College of Engineering

	__Contact Information Phone: +82-62-530-1605 Fax: +82-62-530-1942 E-mail: hkkim@jnu.ac.kr URL: http://eng.jnu.ac.kr

■ School of Architecture

⋅Architecture & Urban Design

⋅Architectural Engineering

■ School of Mechanical Engineering

⋅Mechanical Engineering

⋅Automotive Engineering

■ School of Materials Science and Engineering

⋅Metallurgical Engineering

⋅Optoelectronic Materials

⋅Ceramic Engineering

■ School of Chemical Engineering

⋅Chemical Engineering Materials

⋅Chemical Process Engineering

⋅Chemical Engineering Safety

■ School of Electronics and Computer Engineering

⋅Electronics Engineering

⋅Computer Engineering

⋅Software Engineering

■ School of Polymer Science and Engineering

⋅Polymer Engineering

⋅Fiber Science Engineering

■ Department of Industrial Engineering

■ Department of Biotechnology and Bioengineering

■ Department of Energy and Resources Engineering

■ Department of Electrical Engineering

■ Department of Civil Engineering

■ Department of Environment and Energy Engineering

■ Affiliated Research Center

⋅Construction & Environment Research Center

⋅Electronic & Telecommunication Technology Research Center

⋅Engineering Education Research Center

⋅Institute of Advanced Materials &  Technology

⋅Institute of Bio-industrial Technology

⋅Mining and Urban Contamination Protection  Institute

⋅Polymer Science and Technology Research  Center

⋅Research Facilities Center

⋅Soil Technology Research Institute

⋅Solar Energy Research Institute

⋅System Automation Research Institute

	School of Architecture	__Contact Information Phone: +82-62-530-1630 Fax: +82-62-530-1639 E-mail: usyoo@jnu.ac.kr URL: http://archi.jnu.ac.kr

■ What is Architecture?

Architecture is a profession where technology, ecology, philosophy, art, and science combine to solve the problems of the building environment.

The buildings we live and work in shape our experiences, our memories, and the way we view the world. Homes, office buildings, opera houses, art galleries, schools, and factories are all designed by architects. It is the role of the architect to analyze a client’s needs and to design a building which fulfills those needs. The architect then documents the design and manages the construction process. The architectural engineer develops new technologies and materials to construct buildings.

■ School of Architecture at Jeonnam National University

Emphasizing the awareness of social and cultural contexts that underpin the architectural practice, encouraging a comprehensive and creative thinking ability among students, and researching the conditions of the environment of human dwelling, the School of Architecture remains committed to educating architects who can contribute to social progress and welfare.

Founded in 1952, the School of Architecture continues to make efforts to be a core architectural institute leading regional academic research and quality education open to the community.

In 2002, the Department of Architecture was reorganized into the School of Architecture with a five-year Bachelor of Architecture program and a four-year Bachelor of Architectural Engineering program. With a common curriculum in the first semester of studies, students can select and advance to one of the two programs in their second semester.

To achieve this goal, the School of Architecture provides an opportunity for students to understand the methods of creating buildings and architectural environments through design and experiments. The objective is to develop creative, scientific, and future-oriented architect engineers with a professional and comprehensive overview in order to contribute to the creation of architecture culture and academic development of Korea.

In addition, the nationally funded Bio-housing Institute is both designing and researching various aspects of environmentally-friendly architecture based on ecology, health, and sustainability. The goal of the Institute is to develop models of bio-housing through the integration of traditional materials and high technology, and to educate professionals who are equipped with original future technologies and expertise.

Undergraduate and graduate students of the School of Architecture are eligible for various scholarships and funding for overseas training.

▮ Architecture & Urban Design Major

The Architecture & Urban Major provides education with the recognition that architecture is not only to provide places in which human beings live and aesthetic structures which gives pleasure but also to become a public device where individuals and society, as a whole, can gather and interact. On such recognition the program has set to realize architectural and urban products that secure human dignity, fulfill social responsibility and pursue aesthetic beauty. Therefore, the goals of the Architecture & Urban major is to cultivate creative and internationalized professional architects and urban designers who understand socio-cultural interconnections through a competitive curriculum including lectures, design studios, and an internship for developing students’ architectural and urban professional skills in a comprehensive manner.

▮ Architectural Engineering Major

Architectural Engineering helps students fulfill their roles as competent professionals who can design, construct, and manage safe and rational buildings and structures after graduation.

The Architectural Engineering Major intends to develop competitive talents in architectural environments at home and abroad. It pursues realistic architecture by studying engineering applications with a focus on curricula such as Architectural Construction, Architectural Structure, and Architectural Environment and Equipment.

■ Professors

Architecture & Urban Design Major

∙Se-Gyu Oh, Ph.D.

[Professor, Architectural and Housing Design,

Sustainable Green Housing Design,

Architectural Design and Renovation,

Urban Renewal Design,

oskar@jnu.ac.kr]

∙Hyo-Won Lee, Ph.D.

[Professor, Architectural Design, Design Theory,

Planning and Research of Facility for the Aged,

Louis I. Kahn,

leehw@jnu.ac.kr]

∙Uoo-Sang Yoo, Ph.D.

[Professor, Architectural Design and Evaluation,

usyoo@jnu.ac.kr]

∙Seung-Hoon Han, Ph.D.

[Professor, Architectural Planning &

Design,

hshoon@jnu.ac.kr]

∙Min-Seok Lee, Dr.-Ing

[Professor, Urban Design Planning,

leeminseok@jnu.ac.kr]

∙Yunnam Jeong, Ph.D.

[Assistant Professor, Architectural Planning,

ynj@jnu.ac.kr]

Architectural Engineering Major

∙Jin-Kyu Song, Ph.D.

[Professor, Reinforced Concrete, Performance

Evaluation, Loess Reinforced Concrete,

jgsong@jnu.ac.kr]

∙Jae-Seung Hwang, Ph.D.

[Professor, Structural

Performance Enhancement against

Wind and Seismic Loads, Sustainable

Control Device, Structural Control,

jshwang@jnu.ac.kr]

∙Seong-Seok Go, Ph.D.

[Professor, Construction Management,

Engineering, Safety, Material,

ssgo@jnu.ac.kr]

∙Bang Yeon Lee, Ph.D.

[Professor, Advanced Building   Materials,

bylee@jnu.ac.kr]

∙Jong Kwan Ryu, Ph.D.

[Associate Professor, Architectural Environment

& Acoustics,

jkryu@jnu.ac.kr]

∙Kanghyeok Yang, Ph.D.

[Assistant Professor, Construction Informatics,

kyang@jnu.ac.kr]

■ Degree Requirements

Architecture & Urban Design Major

Architecture & Urban Design students are required to earn 160 credits to graduate, taking an average of 18 credits per semester. The program is based on the Bachelor of Architecture program which normally takes 5 years to complete.

Architectural Engineering Major

Architectural Engineering students are required to earn 140 credits to graduate, taking an average of 18 credits per semester. The program is based on the Bachelor of Engineering Program which normally takes 4 years to complete.

■ What Do You Study?

Architecture & Urban Design Major

Architecture Environmental Control System Design

Interior Planning

Reinforced Concrete Structure Design 1

Steel Structure Design 1

Landscape Architecture

Free-form Architecture

Intelligent Building System

Asian Architecture

Design Theory

Region, Culture and Space

Advanced Course in Computer-Aided Architectural Design

Introduction to Urban Planning

Practical English

City and Culture

Culture Planning and Remodeling

Digital Design

Contents of Urban Space

Theory of Contemporary Architecture

Place Planning

Design Research Methodology

Architectural Estimation and Supervision

Regional Industry and Architecture

History of Western Architecture

Introduction to Building Structure

History of Korean Architecture

History of Modern Architecture

Architectural Mechanical System

Architectural Planning

Architectural Structure System

Practical Internship

Environmental Technology

Housing and Culture

Presentation of Spatial Forms

Fundamentals of Computer-Aided Architectural Design

Spatial Design

Environment-Friendly Architecture

Building Materials

Program and Design

Building and City Codes

Environment-Friendly Design

Site Planning

Community Housing Design

Urban Planning and Rehabilitation

Integrative Design

Construction Management

Professional Practice

Urban Design

Integrated Architectural Planning

Research and  Design

Practical Design

Fundamental Space Design

Architectural Space and Society

Structural Mechanics

Architectural Engineering Major

Building Structure

Computer Science Foundation

Computer Science Application

Building Materials Experiment

Numerical Analytics

System of Building Structure

Architectural Equipment Application

Architecture Environmental Technology Experiment

Architectural Estimate

Architectural Acoustics

Soil & foundation engineering

Building Code & Regulation

Steel Structure Design2

Architectural Management

Architectural Capstone Design 2

Architectural Engineering Design

Creative Architectural Engineering Design

Mechanics of Materials

Engineering Mathematics 2

Statics

Building Structural Mechanics 1

Architecture Environmental Technology

Building Materials

Architecture Environmental Control System Design

Construction Technology

Structure Dynamics

Architectural Equipment

Reinforced Concrete Structure Design 1

Steel Structure Design 1

Practical Internship

Architectural Capstone Design 1

Housing and Culture

Presentation of Spatial Forms

Construction Method & Technique Design

Engineering Mathematics 1

Introduction to Creative Design

■ Careers

There is a diverse and exciting range of career opportunities for architecture graduates. As well as a career in private architectural practice, career opportunities include Architectural Design, Interior Design, Architectural and Urban Planning, Construction, Structural/Mechanical Engineering, Public Authorities, Project management, Property Development, Research, Restoration, and Conservation.

	School of Mechanical Engineering	__Contact Information Phone: +82-62-530-1660 Fax: +82-62-530-1689 E-mail: hkshin@jnu.ac.kr URL: http://mech.jnu.ac.kr/~

■ What is Mechanical Engineering?

Mechanical engineering is the branch of engineering concerned with design, manufacture, installation, and operation of engines, machines, and manufacturing processes. Mechanical engineering involves application of the principles of dynamics, control, thermodynamics and heat transfer, fluid mechanics, strength of materials, materials science, electronics, and mathematics. It is a creative and total academic field that materializes scientific imagination into reality by mechatronics, nano/micro system technology, IT-based intelligent mechanical systems, thermo-fluids, and energy systems. Technological innovation by mechanical engineering involves systematic technological materialization through scientific principles and engineering designs. Mechanical engineering has been continuously advancing, setting a base for modern industrial development, and leading the future industry.

Mechanical engineers play a central role in such industries as automotive (car chassis, engine, transmission); aerospace (airplanes, aircraft engines, control systems for airplanes and spacecraft); biotechnology (implants, prosthetic devices, fluidic systems for pharmaceutical industries); computers and electronics (disk drives, printers, cooling systems, semiconductor tools); MEMS (sensors, actuators, micropower generation); energy conversion (gas turbines, wind turbines, solar energy, fuel cells); environmental control (HVAC, air-conditioning, refrigeration, compressors); automation (robots, data and image acquisition, recognition, control); and manufacturing (machining, machine tools, prototyping, microfabrication).

■ School of Mechanical Engineering

The School of Mechanical Engineering at JNU was established in 1970. Today, the school has  25 faculty members, 650 undergraduate students, and 80 graduate students. The school aims to provide an excellent education to our undergraduate and graduate students and to conduct leading-edge research in mechanical engineering.

The School of Mechanical Engineering has successfully accomplished several government- supported projects such as the National Project to Foster the Engineering College (’94~’98), Brain Korea 21 (BK21, ’99~’05), New University for Regional Innovation (NURI, ’04~’09), and post- BK21 (’06~’13) for graduate education. In 2013, the school was selected again for the BK21+ project (’13~’20). Through these projects, the school continually strives to recruit the best new students, provide sufficient scholarships for students, support short-term overseas language training and various educational activities, invite competitive faculty members, support cooperation with regional industries, and update its educational and laboratory facilities. Since 2014, the school was selected CK-1(‘14~’19), through the fusion of ICT-based eco-friendly cars characterization education, are raising regional strategic industry leader and global creative talent.

The School of Mechanical Engineering acquired accreditation in engineering education from ABEEK in 2010. The mechanical engineering program satisfied all the requirements set by ABEEK.

The goal of the program is to keep its educational program at pace with the rapidly changing circumstances both within and outside the country, while providing the creative research opportunities required for essential industries and research institutions, and to train students to work in related fields.

All students must complete a basic curriculum by the first semester of their junior year, after which they will choose a major of mechanical engineering or automotive engineering.

Mechanical Engineering Major

The mechanical engineering major offers basic courses in mechanical engineering such as fluid dynamics, materials science, solid mechanics, controls and manufacturing processes, thermodynamics, and heat transfer. Students will also take advanced computer classes that deal with design.

Automotive Engineering Major

The automotive engineering major provides specialized knowledge of the latest technological developments in automotive applications of mechanical engineering, including internal combustion engines, vehicle dynamics and aerodynamics, industry-standard CAD tools, and renewable energy and alternative fuels.

■ Professors

∙Ki-Ju Kang, Ph.D.

[Professor, Mechanics of Solids and

Structures,

jkang@jnu.ac.kr]

∙Bo-Seon Kang, Ph.D.

[Professor, Spray Analysis using

Optical Techniques,

bskang@jnu.ac.kr]

∙Hyun Wook Kang, Ph.D.

[Associate Professor, Micro Fluidics, Nano

Technology and System

kanghw@jnu.ac.kr]

∙Seong-Yong Ko, Ph.D.

[Associate Professor, Medical Robotics,

Service Robotics,

sko@jnu.ac.kr]

∙Young-Bae Kim, Ph.D.

[Professor, Vibration and Rotor Dynamics,

ybkim@jnu.ac.kr]

∙Woohyun kim, Ph.D.
[Assistant Professor, Modeling, analysis
and control of thermal systems,
whkim@jnu.ac.kr]

∙You-Gon Kim, Ph.D.

[Professor, Experimental and

Computational Fluid Mechanics,

ygkim@jnu.ac.kr]

∙Chang-Sei Kim, Ph.D.

[Assistant Professor, Dynamics and Control, Biomedical System,

ckim@jnu.ac.kr]

∙Moon, Chang-bae, Ph.D.

[Assistant Professor, Mobile Robot
/ Autonomous Vehicle,

cbmoon@jnu.ac.kr]

∙Gyuhae Park, Ph.D.

[Professor, Smart Material/sensor/actuator,

gpark@jnu.ac.kr]

∙Su Han Park, Ph.D.

[Associate Professor, Alternative Energy Vehicle

/Spray Atomization,

suhanpark@jnu.ac.kr]

∙Jong-Oh Park, Ph.D.

[Professor, Service Robotics,

Micro/Nano Robotics,

jop@jnu.ac.kr]

∙Jinsoo Park, Ph.D.

[Assistant Professor, Microfluidics /
Flow Visualization,
jinsoopark@jnu.ac.kr]

∙Seoung-Yun Seol, Ph.D.

[Professor, Super Conductors,

syseol@jnu.ac.kr]

∙Young-Soo Yang, Ph.D.

[Professor, Analysis of Welded Structures,

ysyang@jnu.ac.kr]

∙Byeong-Soo Oh, Ph.D.

[Professor, Non-pollution Hydrogen

Engine and Cryogenic Storage,

bysoh@jnu.ac.kr]

∙Hi-Seak Yoon, Ph.D.

[Professor, Nano-Composite Materials,

hsyoon@jnu.ac.kr]

∙Dong-Weon Lee, Ph.D.

[Professor, MEMS and NEMS,

mems@jnu.ac.kr]

∙Bong-Kee Lee, Ph.D.

[Associate Professor, Multiscale Molding &

Manufacturing,

b.lee@jnu.ac.kr]

∙Lee, Wonoh, Ph.D.

[Associate Professor, Composite Materials /  Mechanics of Inelastic Materials,

wonohlee@jnu.ac.kr]

∙In-Su Jeon, Ph.D.

[Professor, Mechanics of Materials,

i_jeon@jnu.ac.kr]

∙Seunghun Jung, Ph.D.

[Associate Professor, Electrochemical energy

system, hybrid vehicles

shjung@jnu.ac.kr]

∙Jae-Tack Jeong, Ph.D.

[Professor, Theoretical and Computational

Fluid Mechanics,

jtjeong@jnu.ac.kr]

∙Byung-Chul Choi, Ph.D.

[Professor, Combustion Engineering,

Technology for Engine After-treatment,

bcchoi @jnu.ac.kr]

∙Eunpyo Choi, Ph.D.

[Assistant Professor, Medical micro/nano robotics,

eunpyochoi@jnu.ac.kr]

■ Degree Requirements

The undergraduate programs are designed to help students develop both understanding and capability needed to meet the challenges of the modern technological society in mechanical engineering. Students are required to earn at least 140 credit hours (78 from Department courses and 20 from electives), which normally takes four years of full-time study. Students are also able to earn double majors or minors as a means of broadening the scope of their studies.

■ What Do You Study?

Air Conditioning and Refrigeration

Alternative Energy Vehicles

Applied Fluid Mechanics

Applied Heat Transfer

Applied Mechanical Engineering Lab

Applied Solid Mechanics

Applied Thermodynamics

Automotive and Environmental Engineering

Automotive Chassis Systems

CAD/CAM with Practice

Computer Aided Engineering Graphics

Control Engineering

Creative Engineering Design 1

Creative Engineering Design 2

Design of Fluid machinery

Design Of Machine Elements 1

Design of Machine Elements 2

Design of Thermo-Fluid System

Dynamics

Elementary Mechanical Engineering Lab

Engine design and performance

Engineering Mathematics 1

Engineering Mathematics 2

Environment-Friendly Vehicles

Finite Element Method

Fluid Mechanics

Fuel and Combustion Engineering

Fuel Cell Vehicles

Gas Dynamics

General Drawing

Heat Transfer

Hydraulic Engineering

Intelligent Vehicle

Internal Combustion Engine

Internship 1

Internship 2

Introduction of Electricity and Electronics

Introduction To Automobile

Introduction to Automotive Engineering

Introduction to Engineering Design

Introduction to MEMS(micro electro mechanical systems)

Introduction to Sensors

Introduction to Solid Mechanics

Kinematics of Mechanisms

Manufacturing Processes with Practice

Measurement Engineering

Mechanical Engineering Capstone Design 1

Mechanical Engineering Capstone Design 2

Mechanical Materials

Mechanical Metallurgy

Mechanical Vibrations

Mechatronics Application

Microprocessor Basic

Mold Design with Practice

Numerical Analysis

Plastic Forming

Renewable Energy

Robot Engineering

Service Robotics

Signals and System

Special Lecture on Industrial Topics

System Engineering

Theories of Engineering Education

Thermodynamics

Vehicle Dynamics

Welding Engineering

■ Careers Options

Graduates are able to pursue careers in engineering, electronics, automobile industry, and construction firms. They may also enroll in a graduate program in the field of mechanical engineering.

Specific positions that graduates may be qualified for include technical public officials, and government officers.

	School of Polymer Science and Engineering	__Contact Information Phone: +82-62-530-1770, 1880 Fax: +82-62-530-1779, 1879 E-mail: hjcho@jnu.ac.kr URL: http://pf.jnu.ac.kr/

■ What is the School of Polymer Science and Engineering?

The goal of the School of Polymer Science and Engineering is to promote the development of engineering education by improving standards and guidelines of educational programs for engineering colleges and related education, thereby performing certification and consultation, and ultimately producing competent engineers.

■ School of Polymer Science and Engineering

The School of Polymer Science and Engineering runs the following two majors to foster the understanding that is necessary for the development of engineering: Polymer Engineering and Fiber Science Engineering.

■ Professors

∙Gyun-Taek Lim, Ph.D.

[Professor, Emulsion Polymerization,

gtlim@jnu.ac.kr]

∙Dong-Il Yoo, Ph.D.

[Professor, Eco-friendly Regenerated

Cellulose Process,

diyoo@jnu.ac.kr]

∙Yang-Il Huh, Ph.D.

[Professor, Polymer Membranes,

yihuh@jnu.ac.kr]

∙Yoong-Ahm Kim, Ph.D.

[Professor, Nano Carbon Materials,

yak@jnu.ac.kr]

∙Jong-Jin Park, Ph.D.

[Professor, Functional Polymer,

Electronic Materials,

jjpark@jnu.ac.kr]

∙Hyeon-Seok Yoon, Ph.D.

[Professor, Functional Nano Materials,

hyoon@jnu.ac.kr]

∙Soo-Mi Huh, Ph.D.

[Associate Professor, Theory and Simulations for    Soft Materials,

shur@jnu.ac.kr]

∙Min-Cheol Chang, Ph.D.

[Associate Professor, Polymer Semiconductor    Materials & Devices,

mcchang35@jnu.ac.kr]

∙Hyung-Woo Kim, Ph.D.

[Assistant Professor, Design and synthesis of    organic materials,

kimhw@jnu.ac.kr]

∙Doo-Jin Lee, Ph.D.

[Assistant Professor, Smart Polymers Processing,

dlee@jnu.ac.kr]

∙Won-Seok Chi, Ph.D.

[Assistant Professor, Energy Material,

wschi@jnu.ac.kr]

■ Degree Requirements

Students are required to earn 140 credits, with 72 credits from School of Polymer Science and Engineering,  and 41 credits from general courses.

Students in the ABEEK Program are required to earn 12 credits from general courses, 30 credits from MSC courses, and 54 credits from engineering topics courses.

■ What Do You Study?

Polymer Engineering Major Courses

▮ Core Courses

Mathematics 1

Mathematics 2

General Chemistry 1

General Chemistry 2

Chemistry Laboratory 1

Chemistry Laboratory 2

Writing

Global Communication English

Computer for Real Life

Introduction to Engineering Design

Engineering Mathematics 1

Engineering Mathematics 2

Organic Chemistry 1

Physical Chemistry 1

Chemical Process Calculation 1

MATLAB Programming and Practice

Basic Experiment of Engineering Lab.1

Basic Experiment of Engineering Lab 2

Polymer Chemistry 1

Thermodynamics

Fluid Mechanics

Polymer Processing 1

Properties of Polymer 1

Polymer Engineering Lab. 1

Polymer Engineering Lab. 2

Separation Process

▮ Electives

Materials Science

Energy Science and Technology

Organic Chemistry 2

Physical Chemistry 2

Chemical Process Calculation 2

Polymer Materials

Basic Design of Polymer Engineering

Polymer Chemistry 2

Instrumental Analytical Methods and Practice1

Nano Surface Science

Instrumental Analytical Methods and Practice2

Functional Polymers

Reaction Engineering

Heat Transfer

Polymer Processing 2

Properties of Polymer 2

Polymer Engineering Capstone Design 1

Polymer Engineering Capstone Design 2

Reactions of Polymers

Polymeric Composite Materials

Tests of Polymer Materials and Practice

Engineering Seminar

Elastomer Engineering

Rheology

Polymeric Nano-composites

Polymer Physical Chemistry and Practice

Plastics Recycling

Biopolymer

Energy Materials

Electronic Materials

Fiber Science Engineering Major Courses

▮ Core Courses

Mathematics 1

Mathematics 2

General Chemistry 1

General Chemistry 2

Chemistry Laboratory 1

Chemistry Laboratory 2

Writing

Global Communication English

Computer for Real Life

Introduction to Engineering Design

Energy Science and Technology

Engineering Mathematics 1

Engineering Mathematics 2

Organic Chemistry 1

Organic Chemistry 2

Physical Chemistry 1

Physical Chemistry 1

MATLAB Programming and Practice

Basic Experiment of Engineering Lab.1

Basic Experiment of Engineering Lab 2

Introduction to Polymer Science

Introduction to IT Convergence Engineering

Nano Surface Science

Fundamental Design in Convergence Engineering

Convergence Engineering Lab. 1

Convergence Engineering Lab. 2

▮ Electives

Materials Science

Natural polymers

Instrumental Analytical Methods

Fiber Physics

Carbon Materials Science and Technology

Synthetic Fibers

Nano Bio-technology

Color Science

Fiber Function Design

Convergence Materials Testing

Electrochemistry

Electronic Materials

Nano Science and Technology

Engineering Seminar

Application of coloring material and experiment

Fiber Assembly Engineering

Capstone Design 1 in Convergence Engineering

Capstone Design 2 in Convergence Engineering

Medical polymers

Property Design of Carbon Fibers

Functional Fiber

Applied Engineering for Nano Materials

Smart Fiber Materials

Energy Materials

High Tech Fibers

IT Applications in Convergence Engineering with Experiments

■ Careers

Graduates obtain employment in chemical plants (oil refinery, petrochemical, fertilizer, synthetic resin, oil and fat, food industry, inorganic chemistry, explosives, cement, glass, dye, rubber, paint, pulp and paper, metal, and smelting) in all parts of the country, including the Yeocheon and Ulsan districts, thermo-electrical and nuclear power plants, steel mills, photoelectron fields (semiconductor component/ equipment, LCD, and photo component manufacturing), textile-related fields, sales fields for trading companies, pharmaceutical fields, cosmetics fields, polymer-related fields, research institutes, and civil service.

	Department of Industrial Engineering	__Contact Information Phone: +82-62-530-1780 Fax: +82-62-530-1789 E-mail: iejnuackr@gmail.com URL: http://ie.jnu.ac.kr

■ What is Industrial Engineering?

Industrial Engineering (IE), which plays a more important role in modern society than ever before due to the advent of the 4th industrial revolution, is a discipline that focuses on design, management, and improvement of systems composed of humans, machines, materials, energy, and information in a rapidly changing industrial environment. IE is primarily concerned with how to organize people, machineries, information, technologies, money, and materials to produce and distribute products and services more efficiently. Its main objectives are to improve the productivity, safety, and resilience of systems and to find their optimal operation schemes. It is an interdisciplinary program, using engineering analyses, design principles and methods as well as natural scientific theories such as mathematics and physics, management, software-related studies, and professional knowledge of social sciences.

■ Department of Industrial Engineering

In the department of Industrial Engineering (IE), students learn about the design, management, and improvement of systems composed of human beings, machines, materials, energy, and information under rapidly changing industry surroundings, ultimately to determine the optimal operation schemes of a system and to improve system productivity and efficiency. The department of IE teaches students to analyze the cardinal characteristics of the industry and the business environment, and trains them how to utilize various methods towards optimal design, management and operation under given circumstances. The educational goals of IE program are to help students cultivate their management skills as well as engineering proficiency, to guide them to develop their problem solving and decision making skills, and to encourage them to be competent engineering leaders in a range of work domains.

Students are expected to obtain strong academic basics in undergraduate programs that are developed to offer classical as well as modern subjects in the field of IE in a systematic and logical manner.

■ Professors

∙Chung, Namkee, Ph.D.

[Professor, TOC,

tockorea@jnu.ac.kr]

∙Chung, Sang Wook, Ph.D.

[Professor, Reliability Engineering,

swchung@jnu.ac.kr]

∙Lee, Joon-Woong, Ph.D.

[Professor, Computer Vision &

Software Development for Autonomous Vehicles,

joonlee@jnu.ac.kr]

∙Lee, Jae Yeol, Ph.D.

[Professor, HCI Design,

jaeyeol@jnu.ac.kr]

∙Kim, Nam Ki, Ph.D.

[Professor, Stochastic Systems & Creative      Problem Solving,

freedom@jnu.ac.kr]

∙Ham, Dong-Han, Ph.D.

[Professor, Knowledge Service

Engineering & Human Computer Interaction,

dhham@jnu.ac.kr]

∙Jeong, Young-Seon, Ph.D.

[Associate Professor, Statistical Data Mining,

Intelligent Transportation Systems,

young.jeong@jnu.ac.kr]

∙Joo, Si-Hyung, Ph.D.

[Assistant Professor, Management of   Technology,

innovation@jnu.ac.kr]

■ Degree Requirements

Students are required to earn 130 credit hours with 30 credits from liberal arts courses, 15 credits from department core courses, 33 credits from department electives, 21 credits from other courses, and 31 from general electives.

■ What Do You Study?

▮ Core Courses

Basics of computer programming

Introduction to Probability and Statistics

System Analysis & Design

Production Management 1

Capstone Design for Industrial Engineering

▮ Electives

Introduction to Industrial Engineering

Introduction to Engineering Design

Engineering Mathematics

Case Studies of Industrial Engineering

Engineering Economy

Management of Technology

Work & Process Management

Manufacturing engineering and practice

Matrix and Linear Algebra

Object-Oriented Programming

Operations Research 1

DB Modeling

Data Analysis and its Applications

Financial and Management Analysis

Creative Problem Solving and Starting Up a Venture Business

Application of C Programming

Operations Research 2

Introduction to Data Mining

Design Engineering

Marketing and Technological Innovation Strategy

Computer Applications for Industrial Engineering

Knowledge Engineering

Quality Control

Special Topics in Industrial Engineering

Production Management 2

Design of Experiments

Human Factors Engineering

Artificial intelligence and applications

Quality Engineering

Human Interface Engineering

Management Information System

Digital Design and Applications

Project of Industrial Engineering

Service Engineering

Simulation and S/W Practice

Reliability Analysis & Design

Logistics Management

System Safety Engineering

Information & Communication Systems

Product development engineering

Case Studies on Product and Technology Innovation

Project Management

■ Careers

Graduates often find lucrative careers in the manufacturing industry. Alumni have also found positions in academia, civil service, and IT. The degree promises to be even more valuable in the future.

(http://ie.jnu.ac.kr/joblist)

	Department of Biotechnology & Bioengineering	__Contact Information Phone: +82-62-530-1048 Fax: +82-62-530-1949 E-mail: biohsj@jnu.ac.kr URL: http://bte.jnu.ac.kr

■ What is Biotechnology & Bioengineering?

Biotechnology & Bioengineering is believed to be one of the key disciplines leading to solve some of the most challenging problems that face our world today. Biotechnology & Bioengineering is defined as the biological application of engineering principles or engineering equipment in biological systems, food, energy, and the environment as well as healthcare. Incorporating recent advances in science and engineering including the fields of biology, chemistry, medicine, electrical and mechanical engineering, and information technology, Biotechnology & Bioengineering allows us to understand the phenomena of life and develops effective biology-based technologies.

■ Department of Biotechnology & Bioengineering

In 2012, the Biotechnology & Bioengineering department was reorganized into the College of Engineering from the major of Bioengineering at the School of Biological Sciences and Technology. Our department has been creatively fusing a broad area of bioengineering and life sciences to train and foster students to have an impact in corporate, professional and academic communities. Our mission aims to provide a fundamental bioengineering discipline grounded in basic sciences and the ability in realizing many various biological applications powered by practical and comprehensive curricula. It will allow students to acquire a high degree of confidence and motivation as bio-technologists and bio-engineers and to become engines in the fields of biotechnology including foods, medicine, pharmaceuticals, cosmetics, bioenergy and the environment.

■ Professors

∙Jong-il Choi, Ph.D.

[Biomolecules Engineering,

choiji01@jnu.ac.kr]

∙Seung Hwan Lee. Ph.D.

[Metabolic Engineering.

leesh@jnu.ac.kr]

∙Sooim Shin, Ph.D.

[Protein Engineering,

sooim.shin@jnu.ac.kr]

∙Tae Wan Kim, Ph.D.

[Bioprocess Development & Optimization,

chekimtw@jnu.ac.kr]

■ Degree Requirements

The undergraduate programs are designed to help students learn bioengineering disciplines as well as mathematics, physics, chemistry and biology. Students also obtain broad exposure to Chonnam National University’s other great classes offered in other departments and colleges such as humanities and social sciences. Undergraduate students are required to earn at least 140 credits of coursework for graduation (a minimum of 69 units in department courses, a minimum of 41 units in liberal arts courses and a minimum of 30 units in elective courses). It normally takes four academic years of full-time study. Students may also undertake a second major or minor to broaden the scope of their studies.

■

What Do You Study?

▮ Core Courses

Writing for Self-reflection and Communication

College Physics 1

Mathematics 1

Mathematics 2

General Chemistry 1

Chemistry Laboratory 1

Career Plan and Self Understanding

General Biology 1

General Biology 2

Biology Laboratory 1

Biology Laboratory 2

Introduction to Engineering Design

Biochemical Process Calculation

Biochemical Separation Process

Bio Engineering 1

Biochemical engineering Lab 1

Biochemical engineering Lab 2

Biochemical engineering Lab 3

Microbiology

Bioprocess Engineering 1

Biochemistry 1

Organic Chemistry

Physical Chemistry

Engineering Mathematics 1

Capstone Design

▮ Electives

Bio Engineering 2

Applied Microbiology

Introduction to Bioengineering and

Biotechnology

Transfer Operation

Bioreaction Engineering and Design

Bioanalytical Chemistry

Bioprocess Control

Bioinfomatics

Metabolic Engineering

Plant Design

Bio Engineering Seminar 1

Fermentation Technology and Design

Basic Research for Biotechnology &

Bioengineering 1

Basic Research for Biotechnology &

Bioengineering 2

MATLAB programing & Practice

Enzyme Engineering

Bioseparation and Purification Techniques

Bioengineering Exercise

Biochemical engineering Lab 4

Biomedical Engineering

Instrumental Analytical Methods

Protein Engineering

Introduction to Biomedical Engineering

Bioprocess Engineering 2

Biomaterials

Environmental Biotechnology

Biochemistry 2

Molecular Biology

Principles of Chemical and Textile

Engineering Education

Materials Evaluation and Teaching Methods of

Chemical and Textile

Logic and Essay Writing in Chemical and

Textile Engineering

Engineering Mathematics 2

Food Engineering

Genetic Engineering

■ Careers

Some undergraduate students continue their academic endeavor by entering graduate schools in Korea as well as abroad. Others take a position in academia, public and private research institutes, and the industry. Moreover, some become involved in bio-venture businesses quite successfully.

	School of Materials Science and Engineering	__Contact Information Phone: +82-62-530-1700, 1710, 1711 Fax: +82-62-530-1699 E-mail: kye7@jnu.ac.kr URL: http://mse.jnu.ac.kr/

■ What is Materials Science and Engineering?

Materials Science and Engineering (MSE) is an interdisciplinary field which deals with the discovery and design of new or high-performance materials constituting modern civilization and industrial developments. The field involves studying materials through the materials paradigm-synthesis, structure, properties and performance. It incorporates elements of physics and chemistry and is at the forefront of nanoscience and nanotechnology research. Mechanical, electrical, optoelectronic, and electrochemical properties of metals and ceramic materials are utilized for the transport machinery, semiconductor devices, energy and environmental devices such as batteries, fuel cells, and solar cells, and also medical applications.

■ School of Materials Science and Engineering

In order to keep up with the world-wide trend and to make the most of the interdisciplinary nature, Department of Metallurgical Engineering and Department of Ceramic Engineering were integrated in 1999 into School of Materials Science and Engineering (SMSE) with two Majors. In 2002, upon the regional and national industrial demands Optoelectronic Materials Major was additionally established. SMSE is currently constituted of about 360 undergraduate 80 graduate students, and 18 faculty members. Since 2007 SMSE has implemented ABEEK curriculum  and Materials Science and Engineering Program was officially accredited in 2014. The students are encouraged to aim for the comprehensive knowledge and understanding of Materials Science and Engineering in general until 4th year when they choose a Major to focus on. For the last decade or so SMSE has run the major large-scale education programs such as NURI, LINC, and CK-1, which provide undergraduates with scholarships and opportunities for language and engineering training courses (6 Sigma, TRIZ etc), industrial internships, domestic and international excursions etc. The undergraduate students are also greatly benefited by the research experience provided by the Laboratories operated by the faculty members. Their research activities, indicated by the eminent national projects such as WCU, BRL, Get-Future, and BK21+ as well as numerous industrial projects and collaborations, are further supported by the continued studies in the graduate course of the motivated undergraduate students.

■ Professors

∙Choong-Nyeon Park, cnpark@jnu.ac.kr

[Hydrogen Storage Materials, Ni-MH Secondary Batteries]

∙Byung-Teak Lee, btlee@jnu.ac.kr

[Thin Film Growth & Fabrication of Optoelectronic Devices]

∙Ho-Sung Kim, symmetry@jnu.ac.kr [Crystal Structure Analysis & Crystal Growth]

∙Kwangmin Lee, kmlee@jnu.ac.kr [Nano- & Bio-materials]

∙Youngman Kim, kimy@jnu.ac.kr

[Mechanical & Thermal Characterizations of Thin Films]

∙Jong-Ha Moon, jhmoon@jnu.ac.kr

[Photonic Electronic Thin Films]

∙Sung-Kil Hong, skhong@jnu.ac.kr

[Light Metals, Mold & Automotive Parts Materials]

∙Jin-Hyeok Kim, jinhyeok@jnu.ac.kr

[Photonic Electronic Thin Film Growth & Characterization]

∙Jaekook Kim, jaekook@jnu.ac.kr

[Design, Synthesis, Characterization of Nano Energy Materials]

∙June Key Lee, junekey@jnu.ac.kr

[Semiconductor Process Design]

∙Jong-Sook Lee, jongsook@jnu.ac.kr [Electroceramics]

∙Sun-Ju Song, song@jnu.ac.kr

[Ionics, Energy Materials]

∙Chan-Jin Park, parkcj@jnu.ac.kr

[Corrosion & Energy Materials, Materials Electrochemistry]

∙John Gerard Fisher, johnfisher@jnu.ac.kr

[Green Energy Materials]

∙Jaeyeong Heo, jheo@jnu.ac.kr

[Nanodevices & Materials for Energy]

∙Hoonsung Cho, cho.hoonsung@jnu.ac.kr

[Biomaterials]

∙Uk Sim, usim@jnu.ac.kr

[Synthesis and characterization of multi-functional low-dimensional nanostructured materials]

∙Jang-Yeon Hwang, hjy@jnu.ac.kr

[Synthesis and Characterization of energy storage materials]

■ Degree Requirements

Students are required to earn at least 140 credit hours (73 major required courses, 45 general courses and 22 elective courses), which normally takes four years of full-time study. Students have the option to double major or to earn additional submajor within Materials Science and Engineering or in other programs.

■ What Do You Study?

Instrumental Analytical Methods

Engineering Mathematics

Introduction to Engineering Design

Materials Science Seminar 1/2/3/4

Introduction to Materials Science and Engineering 1/2

Special Lecture on Industrial Topics 1/2

Engineering Internship

Thermodynamics in Materials

Crystal Structures and Defects

Materials Engineering Project 1/2/3

Electrical and Magnetic Properties of Materials

Mechanical Properties of Materials

Electrical Engineering for Materials Engineers

X-ray and Electron Diffraction

Taguchi Method

Capstone Design 1/2

Design and Machining

Physical Chemistry

Numerical Methods for Materials Science and Engineering

Nanocrystalline Materials and Biomaterials

Metallurgical Engineering Major

Mechanics of Materials

Ferrous Alloys

Metallography

Ferrous Production Metallurgy

Solidification Engineering

Nonferrous Materials

Metalworking

Corrosion and Oxidation

Materials Electrochemistry

Phase Transformation

Foundry Engineering

Materials Joining

3D Printing and Metal Powder Processing

Manufacturing Process of Light Metals

Ceramic Engineering Major

Phase Equilibria

Diffusion and Crystal Defect

Electroceramics

Solid State Chemistry

Materials in Energy Applications

Theory and Phenomena of Sintering

Interfacial Engineering

Nano Composite Materials

Solid State Physics

Introduction to Organic Chemistry

Amorphous Energy Materials

Optoelectronic Materials Major

Electromagnetics

Optoelectronic Materials

Thin Film Process Engineering

Semiconductor Device Physics

Semiconductor Materials and Processing

Electronic Display Engineering

Optoelectronic Device Engineering

Optical Fiber Communications

Semiconductor Device Design

Sensor Materials Engineering

Optics

■ Careers

Graduates are currently playing major roles in various industrial fields of steel, automotive, semiconductor,  display, optical communication, and energy storage devices. Many students study further in graduate courses and are trained for the research and development career path.

	Department of Energy & Resources Engineering	__Contact Information Phone: +82-62-530-1720 Fax: +82-62-530-1729 E-mail: energy@jnu.ac.kr URL: http://resources.jnu.ac.kr

■ What is Energy & Resources Engineering?

These days, natural resources are essential to develop domestic economies. Each country is trying to secure natural resource stability due to a lack of resources. Currently, our government is making efforts to develop the technology of resource extraction and to encourage advanced resource engineers because the issue of gaining resources is not simply based on geopolitical situations. In order to meet the demands of the time, the Department of Energy & Resource Engineering deals with applied geology & geochemistry, geophysical prospecting, resource development engineering, petroleum engineering, mineral processing, mine safety & environment, drilling engineering, and resource economics.

■ Professors

∙Yang Hyungsik, Ph.D.

[Professor, Rock Mechanics and Blasting

Engineering,  hsyang@jnu.ac.kr]

∙Yoon Wangjung, Ph.D.

[Professor, Geophysical Prospecting,

wjyoon@jnu.ac.kr]

∙Kim Myungjun, Ph.D.

[Professor, Hydro-metallurgy and Recycling,

junkim@jnu.ac.kr]

∙Lee Jong-Un, Ph.D.

[Professor, Microbial Geochemistry,

jongun@jnu.ac.kr]

∙Lee Jeonghwan, Ph.D.

[Associate Professor, Petroleum & Natural Gas,

jhwan@jnu.ac.kr]

∙Kil Youngwoo, Ph.D.

[Associate Professor, Applied Geology &

Geochemistry,  ykil@jnu.ac.kr]

■ Degree Requirements

Students are required to earn 140 credits, with 48 credits from core courses within the Department, and 29 from general electives. Students will also be required to submit a graduate thesis, and demonstrate ability in a foreign language.

■ What Do You Study?

▮ Core Courses

Engineering Mathematics 1

Introduction to Creative Design

Petrology and Lab

Exploration of Geochemistry & Lab

Exploration Geophysics & Design

Reservoir Engineering

Rock Mechanics & Design

Petroleum Engineering Laboratory

Seismic Prospecting & Lab

Hydrometallurgy and Lab

Resource Recycling Engineering & Lab

Resource Development Engineering

Field Training

Applied Geochemistry and Lab

Resource Economics

Energy & Resources Engineering

Capstone Design

▮ Electives

Engineering Mathematics 2

Mineralogy and Lab

Introduction of Energy Resources Engineering

Geology Information System Application

Power Technology, Mineral Processing & Design

Future Energy Resources Development Engineering

Rock Blasting and Design

Environmental geology

Science of Ore Deposits and Lab

Industrial Mineralogy and Lab

Tunnel Engineering & Design

New and Renewable Energy Engineering

Petroleum Production Engineering

Petroleum Drilling Engineering

Remote Sensing & Lab

GPR and Electromagnetic Prospecting

Interface Reactions-Flotation Design

Resource Evaluation and Design

Petroleum Geology

Mineral Processing & Plant Design

Safety Engineering for Resources

Development

Underground Fluid Engineering

Mine Planning and Design

Thermodynamics of Natural Systems

■ Careers

Government Ministry

Ministry of Environment Republic of Korea, Ministry of Knowledge Economy

Institutes

Korea Institute of Geoscience and Mineral Resources(KIGAM), Korea Ocean Research & Development(KORDI), Korea Environment Institute, Korea Institute of Science & Technology Evaluation and Planning, etc.

Public Organization

Korea National Oil Corporation(KNOC), Korea Resources Corporation(KORES), Korea Rural Community Corporation, Korea GAS Corporation (KOGAS), etc.

Domestic Companies

SK, SK Energy, GS Caltex, SK E&C, GS E&C, Samsung C&T, Posco, Daewoo International Corporation, Daewoo Shipbuilding and Marine Engineering, STX Energy, etc.

The others

Mine Reclamation Corporation, Korea Energy Management Corporation, Korea Petroleum Association, etc.

	Department of Electrical Engineering	__Contact Information Phone: +82-62-530-1740 Fax: +82-62-530-1749 E-mail: middle74@chonnam.ac.kr URL: http://elec.jnu.ac.kr/eng/

■ What is Electrical Engineering?

Electrical Engineering (EE) is based on sciences such as mathematics, physics, and chemistry. Electrical engineering students learn how to transform power sources such as fossil fuels, hydro-electricity, atomic, wind, solar light or heat, and tidal energy into electricity. Students learn how to transport this energy efficiently and steadily to distant places. Students also study how to transform electricity into other types of energy such as light, heat, and power. Ultimately, students search for the best materials, components, and systems when generating and transforming electricity.

■ Department of Electrical Engineering

The Department’s primary educational goal is to train professionals who will play leading roles in the electrical engineering field. It also aims to cultivate students’ abilities to earn careers in the industry by providing them with broad research opportunities that build on the academia-industry cooperation system.

The Department’s goals can be broken down into the following practical aims:

∙ acquiring systematic knowledge and skills about general electrical engineering fields

∙ mastering the development, operation, and management ability of electrical application skills

∙ making effort toward the development of the electrical engineering industry.

The Department was chosen to participate in the Electrical Industry Basic Human Power Fostering Project and the New University for Regional Innovation Project by the Ministry of Commerce, Industry, and Energy. It provides students with various educational opportunities and scholarships. It recognizes the importance of rewarding scholarship systems to encourage outstanding students who have exceptional academic records and demonstrate good conduct, and welfare scholarship systems that support financially-limited students.

■ Professors

∙In-Seon Yeo, Ph.D.

[Professor, Illuminating Systems,

isyeo@jnu.ac.kr]

∙Kyung-Woo Ryu, Ph.D.

[Professor, Superconductivity Applications,

kwryu@jnu.ac.kr]

∙Joon-Ho Choi, Ph.D.

[Professor, Power System and Electrical  Apparatus,

joono@jnu.ac.kr]

∙Sung-Jun Park, Ph.D.

[Professor, Design of Electronic System Based

on Micro Processors, sjpark1@jnu.ac.kr]

∙Seon-Ju Ahn, Ph.D.

[Associate Professor, Smart Grid,

sjahn@jnu.ac.kr]

∙Yong-Hoon Choi, Ph.D.

[Associate Professor, Wired/Wireless Innovative    Technologies and Hybrid, yh.choi@jnu.ac.kr]   ∙Sang-Yun Yun, Ph.D.

[Associate Professor, Power System,

drk9034@jnu.ac.kr]

∙Dong-Hee Kim, Ph.D.

[Assistant Professor, Energy Mechatronics,

kimdonghee@jnu.ac.kr]

■ Degree Requirements

The undergraduate programs are designed to help students develop the understanding and capabilities needed to meet the challenges of a modern technological society. The students are required to take 140 credit hours (101 credits in a major of related courses and 39 credits in general studies courses), which normally takes four years of full-time study. The minor and double major programs are offered to give students an opportunity to broaden the scope of their major field.

■ What Do You Study?

▮ Major required

Engineering Mathematics

Vector Analysis

Applied Mathematics

Electrical Engineering Basic Lab

Theory of Electrical Materials Properties

Electromagnetism 1

Electromagnetism 2

Circuit Theory 1

Circuit Theory 2

Automatic Control Engineering

Micro electronics Lab

Electric Machines

Smart Power System Engineering1

Electromagnetic Energy Conversion

Electronic Circuit

▮ Major Electives

Internship

Introduction to Engineering Design

Introduction to Electrical Engineering

Engineering Software Applications

Computer Programming Language for Engineers

Introduction to Data Visualization and Analysis

Digital Circuit

Design of Microprocessor Applications

High Voltage and High Current Engineering

Digital System Engineering

Renewable Energy System Engineering

Sensor Engineering

Automation of Industrial Process

Micom Applications Lab

Smart Power System Engineering 2

Dielectrics Engineering

Materials Engineering

Power Electronics

Illuminating Design

LED and OLED Lighting

Electric Vehicle Technology

Electrical Engineering Capstone Design 1

Display Optics and Color Engineering

Power Distribution System Engineering

Display Electronics

Electrical Energy Storage Systems

Vehicle Power Conversion Control

Fundamentals of Power Communication Systems

Information and Communication Technology for Power System

Power System Operation Practice

Electricity Market Theory and Practice

Recent technical trends in Smart Grid

Electric Circuit Basic Lab

Electrical Engineering Seminar

Elecric Machine Applications Lab

Engineering Economy

▮ Minor Required

Electromagnetism 1

Circuit Theory 1

Electromagnetic Energy Conversion

Electric Machine

▮ Minor Electives

At least 9 credit hours of the major courses should be chosen.

■ Careers

Thanks to the fundamental engineering characteristics of electrical engineering, graduates are obtaining distinction in all industrial positions, including key national industrial companies and IT venture companies.

In particular, many graduates are currently employed by KEPCO, Samsung Electronics, LG Electronics, and Hyundai Heavy Industries.

	School of Electronics and Computer Engineering	__Contact Information Phone: +82-62-530-1750, 1751, 1800, 1801, 3420 Fax: +82-62-530-3439 E-mail: A0274@jnu.ac.kr URL: http://ece.jnu.ac.kr

■ What is Electronics and Computer Engineering?

The goals of Electronics and Computer Engineering (ECE) are to introduce concepts in electronics and computers in an integrated manner; to motivate basic concepts in the context of real applications; to illustrate a logical way of thinking about problems and their solutions; and to convey excitement about the profession. These goals are attained through the analysis, construction, and testing of systems that incorporate concepts from a broad range of areas within electronics and computer engineering.

■ School of Electronics and Computer Engineering

School of Electronics and Computer Engineering

The School of Electronics and Computer Engineering is a combined department, originating from a merger in 2002 of the former two Departments of Information & Communication Engineering in the Engineering College and the Computer Information in Science College. The objectives of the department are not only to improve personal capability but also to largely contribute to nationwide development, by obtaining and utilizing the technology in information and communication engineering leading to contributions to the information-oriented society of the 21st century. To achieve the goals, students are required to start the basic subjects relevant to the major based on their own ability & aptitudes and finally complete the entire courses. The curriculum of the department is segmented into three majors: Electronics Information & Communication Engineering; Computer Information & Communication Engineering; and Software Engineering, which are options for students to determine at the beginning of the second year. The studies for postgraduates will mainly focus on the basic theories in order to perform research creatively onwards, while students desiring to start careers at the companies in the same industry are to acquire practical skills as well as the theoretical knowledge for the purpose of being competent engineers. In addition, the syllabi include another aim which is to form a well-rounded personality because good attitudes and philosophies are necessary for beneficial research for the wider community.

Division of Electronic Information and Communication Engineering

Electronics Engineering is shown everywhere in our lives, including in smartphones, televisions, game consoles, etc. and has an advantage of a broad range of applications into lots of areas. For example, the professors of the Electronics Engineering faculty of Chonnam National University deal with technology applied to various fields in modern society, including with semi-conductors, in communications, signal processing for image & sound, biometric & medical technologies, intellectual control, etc.

The distinct characteristic of Electronics Engineering is an integration of relevant technologies and fast-growing innovation. Furthermore, it, as a leading discipline initiatives the development of other industries by a convergence with other technologies. Especially, it is closely associated with the electronics business such as with regards to semi-conductors, smartphones, etc. and the industry demands a large number of qualified manpower. Accordingly, it gives students opportunities to work in the better workplaces.

The Electronics Engineering faculty of Chonnam National University highlights reasonable thinking as well as forward-thinking to comply with the fourth industrial revolution. To do so, it mainly aims for students to be qualified as experts in the electronic engineering discipline by broadening itself, encompassing the following: a balanced syllabus having both theoretical and design classes; work-based experiments and practice; and an advanced educational program based on projects for encouraging students to enhance their creative technological abilities.

Division of Computer and Information Communication Engineering

Electrical appliances, communication equipment, medical equipment, and information service systems that are easily seen in our daily lives result from the combination of electronic circuit technology, imbedded computer technology, and software operation technology. The combination of hardware and software occurs simultaneously in all the current industries and the combination of computer-based IT and other technologies can manufacture high value products. As hardware manufacturing technology becomes more diversified and generalized, engineers with hardware and software-related knowledge are needed in various fields of the industry.

Computer and Information Communication Engineering is the study of the technologies of mobile equipment such as Smartphones, and software technologies needed for the manufacturing of network systems such as clouds, internet service systems, etc. Courses include logic circuits, basic circuit theory, computer structures, digital synthesis design, etc. In addition, communication theory, data communication, and computer networking are taught for the understanding of information communication systems and intelligence systems, multimedia systems, imbedded systems, and computer medical systems as well as generic IT application systems.

In Computer and Information Communication Engineering, the concepts of hardware and software are taught and understood through experimentation. The combination of SOC (System on a Chip) design technology and computer OS helps students understand the technology needed for applied systems in IC components such as MP3 players. Also, understanding data communication and multimedia transmission technology software helps them experience futuristic multimedia systems, such as smart TVs, and students operate robots and vehicles through programming and acquire knowledge. Courses also provide chances for field experience in connection with industry (companies). Customized scholarship programs benefit students in school and after graduation with the cooperation of prominent local companies, Samsung Electronics, LG Innotek, Hynix Semiconductor, Inc, and LG Display among others.

Division of Software Engineering

Now the world is in a software supremacy struggle. It accounts for 52.4% of the automobile industry, 40.9% of the medical industry, and 51.4% of the warplane industry.

Korea was ranked 10th in the world economy due to a combination of basic industries such as automobile, steel, electronics, and software industries. However, as the demand for manpower in software development increases, the supply of highly-skilled people is insufficient. The majority of people working in the software industry are non-specialists.

Technologies and methods in developing and utilizing computer software are taught in software engineering. There are many departments for computer engineering in other universities, but there are only a few universities specializing in computer software. Software Engineering at Chonnam National University trains talented persons in combined software technology to lead the future information society. CNN Money announced the top 100 jobs in America, based on quality of life, and software designer was ranked at the top. Software designers are technicians developing and utilizing software, and making blueprints that are equivalent to those of an architect.

Microsoft, the leader in the global operation systems market; Apple, the leader in the intelligent mobile phones market with the iPhone; Google the dominant force in the information search market (and seeking to enter telecommunications); and Naver, leading the domestic information search market are all prominent software companies.

These companies have also grown rapidly in recent times. Dear young people, full of passion and dreams, challenge yourselves and embrace the learning. Software engineering awaits you. Find your own Blue Ocean and become an important person in the infinity of cyberspace.

Machines like Smart phones enable us to access anything. Mobile phone operation systems such as Android, iOS, or Windows as well as game or utility apps can be made and installed by you..

■ Professors

∙Buhyun Hwang, Ph.D.

[Professor, Database,

bhhwang@jnu.ac.kr]

∙Jayjeong Kim, M.S.

[Professor, Computer Graphics,

jaykim@jnu.ac.kr]

∙Bongnam Noh, Ph.D.

[Professor, Information Security,

bbong@jnu.ac.kr]

∙Yeongseog Lim, Ph.D.

[Professor, Microwave,

limys@jnu.ac.kr]

∙Gueesang Lee, Ph.D.

[Professor, Multimedia image processing,

gslee@jnu.ac.kr]

∙Hyeongseok Lim, Ph.D.

[Professor, Algorithm,

hslim@jnu.ac.kr]

∙Seongmo Park, Ph.D.

[Professor, ASIC/SoC Design,

smpark@jnu.ac.kr]

∙Daewook Kang, M.S.

[Professor, Network,

dwkang@jnu.ac.kr]

∙Deokjai Choi, Ph.D.

[Professor, Computer Network,

dchoi@jnu.ac.kr]

∙Youngchul Kim, Ph.D.

[Professor, SoC (System on a Chip),

yckim@jnu.ac.kr]

∙Jiseung Nam, Ph.D.

[Professor, Computer Networking,

jsnam@jnu.ac.kr]

∙Jinyoung Kim, Ph.D.

[Professor, Signal Processing,

beyondi@jnu.ac.kr]

∙Chilwoo Lee, Ph.D.

[Professor, Computer Vision & Human Interface,

leecw@jnu.ac.kr]

∙Daejin Kim, Ph.D.

[Professor, Digital Communication,

djinkim@jnu.ac.kr]

∙Soohyung Kim, Ph.D.

[Professor, Artificial intelligence,

shkim@jnu.ac.kr]

∙Yonggwan Won, Ph.D.

[Professor, Intelligent Computing & Biomedical    Engineering,

ykwon@jnu.ac.kr]

∙Hyukro Park, Ph.D.

[Professor, Information Retrieval,

hyukro@jnu.ac.kr]

∙Sunghoon Hong, Ph.D.

[Professor, Image Processing,

hsh@jnu.ac.kr]

∙Sungjune Baek, Ph.D.

[Professor, Digital Signal Processing,

tozero@jnu.ac.kr]

∙Jaehyung Park, Ph.D.

[Professor, Network Technology,

hyeoung@jnu.ac.kr]

∙Dongkook Kim, Ph.D.

[Professor, Audio Signal Processing & Pattern    Recognition,

dkim@jnu.ac.kr]

∙Taejin Jung, Ph.D.

[Professor, Wireless Communication,

tjjung@jnu.ac.kr]

∙Suil Choi, Ph.D.

[Professor, Optical Communication Systems,

sichoi@jnu.ac.kr]

∙Hyungjeong Yang, Ph.D.

[Professor, Application software,

hjyang@jnu.ac.kr]

∙Intae Hwang, Ph.D.

[Professor, Mobile Communications,

hit@jnu.ac.kr]

∙Cheolhong Kim, Ph.D.

[Professor, Embedded Systems,

chkim22@jnu.ac.kr]

∙Taeksoo Ji, Ph.D.

[Professor, Semiconductor & Electronic device,

tji@jnu.ac.kr]

∙Jinsul Kim, Ph.D.

[Professor, Smart Mobile & Media Computing.

jsworld@jnu.ac.kr]

∙Kyungbaek Kim, Ph.D.

[Professor, Distributed Network System

kyungbaekkim@jnu.ac.kr]

∙Myoungjin Lee, Ph.D.

[Professor, Semiconductor device & Circuit     design, mjlee@jnu.ac.kr]

∙Hosung Park, Ph.D.

[Professor, Coding & information theory &     communications systems,

hpark1@jnu.ac.kr]

∙Kwanghoon Choi, Ph.D.

[Professor, Programing Language & compiler,    kwanghoon.choi@jnu.ac.kr]

∙SunYong Yoo, Ph.D.

[Professor, intelligence information system,

syyoo@jnu.ac.kr]

∙HyunDuck Choi, Ph.D.

[Professor, Next Generation Intelligent Control,

ducky.choi@jnu.ac.kr]

∙HeiYong Jeong, Ph.D.

[Professor, Intelligent robot control & Signal    processing,

h.jeong@jnu.ac.kr]

■ Degree Requirements

Electronic Information & Communication Engineering Major Courses

Electronic Information Communication Engineering students are required to earn 140 credits including 20 credits from liberal arts education courses, 32 credits from MSC courses, 33 credits from EE compulsory courses, 27 credits from EE electives, and 28 credits from general electives.

Computer and Information Communication Engineering Major Courses

Computer and Information Communication Engineering students are required to earn 140 credits including 24 credits from liberal arts, 26 credits from MSC courses, 37 credits from core CE courses, 26 credits from CE electives, and 27 credits from electives.

Software Engineering Major Courses

Software Engineering students are required to earn 140 credits including 24 credits from liberal arts education courses, 26 credits from MSC courses, 37 credits from CE compulsory courses, 27 credits from CE electives, and 26 credits from general electives.

■ What Do You Study?

Electronic Information & Communication

Engineering Major Courses

▮ Core Courses

Engineering Mathematics 1

Introduction to Engineering Design

C Programming & Practice

Advanced Computer Programming & Practice

Linear Algebra

Logic Circuits Design

Circuit Theory 1

Engineering Mathematics 2

Basic Electronic Engineering Lab 1

Basic Electronic Engineering Lab 2

Electromagnetics

Signals and System Engineering

Basic Probability Theory

Electronic Circuit 1

Electronic Engineering Seminar 1

Introduction Project of Electronic Engineering

Basic Project of Electronic Engineering

Design Project of Electronic Engineering

Capstone Design 1

▮ Electives

ICT Fusion Introduction

Computer System Architecture

Circuit Theory 2

Electronic Circuit 2

Physical Electronics

Microprocessors

Radio Engineering

Integrated circuit Design

Communication Theory

Digital Signal Processing

Control Engineering 1

Digital Communication Engineering & Design

Design of Microprocessor Applications

Microwave Frequency Engineering & Design

Digital Image Processing

Semiconductor Engineering

Electronic Engineering Seminar 2

Control Engineering 2

Numerical Analysis

Data Communication

Introduction to Robotics

Automotive Multimedia System

Design of applied Optical System

Digital Synthesis Design

Antenna Engineering & Design

Embedded System

Acoustic Communication Engineering

Mobile Communication Engineering & Design

Multimedia Applications

Communication System Engineering

Intelligent Vehicle

SOC Design

Optical Communication System

ICT Convergence Automotive Experiment

Electronic Engineering Field Practice 1

Electronic Engineering Field Practice 2

Computer and Information Communication

Engineering Major Courses

▮ Core Courses

Engineering Mathematics 1

Introduction to Engineering Design

C Programming & Practice

Linear Algebra

Logic Circuits Design
Discrete Mathematics

Computer System Architecture

Data Structures

Basic Practice in Computer Engineering

Probability and Statistics

C++ Programing and Lab

Operating System

Computer Engineering Project

Embedded Software

Computer Engineering Project 1

(Capstone Design)

Computer Engineering Project 2

(Capstone Design)

▮ Electives

ICT Fusion Introduction

Basic Circuit Theory

Engineering Applied Mathematics

Data Communication

Electronic Circuit 1

Electromagnetics

Signals and System Engineering

Software Application Project

Data Base Systems

Digital Synthesis Design Project

Digital Signal Processing

Artificial Intelligence

Microprocessors

Communication Theory

Computer Engineering Seminar 1

Ubiquitous Computing

Computing Algorithm

Digital Communication Engineering

Computer Networks

Digital Image Processing

Embeded System

Computer Systems in Medicine

Mobile Communication System

Smart Vehicle System

Computer Engineering Seminar 2

Introduction to smart sensing systems

Distributed Systems

Human Interface

Multimedia System

Intelligence System

Routing Protocol

Network Programming & Practice

Embedded Application Software

Application of Computer Fusion

Computer Information Security

Field Practice of Computer Engineering 1

Software Engineering Major Courses

▮ Core Courses

C Programming & Practice

Java Programming and Lab

Discrete Mathematics

Linear Algebra

Data Structures

Computer System Architecture

Probability and Statistics

Theory of Software Engineering

Data Base Systems

Operating Systems

Career Exploration

Software Engineering Integrated Project (Capstone  Design)

Algorithm

Computer Networks

Theory of Programming Languages

▮ Electives

Logic Circuits

Linux System

Software Engineering-based Projects

Network Programming

C/C++ Programming and Lab

Object-oriented Design Project

Data Communication

Problem Solving Project

Computer Graphics

Windows Programming Project

Database Design Project

Web Programming and Lab

Artificial Intelligence

Computer & Networks Security

Compilers

3D Animation

Pattern Recognition

Mobile Application Software

Field Practice

Distributed Systems

Theory of Computation

Embedded Software

Digital Image Processing

■ Careers

Graduates of Electronic and Computer Engineering are actively working in various fields of society such as domestic companies, TV stations, and in public and venture companies as high-ranking public officers or patent agents.

Otherwise, they continue their studies at graduate schools for masters or doctoral degrees and become professors at universities or leading researchers in many industrial institutes or laboratories headed by large domestic companies and national and public laboratories. They include Samsung, LG, Daewoo, Hyundai, SK Hynix, TV stations, financial companies, KEPCO (Korea Electric Power Corporation), KT, SKT, NHN, ETRI, etc.

	Department of Civil Engineering	__Contact Information Phone: +82-62-530-1650 Fax: +82-62-530-1659 E-mail: tjha@jnu.ac.kr URL: http://civil.jnu.ac.kr/

■ What is Civil Engineering?

The fields of civil engineering offer careers in the planning, design, construction and management of the built environment as well as in the interaction between the built environment and the natural environment. Civil engineering plays an essential role to our community. There are significant interdisciplinary challenges in refining and maintaining the quality and sustainability of the infrastructure of interconnected systems, which are important to our quality of life. These systems include transportation, highways, rapid transit lines, airports, civil structures, construction materials, land surveying, stream channels, pipelines and wastewater treatment systems. The response of this infrastructure to natural hazards and environmental interaction is a critical challenge in this area. The faculty and staff within the civil engineering department are committed to educating the next generation of engineers and leading the development of this field through research and outreach

■ School of Civil Engineering at Jeonnam National University

The School of Civil Engineering is concerned with the control of the environment for the benefit of humankind. Civil engineers provide modern society with vital infrastructure and lifeline systems such as cities, roads, buildings, bridges, railroads, and water systems.

∙1951. 01: Establishment of Department of Civil Engineering

∙1999. 03: Reorganization of Departments of Civil, Earth, and Environmental Engineering

∙2002. 03: Reorganization of Departments of Civil, Geosystems, and Environmental Engineering

∙2009. 03: Reorganization of Department of Civil Engineering

■ Professors

∙Kyong-Hoon Rhee, Ph.D.

[Professor, Water Resources,

Water Supply and Sewage Engineering,

water@jnu.ac.kr]

∙Tae-Jun Ha, Ph.D.

[Professor, Traffic Engineering & Urban Planning,   tjha@jnu.ac.kr]

∙Inkyu Rhee, Ph.D.

[Professor, Structural Mechanics and Material Science,

rheei@jnu.ac.kr]

∙Jae-min Kim, Ph.D.

[Professor, Structural Engineering,

jm4kim@jnu.ac.kr

∙Young-sang Kim, Ph.D.

[Professor, Geotechnical Engineering,

geoyskim@jnu.ac.kr]

∙Jae-JIn Park, Ph.D.

[Professor, Road Engineering,

tjha@jnu.ac.kr]

∙Young-Uk, Ryu, Ph.D.

[Professor, River and Coastal Engineering,

yuryu@jnu.ac.kr]

■ Degree Requirements

The undergraduate programs are designed to help students develop the understanding and capabilities needed to meet the challenges of a modern technological society. Students are required to earn at least 130 credits (102 credits from Department courses and 28 from electives), which normally takes four years of full-time study to complete. The minor and the double major programs are offered to give students an opportunity to broaden the scope of their major fields.

■ What Do You Study?

▮ Courses

Introduction to Civil Engineering &

Design

Surveying and Practice 1

Fluid Mechanics

Probability and Statistic

Hydraulics and lab

Mechanics of Materials

Civil Engineering Materials and Lab

Civil Engineering (AI)

Structural Mechanics

Engineering Mathematics 1

Engineering Mathematics 2

Surveying and Practices 2

Dynamics Hydrology

Applied Hydraulics

Environmental Engineering

Advanced River Hydraulics

Soil Mechanics and Lab 1

Design of Concrete Structures 1

Highway Engineering and Design

Transportation Engineering

Soil Mechanics and Lab 2

Photogrammetry

Design of Concrete Structures 2

Construction Works & Design

Water Supply, Sewage Engineering & Design

Steel Structural Engineering

Dam Engineering

Pre-stressed Concrete

Urban & Transportation Planning

Foundation Engineering & Design

Coastal & Harbor Engineering

Geospatial Information Surveying

Construction Environment Influence Valuation

& Design

Environmental Impact Assessment & Design

Noise and Vibration

Bridge Engineering

Railroad Engineering

Transportation Engineering

Rock Engineering & Design

Design for Soil Structure

Pavement Engineering & Design

Practical Design of Civil Engineering

Water Resources Engineering

Basic Computer Programming & Practice

Physics Laboratory 1

Chemistry Laboratory 1

Educational Theory in Construction

Study and Guidance on Constructional Teaching

Constructional Technology Logic and Essay Writing

Teaching Children with Learning Disabilities

Practical Affairs for the Teaching Profession

Teaching Practice 1

Teaching Practice 2

■ Careers

Graduates are currently playing active roles in central and local government organizations (e.g., Ministry of Construction and Transportation, Ministry of Environment, etc.), public corporations (Korea Water Resources Corporation, Korea SH Corporation, Korea Rural Community Corporation, Korea Highway Corporation, etc.), and research institutes (e.g., Korea Institute of Construction Technology). Also, private companies and corporations dealing with bridges, harbors, roads, and dams prefer to hire environmental engineers. Some graduates go on to graduate school to further specialize in their discipline in the field of civil engineering.

	School of Chemical Engineering	__Contact Information Phone: +82-62-530-1850 Fax: +82-62-530-1909 E-mail: jsha@jnu.ac.kr URL: http://ace.jnu.ac.kr

■ What is Chemical Engineering?

The goal of the School of Chemical Engineering (SCE) is to promote the development of engineering education by improving standards and guidelines of educational programs for engineering colleges and related education, thereby performing certification and consultation, and ultimately producing competent engineers.

■ School of Chemical Engineering

The SCE was established in March 2002 by merging the existing faculty of Chemical Engineering and faculty of Applied Chemistry. The newly restructured School of Chemical Engineering comprises the following three departments to foster understanding that is necessary for the development of engineering: chemical engineering materials, chemical engineering safety, and chemical process engineering.

■ Professors

∙Hee Moon, Ph.D.

[Professor, Adsorptive Separations,

hmoon@jnu.ac.kr]

∙Yo-Soon Song, Ph.D.

[Professor, Catalytic Reaction Engineering,

yssong@jnu.ac.kr]

∙Sung-Ju Kang, Ph.D.

[Professor, Process Systems and Control,

sjkang@jnu.ac.kr]

∙Chang-Bock Chung, Ph.D.

[Professor, Processing Systems,

chungcb@jnu.ac.kr]

∙Jin-Bong Kim, Ph.D.

[Professor, Polymer Synthesis, Photonic Devices,

jbkim@jnu.ac.kr]

∙Choon-Hyoung Kang, Ph.D.

[Professor, Supercritical Fluid Extraction,

chkang@jnu.ac.kr]

∙Taek-Hyeon Kim, Ph.D.

[Professor, Design and Synthesis of Drug,

Organic Synthesis,

thkim@jnu.ac.kr]

∙Jong-Ho Kim, Ph.D.

[Professor, Catalytic Chemistry,

jonghkim@jnu.ac.kr]

∙Moo-Sung Lee, Ph.D.

[Professor, Polymer/Hybrid Materials,

moosung@jnu.ac.kr]

∙Young-Chul Kim, Ph.D.

[Professor, Hydrogen Production

from Hydrocarbon,

youngck@jnu.ac.kr]

∙Hyung Jin Kim, Ph.D.

[Professor, Organic Synthesis,

hyungkim@jnu.ac.kr]

∙Do-Heyoung Kim, Ph.D.

[Professor, Metal Organic Chemical Vapor,

kdhh@jnu.ac.kr]

∙Wan-Jin Lee, Ph.D.

[Professor, Fuel Cells, Polymer Batteries,

wjlee@jnu.ac.kr]

∙Jong-Il Rhee, Ph.D.

[Professor, Development

for Optic Biosensors and Biochips,

jirhee@jnu.ac.kr]

∙Young-Dae Kim, Ph.D.

[Professor, Rheology, Conduction Polymer,

youngdae@jnu.ac.kr]

∙Eun-Mi Han, Ph.D.

[Professor, Opto-electronic Materials,

emhan@jnu.ac.kr]

∙Kwang Ha, Ph.D.

[Professor, Organometallic Chemistry,

hakwang@jnu.ac.kr]

∙Sung-June Cho, Ph.D.

[Professor, Production and

Storage of Methane and Hydrogen,

sjcho@jnu.ac.kr]

∙Yun-Sung Lee, Ph.D.

[Professor, Lithium Secondary Battery,

leeys@jnu.ac.kr]

∙Jong-Hoon Han, Ph.D.

[Professor, Nano Carbon Convergence Materials,

∙Chang-Kook Hong, Ph.D.

[Professor, Solar Cells, Energy

Engineering, Polymer Materials,

hongck@jnu.ac.kr]

∙Jun-Seok Ha, Ph.D.

[Professor, Nano Photonic Devices,

jsha@jnu.ac.kr]

∙Chang-Hyun Ko, Ph.D.

[Professor, Synthesis and Catalytic

Application of Inorganic Materials,

chko@jnu.ac.kr]

∙Jeong-Woo Yun, Ph.D.

[Associate Professor, Fuel Cell, Capacitor,

Fuel reforming,

jwyun@jnu.ac.kr]

∙Yong-Il Park, Ph.D.

[Associate Professor, Nano Materials

ypark@jnu.ac.kr]

∙Young-Si Jun, Ph.D.

[Associate Professor, Photocatalysis,

Polymer semiconductors

∙Byung-Chol Ma, Ph.D.

[Assistant Professor, Process Safety Design,

Process Risk Analysis

anjeon@jnu.ac.kr]

∙Dae-Sung Song, Ph.D.

[Assistant Professor, Process Design, Process    Optimization, Process Safety,

dssong@jnu.ac.kr]

■ Degree Requirements

Students are required to earn 140 credits, with 84 credits from Chemical Engineering courses, and 40 credits from general courses.

Students in the ABEEK Program are required to earn 12 credits from general courses, 32 credits from MSC courses, and 75 credits from engineering topics courses.

■ What Do You Study?

General Courses

▮ Core Courses

Writing for Self-reflection and communication

Career Plan and Self Understanding

Mathematics 1

General Chemistry 1

College Physics 1

Chemistry Laboratory 1

Computer for Real Life

Mathematics 2

General Chemistry 2

College Physics 2

Chemistry Laboratory 2

Chemical Engineering Materials

Major Courses

▮ Core Courses

Polymer Chemistry

Engineering Mathematics 1

Chemical Process Calculation 1

Instrumental Analytical Methods

Physical Chemistry 1

Organic Chemistry 1

Transfer Operations 1

Materials Science

Electro Chemistry

Introduction to Creative Design

Basic Experiment of Chemical Engineering Lab 1

Basic Experiment of Chemical Engineering Lab 2

Design of Chemical Engineering and Materials

Experiments for Chemical Materials

Chemical Engineering Lab.

Chemical Engineering Capstone Design

▮ Electives

MATLAB Programming

Chemistry of Interface

Introduction to Polymer Processing

Polymer Materials

Industrial Analytical Chemistry

Engineering Mathematics 2

Chemical Process Calculation 2

Chemical Process Thermodynamics

Chemical Process risk assessment

Chemical Process Control

Fundamentals of Photonics

Fuctional Polymers

Display Engineering

Inorganic Materials

Inorganic Chemistry

Physical Chemistry 2

Semiconductor·Photonic Devices Engineering

Semiconductor Device Fabrication

Reaction Engineering

Separation Process

Separation And Purification Processes

Nonuniform Reaction Engineering

Engineering Seminar 1

Engineering Seminar 2

Biochemical Engineering

Petrochemical Industry

Combustion and Explosion Protection

Engineering

Organic Industrial Chemistry

Organic Reaction Mechanism

Organic Synthetic

Organic Chemistry 2

Medicinal Chemistry

Transfer Operations 2

Catalyst Chemistry

Carbon Materials Engineering

Plant Safety Facility

Fundamentals & Design to Chemical process

Numerical Analysis in Chemical Engineering

Chemical Safety Engineering

Chemical Engineering Termodynamics

Chemical Engineering Quality Control

Field Practice for Chemical Engineering 1

Field Practice for Chemical Engineering 2

Environmental Chemistry

Chemical Enginieering Safety

Major Courses

▮ Core Courses

Introduction to Creative Design

Transfer Operations 1

Chemical Process Calculation 1

Physical Chemistry 1

Organic Chemistry 1

Engineering Mathematics 1

Basic Experiment of Chemical Engineering Lab 1

Basic Experiment of Chemical Engineering Lab 2

Chemical Engineering Lab

Chemical Safety Experiment

Chemical Engineering of Chemicals

Combustion and Explosion Protection Engineering

Chemical Precess risk assessment

Plant Safety Facility

Chemical Process Design

Chemical Engineering Capstone Design

▮ Electives

MATLAB Programming

Transfer Operations 2

Chemical Process Calculation 2

Organic Chemistry 2

Physical Chemistry 2

Engineering Mathematics 2

Basic Design of Chemical Engineering

Inorganic Chemistry

Materials Science

Chemical Engineering Thermodynamics

Reaction Engineering

Separation Processes

Chemical Process Control

Petrochemical Industry

Nonuniform Reaction Engineering

Separation Purification Processes

Chemical Precess Control System Analysis

Chemical Precess Thermodynamics

Numerical Analysis in Chemical Engineering

Electrochemistry

Polymer Chemistry

Energy Engineering

Engineering Economy

Patent based Research and Development

Environmental Engineering

Instrumental Analytical Methods

Chemical Engineering Quality Control

Industrial Safety Regulations

Engineering Seminar 1

Engineering Seminar 2

Technology Management

Chemical Equipment and Facilities

Energy Storage System Engineering

Measurement Sensor Engineering

Field Practice for Chemical Engineering 1

Field Practice for Chemical Engineering 2

Chemical Process Engineering

Major Courses

▮ Core Courses

Introduction to Creative Design

Transfer Operations 1

Chemical Process Calculation 1

Physical Chemistry 1

Organic Chemistry 1

Engineering Mathematics 1

Basic Experiment of Chemical Engineering Lab 1

Basic Experiment of Chemical Engineering Lab 2

Nonuniform Reaction Engineering

Separation and Purification Processes

Chemical Process Thermodynamics

Chemical Process Control System Analysis

Numerical Analysis in Chemical Engineering

Chemical Engineering Lab

Chemical Engineering Intensive Lab

Chemical Process Design

Chemical Engineering Capstone Design

▮ Electives

MATLAB Programming

Transfer Operations 2

Chemical Process Calculation 2

Organic Chemistry 2

Physical Chemistry 2

Engineering Mathematics 2

Basic Design of Chemical Engineering

Inorganic Chemistry

Materials Science

Reaction Engineering

Separation Processes

Chemical Engineering Thermodynamics

Chemical Process Control

Organic Composite Materials

Petrochemical Industry

Energy Engineering

Electrochemistry

Inorganic Materials

Measurement Sensor Engineering

Combustion and Explosion Protection Engineering

Polymer Chemistry

Organic Reaction Mechanism

Particle Engineering

Transfer Phenomena

Chemical Safety Engineering

Computer Aided Design of Chemical Engineering

Catalyst Engineering

Engineering Seminar 1

Engineering Seminar 2

Green Chemistry Technology

Energy Storage System Engineering

Chemical Equipments and Facilities

Environmental Engineering

Instrumental Analytical Methods

Quality Control

Technology Management

Engineering Economy

Chemical Technology and Patent

Chemical Process risk assessment

Plant Safety Facility

Chemical Engineering Quality Control

Field Practice for Chemical Engineering 1

Field Practice for Chemical Engineering 2

■ Careers

Graduates obtain employment in chemical plants (oil refinery, petrochemical, fertilizer, synthetic resin, oil and fat, food industry, inorganic chemistry, explosives, cement, glass, dye, rubber, paint, pulp and paper, metal, and smelting) in all parts of the country, including the Yeocheon and Ulsan districts, thermo-electrical and nuclear power plants, steel mills, photoelectron fields (semiconductor component/

equipment, LCD, and photo component manufacturing), textile-related fields, sales fields for trading companies, pharmaceutical fields, cosmetics fields, polymer-related fields, research institutes, and civil service.

	Department of Environment and Energy Engineering	__Contact Information Phone: +82-62-530-1860 Fax: +82-62-530-1859 E-mail: namin@jnu.ac.kr URL: http://eee.jnu.ac.kr

■ What is Environment and Energy Engineering?

The main objectives of environment and energy engineering are controlled use and preservation of environment and developing new renewable energy. Environment and energy engineering applies engineering and scientific principles to protect human health and to maintain and improve eco-systems. Our graduates are trained to design, build, operate, and manage organizations and facilities that protect people and the environment by developing new renewable energy. Environment and energy engineering is generally treated as an independent engineering discipline by the engineering profession. We live amid intricate interactions and complex problems created between living beings and their environments, or by variabilities of nature itself. These problems can have disastrous consequences of enormous magnitude and are very difficult to resolve. Environmental researchers investigate these interactions to guard each being from the harmful effects of others.

■ Department of Environment and Energy Engineering at Jeonnam

National University

∙1992. 03: Establishment of Department of Environmental Engineering

∙1999. 03: Reorganization of Departments of Civil, Earth, and Environmental Engineering

∙2002. 03: Reorganization of Departments of Civil, Geosystems, and Environmental Engineering

∙2009. 03: Reorganization of Department of Environmental Engineering

∙2013. 03: Reorganization of Department of Environment and Energy Engineering

■ Professors

∙Seon-Yong Chung, Ph.D.

[Professor, Environmental Microbiology and   Ecology,

sychung@jnu.ac.kr]

∙Yong-Woon Lee, Ph.D.

[Professor, Water Quality Management System,

ywlee@jnu.ac.kr]

∙Sung-Yong Cho, Ph.D.

[Professor, Eco-Energy and Air Pollution  Engineering,

syc@jnu.ac.kr]

∙Seong-Jun Kim, Ph.D.

[Professor, Environmental Biotechnology,

seongjun@jnu.ac.kr]

∙Jeong-Hun Park, Ph.D.

[Professor, Treatment of

Contaminated Soils and Wastes,

parkjeo1@jnu.ac.kr]

∙Seung-Shik Park, Ph.D.

[Professor, Air Quality Management,

park8162@jnu.ac.kr]

∙Ho-Young Jung, Ph.D.

[Associate Professor, Environmental Energy

Materials,

jungho@jnu.ac.kr]

∙Sok-Hee Jung, Ph.D.

[Assistant Professor, Microbial Fuel Cells

Bioenergy,

sokheejung@jnu.ac.kr]

■ Degree Requirements

The undergraduate programs are designed to help students develop both the understanding and capability needed to meet the challenges of a modern technological society. Students are required to earn at least 140 credit hours (69 from Department courses, 42 from cultural studies and 29 from electives), which normally takes four years of full-time study. Students may also earn double majors or minors as a means of broadening the scope of their studies.

■ What Do You Study?

▮ Core Courses

Introduction to Engineering Design

Renewable Energy

Environmental Chemistry

Water Quality Management and Practice

Environmental Microbiology

Environmental Reaction and Design Engineering

Environmental Biotechnology and Practice

Coping Engineering with Air Pollution and Climate Change

Design of Combustion Facilities

Waste Resource Treatment and Energy Engineering

Environmental Energy Engineering and Practice

Air Pollution Management

Energy System Design

Hazardous Wastes Management and Soil Remediation Engineering

Environmental Engineering Capstone Design

Environmental Electrochemistry

▮ Electives

Green Energy

Fluid Mechanics

Probability and Statistics

Engineering Mathematics 1

Introduction to Environmental Engineering

Environmental Ecology

Environmental and Energy Engineering Laboratory

Engineering Mathematics 2

Wastewater Treatment Engineering and Practice

Environmental Fundamental Laboratory

Environmental Engineering Laboratory 1

Environmental and Climate Change Impact Assessment

Atmospheric Particle Engineering and Experiments

Wastewater Treatment Engineering and Practice

Environmental Engineering Laboratory 2

Water Supply and Sewage Engineering

Energy Convergence Engineering

Waste Energy Engineering

Field Practice

Environmental Toxicology and Practice

Environment and Safety Engineering and Practice

Resources from Biomass

Bioenergy

Noise and Vibration

Environmental Chemistry of Soils

Industry-oriented Education and Practice

Environmental Process Design and Practice

Environmental Laws

Intellectual Properties in Environmental Energy Engineering

■ Careers

Graduates are currently playing active roles in central and local government organizations (e.g., Ministry of Environment), some public corporations (Korea Water Resources Corporation, Korea Environment Corporation, Korea Electric Power Corporation) and research institutes (e.g., National Institute of Environmental Research, Korea Institute of Energy Research).

Graduates also have careers in business corporations dealing with environmental impact assessment, air pollution control facilities, wastewater treatment, hazardous wastes treatment, environmental remediation, new renewable energy, and waste recycling facilities. They are usually in charge of the environment and safety of their company. Some graduates go on to graduate school to further specialize in their discipline of environment or energy engineering.