	Graduate School of Fisheries and Ocean Sciences	__Contact Information Phone: +82-61-659-7108 Fax: +82-61-659-7109 E-mail: love@jnu.ac.kr URL: http://gradsea.jnu.ac.kr

■ Graduate Studies in the Graduate School of Fisheries and Ocean Sciences

The Graduate School of Fisheries and Ocean Sciences was authorized by the Ministry of Education to open eight academic units (Department of Aquaculture, Ocean Environmental System Program, Department of Ocean Engineering, Department of Marine Production Management, Power System Engineering, Marine Food Science and Technology, Department of Aqua life Medicine) with an entrance quota of 30 applicants in October 2005. The Graduate School of Fisheries and Ocean Sciences offers night classes, and its master’s program requires two-and-a-half years to complete. Applicants who apply for any program in the school are required to hold a bachelor’s degree from a domestic or international university. This Graduate School aims to educate students on basic and practical theories and to provide research development that is applied to harbors, marine transport, marine resources, fishing industries, fish-raising industries, marine bio-manipulation, and food industries.

■ Degree Requirements

▪ Credit Requirements

Applicants who apply for admission into the master’s degree program should have one of the following qualifications at the time of application:

- Thesis degree: more than 24 credits

- Non-thesis degree: more than 36 credits

▪ Foreign Language (English) and Comprehensive Final Examination

- Students taking the foreign language test should acquire more than 12 credits.

- The comprehensive final examination consists of three subjects. Applicants taking the examination should acquire more than 18 credits.

▪ Preparation of Thesis

The master’s thesis should be prepared using the Guidelines for the Preparation of Theses, available from the Graduate School.

▪ Submission of Thesis

Students who pass the foreign language test and comprehensive final examination, and complete degree program requirements or are expected to complete the degree program requirements in the semester of submission can submit a thesis.

▪ Advisors

The Department Head may designate a faculty member for each student upon admission to guide them in their studies.

▪ Limitations on Advisors

A faculty member may not be assigned more than three students to advise per year.

	Department of Power System Engineering	__Contact Information Phone: +82-61-659-7130 Fax: +82-61-659-7139 E-mail: engine@jnu.ac.kr URL: http://engineer.chonnam.ac.kr/

■ Graduate Studies in Power System Engineering

Power System Engineering is an academic field combining the mechanical engineering and the electrical/electronics engineering. Power System Engineering deals with the design, manufacture, control, and management of power machinery, thermal-fluid machinery, electrical/electronics machinery, etc. The Department of Power System Engineering aims for nurturing experts with state-of-the-art technology in the field of power system engineering. The department consists of five laboratories: internal combustion engine, hydraulic-pneumatic control, heat-fluid, applied mechanics, and electro-mechanical energy conversion.

■ Degree Requirements

To earn a master's degree, graduate students should pass a foreign language test and a comprehensive final examination. Also, the students should have one of the following qualifications:

- Thesis degree: more than 24 credits

- Non-thesis degree: more than 36 credits

■ What Do You Study?

Thesis Research

Advanced Engineering Mathematics

Advanced Thermodynamics

Advanced Internal Combustion Engines

Advanced Fluid Mechanics

Advanced Air Conditioning

Advanced Solid Mechanics

Advanced Mechanical Vibration Dynamics

Advanced Hydraulic Engineering

Advanced Measurement System

Advanced Robotics

System Engineering

Advanced Automatic Control

Advanced Optimal Design

Advanced Machine Tools

Advanced Electric Machinery

Advanced Accurate Machining

Advanced Machine Design

Advanced Numerical Analysis

Advanced Combustion Engineering

Advanced Gas Turbines

Advanced Thermal Power Engineering

Advanced Heat Transfer

Advanced Engine Design

Advanced Dynamics

Advanced Fluid Machinery

Advanced Hydraulic-Pneumatic Control

Analysis of Dynamic Systems

Advanced Mechatronics

Advanced Sequence Controls

■ Professors

∙Dong-Jun Yeo, Ph.D.

[Professor, Applied Mechanics,

djyeo@jnu.ac.kr]

∙Kyong-Uk Yang, Ph.D.

[Professor, Hydraulic-Pneumatic Control,

yangku@jnu.ac.kr]

∙Woo-Gyeong Wang, Ph.D.

[Professor, Internal Combustion Engine.

wangwk@jnu.ac.kr]

∙Myung-Soo Choi, Ph.D.

[Professor, Mechanical Vibration,

engine@jnu.ac.kr]

∙Kyung-Hun Shin, Ph.D.

[Assistant Professor, Electric Machine.

kshin@jnu.ac.kr]

■ Laboratories

∙Applied Mechanics Lab

∙Hydraulic-Pneumatic Control Lab

∙Internal Combustion Engine Lab

∙Heat-Fluid Lab

∙Electro-Mechanical Energy Conversion Lab

	Department of Aqualife Medicine	__Contact Information Phone: +82-61-659-7170 Fax: +82-61-659-7179 E-mail: ljs@jnu.ac.kr URL: http://fishpath.jnu.ac.kr/

■ Graduate Studies in Aqualife Medicine

The Department of Aqualife Medicine focuses on the study of fish disease treatment and prevention. Our department is composed of eight main laboratories: pathogenic microbiology, histopathology, fish disease diagnosis, environmental physiology, preventative medicine for fish, fish pharmacology, clinical fish pathology, fish virology and clinical diseases.

■ Degree Requirements

To get a master's degree, students must accumulate over 24 credits over a minimum of 2 years and 6 months. Graduate students are also able to earn research credits according to graduate school regulations. Special graduate school students may earn up to 6 credits in principle; this may be adjusted to within 3 credits with the President's approval. The foreign language and comprehensive examinations are administered in February and August of each year.

■ What Do You Study?

Research Methodology

Advanced Ontogeny

Advanced Invertebrate Anatomy

Microbial Genetics

Molecular Studies in Fish Pathology

Advanced Aquatic Toxicology

Applied Fish Pharmacology

Advanced Fish Immunology

Advanced Fish Histopathology

Advanced Fish Anatomy

Applied Aqualife Microbiology

Advanced Diagnostic Fish Pathology

Advanced Fish Pathology

Advanced Fish Disease and Nutrition

Prevention of Epizootics

Advanced Environmental Analysis

Advanced Environmental Physiology

■ Professors

∙Eunheui Kim, Ph.D.

[Professor, Pathogenic

Bacteriology and Genetics,

ehkim@jnu.ac.kr]

∙Jung Sick Lee, Ph.D.

[Professor, Fish and

Shellfish Anatomy,

ljs@jnu.ac.kr]

∙Myung-Joo Oh, Ph.D.

[Professor, Fish Virology and Parasitology,

ohmj@jnu.ac.kr]

∙Heung-Yun Kim, Ph.D.

[Professor, Fish Physiology and

Toxicophysiology,

hykim@jnu.ac.kr]

∙Sung-ju Jung, Ph.D.

[Professor, Fish Pathology and Immunology,

sungju@jnu.ac.kr]

∙So Young Kang, Ph.D.

[Professor, Fish Pharmacology and Pharmacognosy

sykang1@jnu.ac.kr]

∙Toyohiko Nishizawa, Ph.D.

[Professor, Virology and Cell Biology

jjnishi@jnu.ac.kr]

∙Wi-Sik Kim, Ph.D.

[Assistant Professor, Clinical diseases,

wisky@jnu.ac.kr]

	Department of Maritime Police Science	__Contact Information Phone: +82-61-659-7180 Fax: +82-61-659-7189 E-mail: hosamms@jnu.ac.kr

■ Graduate Studies in Maritime Police Sciences

Due to South Korea being a peninsula and therefore facing the sea on three sides and the geopolitical nature of the region, there is growing importance for maritime law enforcement. We are therefore aiming at cultivating professionals in the Maritime Police and strengthening competitiveness in the workforce through further education. In addition, the academic and research-based composition of Maritime Police personnel with experience in various research fields are required to improve the organization.

■ Degree Requirements

To get a master's degree, students must accumulate over 24 credits over a minimum of 2 years and 6 months. Graduate students are also able to earn research credits according to graduate school regulations. Special graduate school students may earn up to 6 credits in principle per semester; this may be adjusted to within 3 credits with the President's approval.

■ What Do You Study?

Advanced Criminal Law

Advanced Law of the Sea

Advanced Marine Engine

Advanced Vibration Analysis

Advanced Fisheries Law

Advanced Marine Safety

Advanced Criminology

Studies in Maritime Law

Advanced Marine Navigation

Studies in public law

Advanced Response of Marine Oil Pollution

Advanced Fisheries Management

Advanced Computer Aided Design

Studies in Maritime Traffic Law

Basic Studies in International Law

Advanced Criminal Procedure

Advanced Seamanship of Naval Vessel

Advanced Marine policing

Organization and Management

Advanced Theory of police Investigation

Advanced Ship Dynamics

■ Professors

∙Dal-hyun Park, Ph.D.

[Professor, Criminal Law,

dhpark328@jnu.ac.kr]

∙Duck-jong Jang, Ph.D.

[Professor, Marine Safety,

Navigation, Marine Pollution

response, jdj@jnu.ac.kr]

∙Ki-Soo Lee, J.S.D.

[Professor, Criminal Law, Police Science,

kslee@jnu.ac.kr]

∙Ho-Sam Bang, Ph,D.

[Professor, International Law of the Sea,

Maritime Law, hosamms@jnu.ac.kr]

	Department of Marine Bio Food Science	__Contact Information Phone: +82-61-659-7210 Fax: +82-61-659-7219 E-mail: foodkims@jnu.ac.kr

■ Graduate Studies in Marine Bio Food Science

In the marine field, the Department of Marine Bio Food Science is leading the study of food material, quality, process, storage, distribution, sanitation, safety, and processing technologies.

The basic characteristics of marine food, marine products and development of multiple processing, the use of special functional ingredients for continued exploration concentrated focus on basic scientific literacy and to foster talent and value of marine food acquiring knowledge about the features and, Fisheries with the increase in food hygiene safety technical, process knowledge, quality improvement, the study of the spread of seafood by practicing in the field of marine fisheries industry to increase adaptability to lead the marine biotechnology industry is to nurture talent.

■ Degree Requirements

To obtain a master's degree, students must accumulate over 24 credits over a minimum of 2 years and 6 months. Special graduate school students may earn up to 6 credits in principle to semester. The foreign language and comprehensive examinations required are administered in February and August of each year.

■ What Do You Study?

Food Quality Control

Advanced Food Microbiology

Advanced Bio chemistry

Advanced Food Engineering

Advanced Food Enzymes

Advanced Nutritional Chemistry

Food Rheology

Advanced Food Preservation1

Advanced Canned Food1

Advanced Lipid Chemistry

Advanced Glucose Chemistry

Advanced Food Toxicology

Advanced Food Hygiene

Food Color Chemistry

Advanced Bioactive Substances

Food Stuff Technology

Marine Bioactive Substances

Advanced Antibiotics

Advanced Food Research

Advanced Food Chemistry

Food Analysis Technology

Advanced Food Flavour Chemistry

By-products Processing

Organoleptic Evaluation

Advanced Fermentation Technology

Lipid Food

Advanced Instrumental Analysis

Advanced Sea Weed Processing

Advanced Applied Microbiology

Nutritional Biochemistry

Functional Food Chemistry

Physical Properties of Food

Advanced Food Preservation2

Advanced Canned Food2

Advanced Vitamin Chemistry

Advanced Food Biotechnology

Advanced Food Analysis

Management for Food Hazard Point

Advanced Fisheries Chemistry

Advanced Food Additives

Advanced Seaweed Chemistry

Advanced Marine Resources Processing

Food Resources Processing

■ Professors

∙Dong Soo Kang, Ph.D.

[Professor, Fisheries Chemistry,

dskang@jnu.ac.kr]

∙Sun-jae Kim, Ph.D.

[Professor, Food Safety,

foodkims@jnu.ac.kr]

∙Gin-Nae Ahn, Ph.D.

[Associate professor, Marine Biotechnology,

gnahn@jnu.ac.kr]

∙Sun-Hee Cheong, Ph.D.

[Associate professor, Functional Foods,

sunny3843@jnu.ac.kr]

	Department of Marine Production Management	__Contact Information Tel: +82 61 659 7120 Fax: +82 61 659 7129 E-mail: hhshin@jnu.ac.kr URL: http://marine.jnu.ac.kr

■ Graduate Studies in Marine Production Management

The future of the marine environment requires sustainable management of marine biological resources such as the management of fisheries, high-quality seamanship skills and safe navigation, and marine reorganization with an emphasis on marine ecology awareness. The aim is to train competent and creative marine technical personnel and experts who will lead the marine production and shipping industry by educating theoretical and practical skills on marine production, marine navigation, and fishery systems.

■ Degree Requirements

To earn a master's degree, students must accumulate over 24 credits over a minimum of 2 years and 6 months. Graduate students are also able to earn research credits according to the appropriate graduate school regulations. Special graduate school students may earn up to 6 credits in principle; this may be adjusted to within 3 credits with the President's approval.

■ What Do You Study?

Thesis Research

Writing Thesis

Advanced Seamanship

Theory of Ship's Position Error

Theory of Vessel Motion

Fisheries Engineering

Fisheries Oceanography

Fishing Gear Engineering

Advanced Fishing Gear Design

Mechanice Fishing Gear Materials

Fishing Behavior

Advanced Fishing Technology

Fishing Physics

Fishing Vessel Ability

Fishing Machinery

Advanced Fishery Biology

Fisheries Data Processing

Fishing Ground Mechanism

Artificioa Reet Engineering

Fishing Mechanism

Advanced Pelagic Fishery Technology

Acoustics Fishing Methodology

Measuring Instrumentin Navigation

Advanced Theory of Navigation

Advanced Navigation

Advanced Fisheries Law

International Marine Law

Advanced Marine Mateorology

Oceangraph Environmentalism

■ Professors

∙Doo-Jin Hwang, Ph.D.

[Professor, Fisheries Acoustics,

djhwang@jnu.ac.kr]

∙Taeho Kim, Ph.D.

[Professor, Fisheries

Engineering, kimth@jnu.ac.kr]

∙Hyong-Ho Shin, Ph.D.

[Professor, Ship Navigation,

hhshin@jnu.ac.kr]

∙Jihoon Lee, Ph.D.

[Professor, Fishing System,

jihoon.lee@jnu.ac.kr]

∙Kyounghoon Lee, Ph.D.

[Professor, Fishing Information

khlee71@jnu.ac.kr]

■ Laboratories

∙Fishing gear and Measurement technology Lab

∙Navigation Lab

∙Fishing gear·Fishing Methodology Lab

∙fishery system Lab

∙Fishery Resources and Information Lab

	Department of Aqualife science	__Contact Information Phone: +82-61-659-7160 Fax: +82-61-659-7169 E-mail: kkh@jnu.ac.kr

■ Graduate Studies in Aqualife science

The Department of Aqualife science is designed for aquaculture awareness and the conservation of aquatic organisms.

The main target areas are fishery aquaculture and seaweed aquaculture through the study of resource ecology, ecosystem modeling, reproductive biology, Advanced Bio-diversity and Conservational Biology, fish physiology, fish feeds, and Aquafarm Environmental Ecology studies.

The purpose of this program is to produce experts and researchers in the field of aquaculture through intensive study and study of both basic and applied sciences.

■ Degree Requirements

Master’s degree candidates are required to earn 24 credits over a minimum of 2 years and 6 months.

Ph.D. candidates are required to earn an additional 36 credits. All graduate students are required to submit a thesis prior to graduation and pass a comprehensive exam and a foreign language exam.  Students are encouraged to take 9 credits in their first semester. If their grade point average exceeds 4.0 in a semester, they are allowed to take up to 12 credits the following semester. Students are not allowed to take more than 6 credits of courses taught by their academic advisor in the first semester.

■ What Do You Study?

Advanced Genetics (3)

Advanced Developmental Biology (3)

Advanced Ichthyology (3)

Fishery Invertebrate Zoology (3)

Advanced FishFeeds (3)

Algal Physioecology (3)

Aquafarm Environmental Ecology (3)

Crustacea Culture (3)

Endocrinology (3)

Advanced Marine Fish Culture (3)

Management and Pathology of Aquatic Organism (3)

Invertebrate Zoology Culture of SeaWater (3)

Advanced Breeding Science (3)

Advanced Cell Biology (3)

Fish Population Dynamics Management (3)

Advanced Fisheries Administration (3)

Advanced Limmnology (3)

Advanced Feed Biology (3)

Advanced Biochemistry (3)

Advanced Fishery Animal Nutrition (3)

Advanced Phycocultivation (3)

Reproductive Ecology (3)

Advanced Marine Ecology (3)

Invertebrate Zoology Culture of FreshWater (3)

Taxnomy of Invertebrate (3)

Advanced Fish of Fresh-Water Culture (3)

Fish Ecology (3)

Semina 3 (3)

Semina 4 (3)

Semina 2 (3)

Thesis Research (3)

■ Professors

∙Woon Kyo Lee, Ph.D.                         choisd@jnu.ac.kr, +82-61-659-7166]

[Professor. Reproduction organism              ∙Sang Duk Choi, Ph.D.

wklee@jnu.ac.kr, +82-61-659-7161]                [Professor. Aquaculture Environment Ecology

∙Gwan Sik Jeong, Ph.D.                         choisd@jnu.ac.kr, +82-61-659-7166]

[Professor. Fish Culture and Nutrition           ∙Kang Hee Kho, Ph.D.

ksjeong@jnu.ac.kr, +82-61-659-7162]             [Professor. Molecular Physiology

∙Kyeong Ho Han, Ph.D.                         kkh@jnu.ac.kr, +82-61-659-7168]

[Professor. Ichthyology Ecology and Taxonomy.

aqua05@jnu.ac.kr, +82-61-659-7163]

∙Kyeong Ho Kang, Ph.D.

[Professor. Invertebrate Culture

	Naval Architecture and Ocean Engineering	__Contact Information Phone: +82-61-659-7150 Fax: +82-61-659-7159 E-mail: parkih@jnu.ac.kr

■ Graduate Studies in 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 ships and offshore structures. The final goal of the Department lies in the design and production of 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, propulsors, 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, and operation of various forms of structures developed to meet the needs of the 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 courses on university-owned research and training ships.

■ Degree Requirements

To earn a master's degree, students must accumulate over 24 credits over a minimum of 2 years and 6 months. Graduate students are also able to earn research credits according to the appropriate graduate school regulations. Special graduate school students may earn up to 6 credits in principle; this may be adjusted to within 3 credits with the President's approval.

■ What Do You Study?

Advance measurements engineering (3)

Advance manufacturing automation (3)

Ecosystem Engineering (3)

Advance manufacturing engineering of ship (3)

Advanced Theory of Ship Design (3)

Advance materials Science of ship (3)

Advanced Theory of Ship Propulsion (3)

Advanced Theory of Ship Resistance (3)

Advanced Fisheries Oceanography (3)

Advanced Numerical Methods (3)

Advanced Coastal Oceanography (3)

Advance welding process (3)

Advanced Hydrodynamics (3)

Finite Element Method (3)

Advanced Optimal Design (3)

Advanced Theory of Special Ships (3)

Advanced Potential Theory (3)

Sediment Transport and Littoral Processes (3)

AdvancedCoastalandHarborEnginering (3)

Coastal Numerical Modelling1 (3)

Coastal Numerical Modelling2 (3)

Advanced Marine Measurement (3)

Advanced Ocean Geoinformatics (3)

Introduction to Ocean Thought (3)

Advanced Dynamical Oceanography (3)

Advanced Operational Oceanography (3)

Advanced Ocean Remote Sensing (3)

Advanced Ocean Information Analysis (3)

Turbulent Diffusion Theory in the Ocean (3)

Advanced Marine Environmental Engineering (3)

■ Professors

∙Moon-Ock Lee, Ph.D.

[Professor, Environmental Hydraulics

(Coastal Oceanography),

leemo@jnu.ac.kr]

∙Ok-Sam Kim, Ph.D.

[Professor, Manufacturing

Engineering of Ship,

kos@jnu.ac.kr]

∙Il-Heum Park, Ph.D.

[Professor, Coastal and Ocean

Engineering, parkih@jnu.ac.kr]

∙Jong-Kyu Kim, Ph.D.

[Professor, Ocean Informatics,

kimjk@jnu.ac.kr]

∙Hee-Jong Choi, Ph.D.

[Professor, Ship Design,

chiohj@jnu.ac.kr]

∙Jee-Hun Song, Ph.D.

[Professor, Ship Structural Vibration,

jhs.@jnu.ac.kr]

	Department of Environmental Oceanography	__Contact Information Phone: +82-61-659-7140 Fax: +82-61-659-7149 E-mail: shinhc@jnu.ac.kr

■ Graduate Studies in the Ocean Environmental Systems

The Department of Ocean Environment Systems aims to carry out scientific and technological studies of the marine environment, the origin of life on earth. For students aspiring to be marine researchers, the Ocean Environment System Program is designed to provide advanced training in a specialized field.

■ Degree Requirements

To earn a master's degree, students must accumulate over 24 credits over a minimum of 2 years and 6 months. Graduate students are also able to earn research credits according to graduate school regulations. Special graduate school students may earn up to 6 credits in principle; this may be adjusted to within 3 credits with the President's approval.

When students take lectures offered in the special graduate school (including supplementary subjects), master's degree candidates must achieve a grade of C or higher, while Ph.D. candidates must achieve a grade of B or higher.

■ What Do You Study?

Advanced Aquatic Environmental Processes (3)

Advanced Biology of Water Pollution (3)

Advanced Chemical Oceanography (3)

Advanced Coastal Oceanography (3)

Advanced Community Ecology (3)

Advanced Ecology of Fisheries Resources (3)

Advanced Estuary Ecology 1 (3)

Advanced Estuary Ecology 2 (3)

Advanced Evolutionary Ecology (3)

Advanced Fisheries Oceanography (3)

Major Electives

Advanced Geological Oceanography 1 (3)

Advanced Geological Oceanography 2 (3)

Advanced Intertidal Ecology (3)

Advanced Marine Biology of Benthos (3)

Advanced Marine Conservation Biology (3)

Advanced Marine Conservation Ecology (3)

Advanced Marine Ecology (3)

Advanced Deep Sea Biology (3)

Advanced Marine Planktology (3)

Advanced Marine Pollution (3)

Advanced Marine Pollution Control (3)

Advanced Marine Pollution Ecology (3)

Advanced Marine Sedimentology (3)

Advanced Marine Zooplanktology (3)

Advanced Ocean Bio-Genetics (3)

Advanced Ocean-Ecotoxicology 1 (3)

Advanced Ocean-Ecotoxicology 2 (3)

Advanced Ocean Environmental Condition (3)

Advanced Physical Oceanography 1 (3)

Advanced Physical Oceanography 2 (3)

Advanced Red Tides (3)

Environment Analysis of Fishing Area (3)

Environment of Fisheries Oceanography (3)

Fisheries Physical Oceanography (3)

Fluid Dynamics for Oceanography (3)

Instrumental Analytical Chemistry (3)

Marine Environmental Ecology (3)

Ocean Animal Behavior (3)

Ocean Eco-informatics (3)

Paleo Oceanography 1 (3)

Paleo Oceanography 2 (3)

Regional Oceanography (3)

Water Quality Control of Aquatic Culture

Systems (3)

Zooplankton Taxonomy (3)

■ Professors

∙Yang Ho Yoon, Ph.D.

[Professor, Phytoplankton Ecology

and Environmental Science,

yoonyh@jnu.ac.kr]

∙Yeon Gyu Lee, Ph.D.

[Professor, Marine Geology,

lyg6342@jnu.ac.kr]

∙Hyo-Sang Choo, Ph.D.

[Professor, Physical Oceanography,

choo@jnu.ac.kr]

∙Hyun Chool Shin, Ph.D.

[Professor. Marine Benthic Ecology,

shinhc@jnu.ac.kr]

∙Hyeon Seo Cho, Ph.D.

[Professor. Chemical Oceanography,

hscho@jnu.ac.kr]

∙Ho Young Soh, Ph.D.

[Professor, Zooplankton systematics

and Ecology, hysoh@jnu.ac.kr]

∙Ihn-Sil Kwak, Ph.D.

[Professor, Zoology,

iskwak@jnu.ac.kr]