, stability, and buoyancy
Module #4 Resistance and Propulsion Fundamentals of ship resistance, propulsion systems, and their optimization
Module #5 Marine Propellers and Thrusters Design, types, and performance of marine propellers and thrusters
Module #6 Steering and Maneuverability Principles of steering and maneuverability, including rudder design and control systems
Module #7 Structural Analysis and Design Methodologies for structural analysis, design, and optimization of ship hulls and superstructures
Module #8 Materials and Fabrication Overview of materials used in shipbuilding, fabrication techniques, and welding processes
Module #9 Ship Stability in Damaged Condition Analysis and design for ship stability in damaged condition, including flooding and sinking scenarios
Module #10 Advanced Simulation and Modeling Use of advanced simulation tools, such as CFD and FEA, for naval architecture and design
Module #11 Energy Efficiency and Environmental Impact Design considerations for energy-efficient ships, including energy harvesting and emissions reduction
Module #12 Naval Architecture for Specialized Vessels Design and operational considerations for specialized vessels, such as submarines, icebreakers, and offshore platforms
Module #13 Ship Handling and Operations Principles and practices of ship handling, navigation, and operations, including bridge design and systems
Module #14 Safety and Regulatory Compliance Overview of international regulations, safety standards, and compliance issues in naval architecture
Module #15 Ship Design for Specific Trades Design considerations for specific trades, such as container ships, tankers, and passenger vessels
Module #16 Human Factors and Ergonomics Design considerations for crew comfort, safety, and performance, including ergonomic principles and human-centered design
Module #17 Advanced Ship Design Tools and Software Overview of commercial and open-source software used in naval architecture, including NAPA, MAXSURF, and Rhino
Module #18 Design Optimization and Parametric Modeling Methodologies for design optimization, parametric modeling, and multi-disciplinary design optimization
Module #19 Uncertainty and Reliability Analysis Theory and applications of uncertainty and reliability analysis in naval architecture
Module #20 Marine Renewable Energy and Offshore Systems Design considerations for marine renewable energy systems, including wind, wave, and tidal energy
Module #21 Advanced Materials and Construction Techniques Overview of advanced materials and construction techniques, including composite materials, 3D printing, and modular construction
Module #22 Shipyard Operations and Production Planning Overview of shipyard operations, production planning, and project management
Module #23 Ship Repair and Maintenance Principles and practices of ship repair and maintenance, including dry docking and afloat repair
Module #24 Course Wrap-Up & Conclusion Planning next steps in Advanced Naval Architecture career
