School of Marine Technology

Marine Technology (MT) is one of the 7 national agendas (IT, BT, ET, NT, ST, CT, MT) fixed by the National Science and Technology Council. MT is considered to be the future technology for achieving such goals as increasing competitiveness in the marine industry, intensifying the management of marine territory, and preventing the draining of marine resources, and global environmental changes, for which the whole human kind of the 21st century shares the blame. The aim here is to foster excellent talents who will lead the new marine age of the 21st century by sharing information through international workshops and developing high technology through co-research with other researchers. It provides on-the-job training opportunities, customized education, and curriculum of industry-academic cooperation with related industries, government agencies, and research institutions. It is specialized for the development of marine high-technology, the development and use of ocean resources, and the maintenance of the ocean environment. This faculty currently consists of 6 majors; Marine Production Management Aquaculture, Power System Engineering, Environmental Oceanography, Bio-resource Utilization, and the Department of Naval Architecture Ocean Engineering

Marine Production Management

The aim of the Marine Production Management program is to foster high-quality human resources who will lead the continuous improvement efforts and efficient management of marine resources. It provides education related to eco-friendly and efficient marine production systems and shipping service systems for marine transportation and fishery production. It also provides students with opportunities to visit other related countries through overseas ship boarding practices.

Major in Power System Engineering

Power system engineering aims to educate students to meet the great demands for knowledge of theories and practices of power system engineers. The program aims to expose students to the basic skills and knowledge in the fields of mechanical and electrical engineering, electronics and automatic control systems. It also delivers efficient education and research through cooperation with industry and schools in addition to supply of technical and research manpower to machinery and maritime industry.

Department of Aquaculture

The Department aims to have students acquire a good technical knowledge of marine biology and develop their potential capacity to exploit, utilize, conserve and manage marine resources.
To this end, it provides specialized subjects regarding fish, shellfish, and seaweed farming along with a basic knowledge of aquaculture. The Department is composed of eight main laboratories: aquaculture environment ecology, resource organism, fish culture and nutrition, reproduction organism, invertebrate culture, algae culture, fisheries business management, and molecular physiology.

Major in Environmental Oceanography

Homepage: http://ocean89.jnu.ac.kr/eng

The most unique feature of earth in the 21st century is the marine environment. It is required to understand the phenomena of the marine environment, focusing on the global ecosystem, the scientific and technological development for space uses of marine environment, the development of marine energy, the exploration of marine resources, and the management and conservation of the marine ecosystem. More recently, it is growing in importance for sustainable ecosystem development of earth in the uses and management of marine environment. This program provides the understanding and scientific and technological applications for marine environments. The study of marine phenomena is connected into four broad categories: biology, chemistry, physics, and geology, leading to a study of the uses and management of the true marine environment. The program’s main purpose is to educate essential experts developing various and plentiful marine resources.

Department of Naval Architecture and Ocean Engineering

Naval architecture and ocean engineering focuses on research and education in a variety of areas from basic theory to advanced technology on ship and offshore structures. The final goal of the Department lies in the design and production of the reliable and cost-effective transport systems and offshore structures which can carry out missions successfully in harsh ocean environments. The research scopes of naval architecture consist of resistance and propulsion, proposer, structures and materials, motion and maneuverability, noise and vibration, and welding. Ocean engineering involves various scopes of technical problems that arise during the design, construction, load-out, design, construction and operation of various forms of structures developed to meet the needs of offshore petroleum and construction industries. Research on the ocean environment itself is also one of the major research fields of the Department. To meet increasingly complex technical demands, the Department extends research fields to cover rigorous analysis of detailed subjects using powerful computers. In particular, it offers on-board training course on university-owned research and training ships.

Course list

Marine Production Management

Major in Power System Engineering

Department of Aquaculture

Major in Environmental Oceanography

Department of Naval Architecture and Ocean Engineering

Course list

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