The 60th Anniversary of the Department of Naval Architechture and Ocean Engineering

History

ABEEK

In the era of globalization, many countries across the world have focused on the international standardization of engineering education.

Its purposes are twofold: one is to establish the foundation for engineering education, which is required in the knowledge- and skill-based society of the 21st century, and the other is to achieve international competition by fostering certified engineers.

In this context, the certification system for engineering education guarantees the preparedness for the practical international engineering tasks.

Our department was certified by the Accreditation Board for Engineering Education of Korea (ABEEK), and those who completed the program have been certified with Naval Architecture and Ocean Engineering Program since 2007.

Employment - last 2 years

Many of the graduates from our department have led the industrial development, working for major shipbuilding companies such as Hyundai, DSME, Samsung, STX and Hanjin heavy industries Co., LTD.

Scholarship Program

- Academic Excellence Scholarship and Tuition Support Scholarship.
- Foreign language Excellence Scholarship supported by the alumni.
- Scholarship by NURI Foundation: Undergraduate students
- Scholarship by BK21 Foundation: Graduate students
- Industry Scholarship Program: Samsung Heavy Industries Co., LTD., DSME Co., LTD., STX Offshore & Shipbuilding Co., LTD., Korea Register, Det Norske Veritas (DNV), American Bureau of Shipping (ABS), Kongsberg Maritime Korea Co., LTD. and Seah Co., LTD., etc.
- Amount of scholarship per person

Education / Training Status

- Memorandum Of Understanding (MOU) with Registro Italiano Navale (RINA) (Since 2009)
- Pusan National University-Lloyd’s Register International Joint R&D Centre (Established in 2009)
- Pusan National University Specialization Program (Selected in 2008)
- LRET (Lloyd’s Register Education Trust): Structural Design Innovation of Ships and Offshore Installations (Selected in 2008)
- Advanced shipbuilding technology specialist courses of the Hanjin Heavy Industries Co., LTD. (Since 2007)
- Memorandum Of Understanding (MOU) with STX Offshore & Shipbuilding Co., LTD. (Since 2007)
- NRL (National Research Laboratory): Advanced Structural Analysis Technology for Ships and Offshore Structures (Selected in 2007)
- Contract Department of the Samsung Heavy Industries Co., Ltd. (Since 2007)
- BK21: MIT (Marine and Information Technology) Group for High-Added Value Ships and Offshore Structures for Deep Sea Resources Exploration (Selected in 2006)
- Offshore Plant Engineer's Training Education Centre (Selected in 2006)
- ABEEK: Naval Architecture & Ocean engineering Program (Applicated in 2003, Selected in 2004)
- Dream Academy of the Samsung Heavy Industries Co., Ltd. (Since 2004)
- ERC: Advanced Ship Engineering Research Centre (Selected in 2002)

Laboratory

Laboratory	Professors	Specialties	Homepage
Ship Welding Strength	Kang, Sung Won Kim, Myung Hyun	• Production Design Tech. of Ship and Offshore Structures • Design Tech. of Welded Structure and Welding Reliability Assessment • Fatigue and Fracture Strength Test Assessment Tech. of Welded Structure • Welding Machines, Welding Automation and Quality Assessment • Dynamic Structure Strength Assessment • Fatigue and Fracture Mechanics • Material Strength and Reliability Assessment • Non-destructive Inspection and Structural Health Monitoring Tech.	http://weld.naoe. pusan.ac.kr
Ship Basic Design	Kim, Soo Young Shin, Sung Chul	• Maritime safety • Ship economics &cost estimation • Hull form design • Artificial intelligence for ship design • Accuracy management for the ship block production • Ship compartment design and layout optimization • Ship outfitting design using digital mock-up • Development of material and components for the ship • Risk based safety design • Leisure boat design based on Aesthetics	http://sdpl.naoe. pusan.ac.kr
Ocean Engineering	Kwon, Sun Hong Choi, Han Suk Jang, Taek Soo	• A Study on Sloshing • A Study on Slamming • A Study on Wave Monitoring System • Nonlinear wave Interactions • Ocean Structure System Design and Installation • Offshore Pipeline Engineering • Offshore Subsea Engineering • Optimization procedures • Inverse Technique Applied to Ocean Engineering • A Study of Wave Monitoring System using Marine Radar • Hydrodynamics, Floating Production System • Steel &Special Material Pipeline • Architecture of Subsea Engineering • Inverse problems of marine • Optimization (Ocean engineering) based on functional analysis	http://oelab.naoe. pusan.ac.kr
Ship and Offshore Structure Mechanics	Paik, Jeom Kee	• Applying computer with ship and offshore structural performance of analysis techniques • Non-linear structure mechanics techniques • Non-linear finite element analysis techniques • Limit states structure design techniques • Buckling ultimate strength performance analysis techniques • Collision stranding heavy transport falling and fire explosion of performance analysis techniques • Aging structural condition assessment techniques • Risk assessment techniques • Impact pressure (sloshing, slamming, green water), the strength performance analysis techniques	http://www.alps. ac
Ship motion and manoeuvring	Lee, Seung Keon	• Assessment of ship manoeuvrability • Assessment of sea keeping quality • Automatic control of ships and Underwater vehicle • Wing theory • Stability analysis of ship and offshore structure • Analysis of motion for an UUV • Experimental technique in water tank for the analysis of ships and UUV	http://home.pusan.ac.kr/~smml
Ship Resistance	Chun, Ho- Hwan	• Ship resistance &Hull design • Frictional resistance • High speed ship design • Frictional resistance &boundary layer control • Towing tank test &Flow field measurement • Computational Fluid Dynamics	http://home.pusan.ac.kr/~rpl http://mhcl.naoe.pusan.ac.kr
Ship Vibration and Noise	Cho Dae-Seong	• Low vibration and noise design of ship • Numerical simulator development and adaptation of vibration, noise and impact • Vibration/Noise analysis and control • stealth technique of war vessel: radar and radar cross section	http://home.pusan.ac.kr/~snv
Propulsion System	Kim, Mun- Chan	• Propulsion system design/analysis technology • New concept propulsion &complex propulsion development technology • Model test method &analysis technology • Propulsion performance improvement technology	http://home.pusan.ac.kr/~propl http://mhcl.naoe.pusan.ac.kr
Continuum Damage Mechanics	Lee, Jae Myung	• Damage assessment techniques for material/structure • Constitutive equation for finite element analysis • Continuum damage mechanics • Object-oriented damage model technology	http://cdml.naoe.pusan.ac.kr
Simulation Innovation	Pack, Jong Chun	• Simulation techniques for nonlinear fluid mechanics • M&S techniques for complicated flow • Simulation techniques for sea flow and marine environment • Simulation based fluid system design • VR simulator techniques for fluid • Measurement techniques for nonlinear flow	http://home.pusan.ac.kr/~sil