서울대학교 조선해양공학과

서울대학교 조선해양공학과

Undergraduate Course

Recommended Tracks

Since 2013

first semester second semester remark
1 year * Understanding Ship & Ocean Engineering
2 year * Structural Statics
* Naval Architectural Calculation
* Fundamentals of Thermodynamics and Electricity in Ocean Engineering
* Fundamentals of Fluid Mechanics
* Structural Dynamics
* Computer –Aided Ship Hull Design
* Primer of Offshore Plant Engineering
Major Required(*) 25 Credits
3 year Signal Processing
* Marine Hydrodynamics
Ship Resistance and Propulsion
Marine Mechanics of Materials and Theory of Vibration
Offshore Equipment
Creative Experiments in Naval Architecture and Ocean Engineering
Fundamentals in Finite Element Analysis
Dynamics of Ocean Waves
Design Theories of Ship and Offshore Plant
Process Systems Engineering for Offshore Plant
4 year Seakeeping, Manoeuvring and Control of ships and Offshore Platform
Ship Noise and Vibration
Production Science of Ships and Offshore Plants
Innovative Ship and Offshore Plant Design
Offshore Plant Safety Design
Shipyard Economics and Management
Marine Propulsors
Structural Analysis of Ship and Offshore Structure
Introduction to Shipbuilding PLM and Applications
FEED for Offshore Plant


Graduate Course

Special Ship Design Advanced Ship Hydrodynamics
Topics in Ship Production Engineering Ocean Environmental Loads & Structural Response
Finite Element Structural Analysis and Programming Noise Control Engineering
Advanced Maneuverability of Ship Advanced Marine Control Theory
Nonlinear Wave Theory Advanced Ship Design
Topics in Ship Design Automation Simulation-based Design
Topics in Ship Hydrodynamics Simulation-based Manufacturing Systems
Advanced Theory of Floating Body Motion Advanced Topics in Naval Architecture
Computational Marine Hydrodynamics Advanced Topics in Ocean Engineering
Topics in Ship Structures Thermo-Elastic Plastic Analysis of Welded Structure
Topics in Ship Structural Design Ship Noise and Vibration Measurements and Analysis
Topics in Ocean Engineering Design Ship Structural Vibroacoustics
Advanced Shape Modeling Design Sensitivity Analysis
Ship Guidance and Control Fundamentals of Underwater Acoustics
Computational Fluid Dynamics for Turbulent Ship Flows Theory of Sound Wave Propagation in the Ocean
Design Innovation Methodology Continuum Mechanics and Elasticity
Analysis of Viscous Fluid Flows Reading and Research
Advanced Theories of Computational Mechanics
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