College of Engineering Sciences

	__Contact Information Phone: +82-61-659-7205~7208 Fax: +82-61-659-7209 E-mail: richwj@jnu.ac.kr URL: http://engc.jnu.ac.kr

■ School of Electrical, Electronic Communication, and Computer Engineering

⋅ Major in Electronic Communication Engineering

⋅ Major in Computer Engineering

⋅ Major in Electrical and Semiconductor Engineering

■ School of Mechanical Design Engineering

⋅ Mechanical Design Engineering major

⋅ Mechanical Systems Engineering major

⋅ Smart Plant Engineering major

■ Department of Refrigeration and Air Conditioning Engineering

■ Department of Marine and Civil Engineering

■ Department of Environmental System Engineering

■ Department of Biotechnology

■ Department of Chemical and Biomolecular Engineering

■ Department of Architecture

■ Department of Biomedical Engneering

■ School of Healthcare and Biomedical Engineering

■ Department of Petrochemical Materials Engineering

■ Department of Industrial Technology Convergence Engineering

■ Affiliated Research Centers

⋅ Ocean Civil Engineering Research Center

⋅ Refrigerating Techniques Research Center

⋅ Chemical and Safety Engineering Research Center

⋅ Environmental Research Center

⋅ Innovation cener of education-Engineering

	Electrical, Electronic Communication, and Computer Engineering	__Contact Information Phone: +82-61-659-7310, 7230, 7250 Fax: +82-61-659-7319, 7259 E-mail: 2song2@jnu.ac.kr URL: http://eec.jnu.ac.kr

■ What is Electrical, Electronic Communication, and Computer Engineering?

In the school of Electrical, Electronic Communication, and Computer Engineering, advanced engineers are cultivated to develop and apply appropriate technologies. Every major in the school focuses on high-level technology, and there are interesting fields such as new generation mobile communications, computer communications, speech recognition and digital signal processing, antenna manufacture/design, optical communication, servomechanism and electronic measurement, power electronics, semiconductor, power system, digital and computer circuit layout, computer graphics, design and application of embedded systems, artificial intelligence, computer program development, ubiquitous systems, and web application developing fields. To fulfill student expectations, there are several education programs, such as special education programs.

■ School of Electrical, Electronic Communication, and Computer Engineering

In this school, education is supported by offering numerous scholarships and overseas training opportunities, as well as employment guidance and field experience.

Students are able to participate in many programs. In their first year of study, students are provided with a wide range of courses from basic to high technology education, and in their second year of study will decide a specific major (such as Electronic Communications, Computers, and Electrical and Semiconductor Engineering). Students must study major theories, hardware and their experiments. These studies focus on both theory and practice, and students can apply skills acquired from these studies to future fields.

■ Professors

Major in Electrical and Semiconductor

Engineering

∙Nam-Sup Choi, Ph.D.

[Professor, Power Electronics,

nschoi@jnu.ac.kr]

∙Buhm Lee, Ph.D.

[Professor, Power Systems, buhmlee@jnu.ac.kr]

∙Yang-Hee Joung, Ph.D.

[Professor, Semiconductor Materials and

Processes, jyanghee@jnu.ac.kr]

∙Young-Chul Bae, Ph.D.

[Professor, Chaos, Artificial Intelligence,

Cyberphysical System (CPS), Instrumentation,

and Automation, ycbae@jnu.ac.kr]

∙Kyoung-Min Kim, Ph.D.

[Professor, Image/signaling and computer vision,    system automation, kkm@jnu.ac.kr]

∙Seong-Jun Kang, Ph.D.

[Professor, Functional Materials and Devices,    VLSI Process, ferroksj@jnu.ac.kr]

Major in Electronic Communication Engineering

∙Ki-Ryang Cho, Ph.D.

[Professor, Optimization, krcho@jnu.ac.kr]

∙Seung-Yeop Rhee, Ph.D.

[Professor, Microwave Engineering,

ysrsy@jnu.ac.kr]

∙Dae-Ik Kim, Ph.D.

[Professor, Integrated Circuit Design,

daeik@jnu.ac.kr]

∙Han-Seung Jang, Ph.D.

[Assistant Professor, IoT & Machine-to-Machine

Communications, Smart Grid, hsjang@jnu.ac.kr]

Major in Computer Engineering

∙Jae-Hung Yoo, Ph.D.

[Professor, Graphics, jhy@jnu.ac.kr]

∙Kang-Chul Kim, Ph.D.

[Professor, VLSI Design and Embedded Systems,

kkc@jnu.ac.kr]

∙Chang-Gyoon Lim, Ph.D.

[Professor, Artificial Intelligence, glim@jnu.ac.kr]

∙Gwang-Jun Kim, Ph.D.

[Associate Professor, Computer Communication,

kgj@jnu.ac.kr]

■ Degree Requirements

Students are required to earn 140 credits, with 27 credits from electives (15 credits from cultural studies courses) and 82 credits from department courses (32 credits from core courses).

■ What Do You Study?

Major in Electrical and Semiconductor

Engineering

▮ Core Courses

English for Global Communication 1

Mathematics 1

Mathematics 2

General Physics 1

Electrical Engineering Basic Lab

Electromagnetics 1

Electromagnetics 2

Circuit Theory 1

Circuit Theory 2

Solid State Electronic Device Engineering 1

Robot Engineering

Automatic Control 1

Electric Machinery 1

Power Engineering 1

Electronic Circuit 1

▮ Electives

Introduction to Electrical and Semiconductor

Engineering

Engineering Mathematics

Digital Circuit Design 1

Digital Circuit Design 2

Semiconductor Engineering

Applied Computer

Programming Language

Advanced Engineering Mathematics

Digital Circuit Lab

Introduction Capstone Design

Solid State Electronic Device Engineering 2

Artificial Intelligence

Automatic Control 2

Electric Machinery 2

Electric Energy Conversion Engineering

Power Engineering 2

Electronic Circuit 2

Microelectronics Design and Lab

Field Practice (Electrical and Semiconductor)

Field Practice 1 (Electrical and Semiconductor)

Field Practice 2 (Electrical and Semiconductor)

Field Practice 3 (Electrical and Semiconductor)

VLSI Process 1

VLSI Process 2

Signals and System Engineering

Applied Power Electronics

Experience Intern

Experience Intern 1

Experience Intern 2

Electrical Machinery and Lab

Power Systems

Electronic Display Engineering

Control system Design

Digital Signal Processing

Microprocessor and Lab

Electrical Engineering Materials

Physical Electronics

Instrumentand Lab

Soft computing

Creative Engineering Design 1 (Capstone Design)

Creative Engineering Design 2 (Capstone Design)

Major in Electronic Communication

Engineering

▮ Core Courses

English for Global Communication 1

Mathematics 1

Mathematics 2

General Physics 1

General Physics 2

Linear Algebra

Electro-magnetics

Optimization Programming

Big Data Processing

Communication Theory

Digital System Design

Radio Engineering

Electronic Circuit Experiments 2

Microwave Engineering

Communication Circuit Design and Experiments

▮ Electives

Electronic Communication Introduction

Software Programming Basics & Practice

Engineering Mathematics

Basic Circuit Experiment

Circuit Theory

Basic Microprocessor

Digital Engineering

Numerical Analysis and Laboratory

Applied Engineering Mathematics

Artificial Intelligence and Machine Learning

Electromagnetic Field

Electronic Circuit Experiments 1

Computer Communications

Internet of Things

Signal Processing

Creative Engineering Design

Smart Factory

Antenna Engineering

Acoustic Engineering

Complete Design for Creative Engineering

Sensor Engineering

RF Circuit Design

Practice in Jobsite (Electronic Communication)

Major in Computer Engineering

▮ Core Courses

English for Global Communication 1

Mathematics 1

Introduction of Artificial Intelligence

Database Management

Introduction to Embedded Hardware

Design of Computer Architecture & Practice1

Network and Socket Programming Actual Training

Software Engineering

Embedded Programming

Computer Graphics

Design of Microprocessor Applications & Practice

▮ Electives

C language Programming and Practice

Game  Programming & Practice 1

Introduction  to Data Science and Lab

Data  Structures & Practice

Discrete  Mathematics

Computer  Network

Computer  programming I

Game  Programming & Practice 2

Engineering  Mathematics

Data and  Computer Communication

Digital  Circuits Design & Practice

Python  Programming

Big Data  Analysis and Lab

Algorithms

Operating  System

Design of  Computer Architecture & Practice 2

Field  Practice1

Machine Learning

Image  Processing

Operating  System Design and Practice

Embedded System

Capstone  Design 1

Field Practice

Application of  Machine Learning

Multimedia  System

Mobile  Programming application

Parallel  Computer Architecture and Programming and Practice

Capstone  Design 2

Introduction  to R data analysis

■ Careers

Graduates tend to advance to positions in domestic and foreign graduate schools, educational organizations (middle schools), government and public offices, broadcasting fields, communication enterprises, computer network industries, information investment organizations, semiconductor companies, electronic companies, semiconductor device research organizations, Bio-metric System companies, CCTV companies, security maintenance companies, Korean Electric Power, Korean Water Resources, nuclear power generation fields, game planning fields, game graphic design fields, game programming production fields, character design fields, advertisement design fields, game graphic fields, web design fields, H/W fields, venture foundation, and other related fields.

	School of Mechanical Design Engineering	__Contact Information Tel: +82-62-659-7220, 7280, 7380 Fax: +82-62-659-7229, 7289 E-mail: dj3220@jnu.ac.kr URL: http://mechauto.jnu.ac.kr/

■ School of Mechanical Design Engineering at Chonnam National University

The curriculum of the School of Mechanical Engineering is designed to provide students with the basic principles of basic mechanics (fluid, thermodynamics, solids), materials and processing, mathematics and computer learning; in the second year, students study basic subjects (material dynamics, thermodynamics, dynamics, fluid mechanics) for understanding and understanding of mechanical systems; in the third year, students studying in mechanical engineering, mechanical engineering, mechanical engineering, vibration engineering, piping engineering, and welding engineering are selected for mechanical system design and production, Window design, hydraulic engineering, energy engineering, CAE, CAD, noise engineering, structural analysis).

Therefore, in this department, the theoretical education of mechanical engineering specialty is combined with sufficient experimental and practical training to cope with the rapidly developing industrial technology. In the future, not only mechanical engineering but also other fields will expand; the purpose of this training is to educate qualified professionals capable of serving as leaders in industries, government agencies, research institutes, and academia and serving the national and human society to achieve prosperity.

■ What is Mechanical Design Engineering?

In Mechanical Engineering, we focus on basic Dynamic (fluids, thermal dynamics, solid), Materials and Processing, Mathematics and Computer Learnings to equip our students with durable basic skills. By offering them various application subjects (Robotics, Creative Engineering Design, Refrigeration and Air Conditioning, Systems Engineering) we expect our students to carry specialized knowledge through social participation. In addition, the academic foundation for graduate education is to acquire knowledge as researchers.

On the other hand, by expanding the usage of application Software (CATIA, CAD, 3G) we intend to experience actual engineering, and to enhance the engineering problem solving adaptation as mechanical design engineers now and in the future. As the level of human civilization is identified by the tools it uses, mechanical engineering makes human lives more convenient and enables humans to use energy more efficiently, and a tech that creates Synergy, and there is continuous demand for Mechanical and Design Engineering Professionals.

■ What is Mechanical System Engineering?

The Department of Mechanical Systems Engineering is based on mechanical engineering and deals with the fields of science that can be applied to the design and manufacture of mechanical devices. This course aims to train students who can play a pivotal role in the field of mechanical engineering in industrial fields and research institutes by providing theoretical and practical applications of mechanical system engineering and creative problem solving in future high-tech industries. Comparisons and processes.

The curriculum is designed to combine theoretical and practical skills through basic mechanics, computer-aided design (CAD), laboratory / laboratory and capstone design, field practice, and mechanical engineering projects. In addition, various comparative courses are conducted to nurture engineers who have a sense of professional ethics, cooperative ability, and sound personality as members of the industrial society.

■ What is Smart Plant Engineering?

Although automation of processes in oil and chemical industries has already been established due to its characteristics, it has gone beyond the concept of smart factory and is increasing to a point where it can detect risks early and detect abnormalities and increase efficiency of production by using accumulated data. Therefore, South Korea's oil and chemical industries are actively introducing smart plants that converge ICT to raise production efficiency and process stability level to a new level.

The smart plant is a futuristic plant that has built a solution that enhances the safety of the process by utilizing big data, the Internet of Things and artificial intelligence, and minimizes errors that can be caused by humans.

This smart plant engineering major is a major that trains basic and professional knowledge related to smart plants made by convergence of ICT (Information Communication Technology) and aims to train and discharge competent personnel who lead high-tech fields in the 4th Industrial Revolution era.

■ Professors

∙Sang-Kyoo Park, Ph.D.

[Professor, Fluid Engineering and Turbulence,

psk@jnu.ac.kr]

∙Kang Chung, Ph.D.

[Professor, Noise and Vibration Engineering,

Numerical Analysis and Structural Vibration,

ckang@jnu.ac.kr]

∙Young-Wan Kim, Ph.D.

[Professor, Mechanical Design and Mechanics of Composite Materials, wannkim@jnu.ac.kr]

∙Ki-Seong Kim, Ph.D.

[Professor, Heat and ParticleImaging Velocimeter,

sngkim@jnu.ac.kr]

∙Seung-Uk Ko, Ph.D.

[Associate Professor Dynamics Control and

Biomedical, kos2@jnu.ac.kr]

∙Kyung-Jo Park, Ph.D.

[Professor, Dynamics and Vibration,

kjpark40@jnu.ac.kr]

∙Chung-Youb Kim, Ph.D.

[Professor, Solid Mechanics, kimcy@jnu.ac.kr]

∙Hei-Cheon Yang, Ph.D.

[Professor, Thermal and Fluid Engineering,

hcyang@jnu.ac.kr]

∙Hoon Kim, Ph.D.

[Professor, Mechanics Control and Measurements, khoon97@jnu.ac.kr]

∙Bong-Ho Moon, Ph.D.

[Professor, Tribology, mbh@jnu.ac.kr]

∙Sang-Hun Kim, Ph.D.

[Associate Professor, Applied solid dynamics,

shkim83@jnu.ac.kr]

∙Yang-kyu Park, Ph.D.

[Associate Professor, Micro actuator & sensor,

yangkyu.park@jnu.ac.kr]

■ Degree Requirements

Students are required to earn 140 credits, normally over a period of 4 years. Students on average earn 18 credits per semester.

■ What Do You Study?

Mechanical Design Engineering

Major of Courses

▮ Core Courses

Statics

Thermodynamics 1

Fluid Mechanics 1

Mechanics of Materials 1

Dynamics

Mechanical Design

Automatic Control

Mechanical Vibration

Energy Conversion Engineering

Fluid Machinery

▮ Electives

Engineering Mathematics

Introduction to Electrical Engineering

Mechanical Element Drawing

Introduction to Robot Engineering

Thermodynamics 2

Fluid Mechanics 2

Mechanics of Materials 2

Mechanics of Living Body Motions

Sensor and Experiment Engineering

Heat Transfer

Field Training1

Robot Engineering

Field Practice 2

CAD & Practice

Internal Combustion Engine

Digital Control

Mechatronics ＆ Practice

Hydraulic Engineering

Computational Mechanical Design

Field Practice

Field Practice 3

Renewable Energy

Fluid thermodynamics and Practice

Artificial Intelligence

capstone design

Field Practice

Mechanical  System Engineering

Major of Courses

▮ Core Courses

English for Global Communication 1

Mathematics 1

General Physics 1

General Physics 2

Statics

Thermodynamics 1

Fluid Mechanics 1

Mechanics of Materials 1

Mechanical Element Drawing

Dynamics

Manufacturing processes1

Automatic Control

Creative Mechanical System Design Lab1

Creative Mechanical System Design Lab2

▮ Electives

Safety Engineering of Chemicals

Engineering Mathematics

Measurement Engineering

Kinematics of Mechanisms

Mechanics of Materials 2

Fluid Mechanics 2

Thermodynamics 2

Machine Element of Design

Nondestructive Testing

Material Engineering

Computer programming and practice

Introduction to Production Engineering

Heat ·Material Transfer And Practice

Rigid body dynamics and Practice

Welding Engineering and Practice

Next Generation Transport System

Sensors Internet of Things

CAD 3D

Manufacturing processes 2

Structure Analysis

Noise Analysis

Precision of Mechanism

Vehicle Dynamics

Mechanical Vibrations

Capstone Design1

Energy air conditioning systems

Field Practice1

Field Practice 2

Field Practice

Field Practice 3

Mechanical Project Lab 1

Mechanical Project Lab 2

Production System Design Lab

Mechatronics System

Mechanical Design And Practice

Energy Conversion System

Fluid Mechanics 1

Introduction to Electrical and Electronic Engineering

Smart Plant Engineering

Major of Courses

Statics

Introduction to Dynamics

Introduction to Mechatronics

Visual Programming

Applied Engineering Mathematics

Introduction to Electrical and Electronic Engineering

Plant Material Mechanics

Plant Electric Machinery

Instrumentation Sensor Engineering

Microprocessor

Introduction to Semiconductor Engineering

Electronic circuit and practice

Plant Structural Materials

Plant CAD and Practice

Numerical Analysis

Analog Circuit Engineering

Artificial intelligence

Plant Machinery Design

Plant Big Data Analysis

Plant System Design Lab1

Plant Control Engineering

Digital Circuit Engineering

Deep learning

Actuator Engineering

Computer vision

Plant Mechanical Engineering Experiment

Plant Power System

Plant System Design Lab2

Plant Field Training1

Micro Electromechanical System

Non-destructive testing engineering

Artificial Intelligence Application System

Embedded System Design

Plant vibration engineering

Plant capstone design1

Plant Field Training2

Robotics

Production System Design

Artificial Intelligence System and Practice

Plant data mining

Plant piping engineering

Plant capstone design2

■ Careers

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

Graduates may be qualified to work as heavy industry employees, technical public officials, and government officers.

	Department of Refrigeration and Air-Conditioning Engineering	__Contact Information Tel: +82 61 659 7270 Fax: +82 61 659 7279 E-mail: refaircon@jnu.ac.kr URL: http://refri06.jnu.ac.kr

■ What is Refrigeration and Air Conditioning Engineering?

The Department of Refrigeration Engineering was established in 1988, and was then reorganized as the Department of Refrigeration and Air Conditioning in 2007. Refrigeration and Air Conditioning Engineering studies have become essential to achieving energy efficiency and product optimization. The range of applications includes computer and electronic cooling systems, medical processes and equipment, semiconductor and microprocessor fabrication, and power and energy industries.

Refrigeration engineering plays an important role in manufacturing and production processes, including food preservation technologies (processing, freezing, storage and transportation), to provide sufficient quantities to feed the growing population. Air Conditioning Engineering has been applied to provide and maintain controlled environments in buildings such as offices, houses, and factories (Korea leads the world in small air conditioner exports), as well as other large structures, such as tunnels. In the aviation fields, its application includes human-occupied spaces, aircraft equipment operation, satellites, and space stations. It is also present in manufacturing and fabrication technologies and within pharmaceutical processes to provide controlled atmosphere conditions. The Refrigeration and Air Conditioning industries are developing technical know-how to support the increasing rate of growth in Korea.

The Department of Refrigeration and Air Conditioning Engineering perseveres in its efforts to improve its curriculum and educational environment which international students are also able to study. The Department offers a variety of scholarships to international and domestic students.

■ School of Department of Refrigeration and Air Conditioning at Chonnam National University

The educational goal of the Department of Refrigeration and Air Conditioning Engineering is to cultivate talented thinkers who develop ideas in these fields of engineering. The faculty members teach and train international and domestic students in the design of refrigeration and air conditioning systems, the design of refrigeration plants including chemical processes and food storages, design of energy-saving machines and mechanical systems including heat exchangers, effective use of energy including natural and unused energy, and fundamental theoretical applications of engineering. The Department offers students the best conditions in relation to their study and discipline and life on campus.

The Department aims to cultivate engineers and researchers who are able to contribute to the national development of science, engineering, and industry in the field of refrigeration and air conditioning and other related fields upon graduation.

■ Professors

∙Min-Young Kim, Ph.D.

[Professor, Food Refrigeration Engineering,

kmy@jnu.ac.kr]

∙Jong-Taek Oh, Ph.D.

[Professor, Heat Engineering(Refrigeration

Engineering), ohjt@jnu.ac.kr]

∙Ki-Won Park, Ph.D.

[Professor, Air Conditioning Engineering,

pkw@jnu.ac.kr]

∙Young-Woo Shin, Ph.D.

[Professor, Mechanical Engineering,

(Material Forming), shin5381@jnu.ac.kr]

■ Degree Requirements

The Department prepares students to meet the challenges of new ideas and technical developments in their professional fields. Students are required to earn 140 credits, with 66 credits from core courses and 28 credits from electives over a 4-year period.

Assessment is generally made based on results from exams, homework, and lab assignments.

■ What Do You Study?

Programming

Differential Equations

Fluid Mechanics

Thermodynamics

Electrical Engineering

Refrigeration and Cooling

Differential Mechanics

Heat Transfer

Mechanics of Materials

Physical Chemistry

Electronic Engineering

Fluid Mechanical

Food Freezing Theory

Mechanical Drawing

Air Conditioning Engineering

Machine Element Design

Sanitary Engineering

Design of Air Conditioning Equipment

District Heating and Cooling

Energy Utilizing Engineering

Design of Sanitary Equipment

Refrigeration Engineering

Food Freezing

Refrigeration and Air Conditioning

System Control

Pipe Engineering

Manufacturing Process of Machines

Design of Refrigeration Machinery and

Heat Exchanger

Air Conditioning Equipment

Principle of Refrigeration and Air-Conditioning

Equipment

Principle of Refrigeration and Air-Conditioning

Low Temperature Physics

Exercises of Refrigeration and Air-Conditioning

Design of Refrigeration Equipment

Cold Chain and Equipment

CAD/CAM

Ultra Cryogenic Engineering

Design of Thermal Systems

■ Careers

Graduates may seek careers both in Korea and overseas, in engineering firms, construction companies, industrial refrigeration firms, marine and transportation refrigeration companies, public enterprises, automobile firms, and in the civil service.

	Marine and Civil Engineering	__Contact Information Phone: +82-61-659-7240 Fax: +82-61-659-7329 E-mail: hozilla@jnu.ac.kr URL: http://oce.jnu.ac.kr

■ What is Marine and Civil Engineering?

Civil engineering serves the planning, design and construction of infrastructure, including paths and roads, harbors, airports, bridges, tunnels, power plants, dams and water supply, drainage, and public transportation systems. Traditionally, civil engineering includes the following studies: structural, hydraulic and water resource engineering, geotechnics, surveying, construction materials, transportation, and construction management.

Marine and civil engineering involves the planning and preservation of oceans, the training of interdisciplinary engineers in the field of oceanography, as well as the classical fields of civil engineering. Marine and civil engineering is required in the construction of ocean support structures and IT-related functions.

■ Professors

∙Jae-min Kim, Ph.D.

[Professor, Structural Engineering,

jm4kim@jnu.ac.kr

∙Dae-hyon Kim, Ph.D.

[Professor, Highway and Traffic Engineering,

daehyon@jnu.ac.kr

∙Jung-won Huh, Ph.D.

[Professor, Structural Reliability Engineering,jwonhuh@jnu.ac.kr]

∙Young-sang Kim, Ph.D.

[Professor, Geotechnical Engineering,

geoyskim@jnu.ac.kr]

∙Dong-yeob Han, Ph.D.

[Associate Professor, Geomatics Engineering,

hozilla@jnu.ac.kr]

∙Jong-in Lee, Ph.D.

[Professor, Coastal and Harbor Engineering, jilee@jnu.ac.kr

∙Chang-ho Lee, Ph.D.

[Assistant Professor, Geotechnical Engineering,

changho@jnu.ac.kr]

■ Degree Requirements

Students are required to earn 130 credits, normally over a period of 4 years. Students on average earn 18 credits per semester.

▮ Core Courses

Introduction to Marine Civil Engineering and

Engineering Ethics

Mechanics of Materials and Lab

Surveying and Practice

Structural Mechanics and Lab

Elementary Fluid Mechanics

Soil Mechanics and Lab 1

Hydraulics and Lab 1

Creative Design in Civil Engineering 1

Design of Reinforced Concrete Structure 1

Creative Design in Civil Engineering 2

Civil Engineering Construction

Coastal Hydraulics and Lab

▮ Electives

Engineering Mechanics

Civil Engineering Drawing

Civil Engineering Materials and Lab

Engineering Mathematics

Ocean Surveying and Field Training

Transportation Engineering

Computational Structural Engineering

Soil Mechanics and Lab 2

Design of Steel Structures

Foundation Engineering

Highway Engineering

Hydraulics and Lab 2

Design of Reinforced Concrete Structure 2

Ocean Hydraulics and Experiment

Water Supply and Sewage Engineering

Intelligent Transportation Systems

Surveying Practice

Geology Engineering

Pre-stressed Concrete Structures

Bridge Structure Design

Transportation Facilities Design

Reclamation and Dredging Engineering

Disaster Prevention Engineering

Hydrology and River Engineering

Harbor Engineering

Design Practice for Coastal Structure

Ocean Civil Engineering Construction

Water Resource Design

Rock Mechanics

Remote Surveying

Introduction to Finite Element Method

Design for Soil Structures

Design Practice for Port and Harbor Structure

Offshore Structural Engineering

Students are required to earn 130 credits, normally over a period of 4 years. Students on average earn 18 credits per semester.

■ What Do You Study?

Structural Engineering

Geotechnics

Transportation Engineering/Surveying

Hydraulics/Ocean Hydraulics/Harbor Engineering

■ Careers

Graduates currently play active roles in central and local government organizations (e.g., Ministry of Construction and Transportation, Ministry of Environment), public corporations (Korea Water Resources Corporation, Korea Land Corporation, Korea Highway Corporation), and research institutes (e.g., Korea Institute of Construction Technology). Private companies and corporations dealing with bridges, harbors, roads, and dams require the expertise of environmental engineers. Some graduates go on to graduate school to further specialize in their disciplines in the field of civil engineering.

	Environmental System Engineering	__Contact Information Phone: +82-61-659-7260 Fax: +82-61-659-7269 E-mail: tmd1029@jnu.ac.kr URL: http://environ.jnu.ac.kr

■ Introduction of Environmental System Engineering

Environmental System Engineering provides the solution for the environmental problems such as water and air pollution, waste disposal, and public health issues. Environmental system engineers have knowledge of advanced principles of multidisciplinary engineering, biology, chemistry, and environmental science to protect wildlife and natural resources as well as human life. The important role of environmental system engineers is to support the optimal ways for obtaining safe drinking water, the treatment of wastes, air quality maintenance, water pollution control and remediation of contaminated sites by disposal of hazardous substances. In addition, environmental system engineers can inspect and evaluate industrial and municipal facilities and programs to assess their compliance with environmental regulations. Environmental system engineers can work with environmental scientists, planners, hazardous waste technicians, engineers, and other specialists to address environmental problems in industrial and academic fields.

■ Professors

∙Woo Bum Lee, Ph.D.

[Professor, Water Quality and

Wastewater Engineering, woolee@jnu.ac.kr]

∙Byeong Cheon Paik, Ph.D.

[Professor, Water and Wastewater

Treatment System, bpaik@jnu.ac.kr]

∙Seong Gyu Seo, Ph.D.

[Professor, Air Pollution Control Engineering,

sseo@jnu.ac.kr]

∙Eun Sik Kim, Ph.D.

[Associate Professor, Environmental Materials and Membrane Water Treatment,

eskim@jnu.ac.kr]

∙Min Jin Hwang, Ph.D.

[Associate Professor, Industrial Environmental engineering, vip7080@jnu.ac.kr]

■ Degree Requirements

Students are required to earn 130 credits, normally over a period of 4 years. Students on average earn 18 credits per semester.

■ Curriculum

▮ Mandatory Courses

Hydraulics

Air Pollution Engineering

Water and Wastewater Treatment Engineering I

Environmental Microbiology and Lab

Solid Waste Engineering II

Environmental System Engineering and Design

▮ Selective Courses

Introduction to Environmental Engineering

Unit Operation of Water and Wastewater Treatment

Environmental and Fundamental Lab I

Physical Chemistry for Environmental Engineers

Applied Mathematics for Environmental Engineers

Micrometeorology

Analytical Chemistry and Lab

Hydrology

Solid Waste Engineering I

Environmental and Fundamental Lab II

Air Pollution Management

Air Pollution Treatment and Lab

Planning and Design of Water Supply and

Sewerage System

Water Quality Management and Lab

Water and Wastewater Treatment Engineering II

Instrumental Analytical Methods

Water Supply and Sewage Engineering

Water Quality Engineering PracticeⅠ

Design of Water and Wastewater Treatment Plant

and Lab

Water Treatment Engineering

Solid Waste Management and Lab

Environmental Chemistry

Air Pollution Engineering Practice I

Water Quality Engineering Practice II

Solid Waste Engineering Practice

Marine Pollution

Legislation for Environmental Protection

Air Pollution Engineering Practice II

Water Quality Engineering Practice III

Environmental Safety Engineering

Environmental Impact Assessment

Environmental Project Lab

Resources recycling

■ Future Careers

Environmental engineers find careers in many places, such as the following:

∙ Environmental engineers find careers in many places, such as the following:

∙ Engineering consulting firms that design and construct air and water pollution control systems

∙ Industries that need to treat their air or wastewater discharges

∙ Private and municipal agencies that supply drinking water

∙ Companies that treat and dispose of hazardous chemicals

∙ Companies that operate treatment facilities for municipalities or industries

∙ Government agencies that monitor and regulate waste discharges

∙ Universities that teach and conduct research on environmental control

∙ Private and government laboratories that develop the new generations of pollution control systems

∙ International agencies that transfer knowledge and technology to the developing world

∙ Public interest groups that advocate environmental protection

	Department of Biotechnology	__Contact Information Tel: +82-61-659-7300 Fax: +82-61-659-7309 E-mail: mpo92@jnu.ac.kr URL: http://biotech.jnu.ac.kr

■ What is Department of Biotechnology?

Biotechnology is a broad term that applies to all practical uses of living organisms containing plants, animals, and microorganisms, as well as biological processes created for human benefit. For example, biotechnology is used to produce some valuable foods, pharmaceuticals, tests for diseases, and waste removal. It has made rapid progress over the last quarter of the 20th century. Much of this success is due to the expectation that the development of new technologies can produce various compounds beneficial to the daily lives of human beings and preserve environmental health. It utilizes the sciences of biology, chemistry, physics, engineering, computers, and information technology to develop tools and products that hold great promise and interest.

■ Department of Biotechnology

The Department of Biotechnology, part of the School of Biotechnology, was established in 1991. This department has a vision to be a viable target for students who wish to pursue a degree program in bio-technology, and to undertake and produce research at an international standard.

The department contributes to several undergraduate and graduate programs. The teaching activities in the department are well-supported by dedicated faculty members, responsible for a large number of courses. More specific descriptions can be found online.

■ Professors

∙Myeong-Rak Choe, Ph.D.

[Professor, Food Biotechnology,

mrchoe@jnu.ac.kr]

∙Jin-Man Kim, Ph.D.

[Professor, Molecular Biology,

jinmank@jnu.ac.kr]

∙Jong-Deog Kim, Ph.D.

[Professor, Biological Pharmaceutics,

pasteur@jnu.ac.kr]

∙Seung-Hwan Yang, Ph D.

[Associate Professor, cell technology,

ymichigan@chonnam.ac.kr]

∙Byoung-San Moon Ph D.

[Associate Professor, Stem cell engineering, bsmoon@jnu.ac.kr]

■ Degree Requirements

Students are required to earn 130 credits, and pass qualifying exams or a dissertation.

■ What Do You Study?

▮ Core Courses

Writing

Global English

▮ Biotechnology Major Courses

Microbiology 1

Genetics

Biochemistry 1

Bioindustry 1

Molecular Biology 1

▮ Electives

Bioindustry 2

Food Biotechnology Lab.

Study for Functional capacity of useful materials

Study of Antioxidants

Industrial Microbiology & Lab.

Food Biotechnology 1

Medical Resources

Cell Culture Engineering and Lab

Microbial engineering Lab.

Selected Topics in Biotechnology

Life Pharmaceutics

Biotechnology Information and Patent

Microbial Engineering 2

Microbiology 2

Microbiology Lab

Molecular biology and biotechnology

Stem Cell Engineering

Cell Biology

Molecular Biology 2

Enzymology

Cancer Biology

Neurobiology

Bioenergy Technology

Biochemistry 2

Organic Chemistry 1

Organic Chemistry 2

Fermentation Technology

Genetic Engineering

Microbial Engineering 1

Cell Signaling

■ Careers

Graduates may pursue careers in public or private research institutes, biotech companies, graduate or medical schools, and chemical plants.

	Department of Chemical and Biomolecular Engineering	__Contact Information Tel: +82-61-659-7290 Fax: +82-61-659-7299 E-mail: jhb7025@jnu.ac.kr URL: http://chemeng.jnu.ac. kr

■ What is Chemical and Biomolecular Engineering?

The Chemical and Biomolecular Engineering involves the study and research for the development, design, operation and management of chemical, physical, and bio-processes to provide necessary materials, which are required in cultural living of humans from natural and bio-resources. The integration of chemical and biomolecular engineering fields is a new research field reflecting the trend of fusion technologies in the advanced 21st century. Conventional chemical and biomolecular engineering  deal with crude oil processing, fabrication of plastic and synthetic fibers, synthetic rubber, the separation of gases from air, environmental problems, fertilizers and foods, isolation of isotopes and development of medicines and antibiotics; these studies provide us a wealthier and more comfortable life. The chemical and biomolecular engineering takes a major role in leading the future development through nanotechnology, biotechnology, information technology, energy/environmental technology, as well as the fusion of all these technologies. The study will open the way to substantiate the future technologies in our actual human beings.

■ Department of Chemical and Biomolecular Engineering

The Department of Chemical and Engineering has the educational aim to provide knowledge about the manufacturing processes of bio-chemical products and operations for the conversion of raw materials into final products, as well as to cultivate creativity and a challenging spirit toward new things. To reach this goal, the department presents a curriculum that centers on teaching the basics in chemistry, physics, and biochemistry, which form the basis of natural science and on helping students to experiment and practice. The spectrum of research and educational opportunities in our department also includes biomolecular engineering, biochemical engineering, environmental engineering, chemical reaction engineering, particle technology, electrochemical engineering, semiconductor processing, and polymer and material engineering. The department has produced engineers who have greatly contributed to the nation’s industrial development as sophisticated experts in inorganic and organic industrial fields including petrochemicals, fertilizers, acid-alkali, rubber, synthetic fibers, biosensors, fine chemicals, ceramics and fine polymers.

■ Professors

∙Youn-Sop Kim, Ph.D.

[Professor, Polymer Chemistry,

yskim1@jnu.ac.kr]

∙Ho-Joon Seo, Ph.D.

[Professor, Catalytic Reaction Engineering,

hjseo@jnu.ac.kr]

∙Oh-Yun Kwon, Ph.D.

[Professor, Physical Chemistry,

oykwon@jnu.ac.kr]

∙Hun-Soo Byun, Ph.D.

[Professor, Thermodynamics and Separation     Processes, hsbyun@jnu.ac.kr]

∙Soon-Do Yoon, Ph.D.

[Professor, Process and Control of Chemical Engineering Materials,

yunsd03@jnu.ac.kr]

∙Heon-Ho Jeong, Ph.D.

[Associate Professor, Bio-application

Engineering, jeonghh29@jnu.ac.kr]

■ Degree Requirements

Students are required to earn 140 credits, and pass qualifying exams or a dissertation

■ What Do You Study?

▮ Core Courses

Physical Chemistry 1

Chemical Process Calculation 1

Chemical Engineering Thermodynamics 1

Chemical Engineering Lab 1

Chemical Engineering Lab 2

Chemical Engineering Lab 3

An Introduction to Industrial Chemistry

▮ Electives

Polymer Chemistry

Polymer Materials

Chemical Engineering Fluid Mechanics

Chemical Process Calculation 2

Engineering Mathematics 1

Engineering Mathematics 2

Inorganic Chemistry

Physical Chemistry 2

Organic Chemistry 1

Organic Chemistry 2

Inorganic Material Design

Chemical Reaction Engineering 1

Chemical Reaction Engineering 2

Chemical Engineering Thermodynamics 2

Chemical Plant Design

Chemical Engineering Unit Operation 1

Chemical Engineering Unit Operation 2

Petro Chemical Engineering

Computer Calculation in Chemical Engineering

Chemical Safety Engineering

Transport Phenomenon

Biopolymer

Properties of Polymer

Energetics Seminar

Basic Design of Chemical Engineering

Recent fusion technology and understanding

Chemical Plant Design

Process Dynamics and Control

Process Systems Analysis and Control

Computer Program and Practice of Chemical Engineering

Environmental Chemical Engineering(Project Lab1)

Analytical Chemistry 1

Bioprocess engineering

Biological Chemistry

Bioprocess Engineering

Organic Synthesis Engineering(Capstone Design)

ProjectLab2

■ Careers

Graduates may pursue careers in public or private research institutes, biotech companies, graduate or medical schools, and chemical plants.

	Department of Architecture	__Contact Information Tel: +82-61-659-7330 Fax: +82-61-659-7339 E-mail: msg3457@jnu.ac.kr URL: http://yarchi.jnu.ac.kr

■ What is Architecture?

The Department of Architecture aims to understand the basis of architectural development considering the background of architecture’s comprehensive character, rapid innovation of technology, and recognition of various cultures and values. The department cultivates students’ abilities to think critically and comprehensively. In addition, students are encouraged to understand nature, society, and technology through studies in architecture.

■ Dept. of Architecture at Chonnam National University

Supervisors are assigned to students based on the preferences of both students and faculty members. Faculty members are limited to supervising up to 5 master’s degree candidates and 3 Ph.D. candidates.

Faculty members may not teach more than 2 courses per semester with the exception of jointly taught courses. Students may earn up to 9 credits each semester. Master’s degree candidates must earn a total of 24 credits, of which 12 must be from the department. Ph.D. candidates are required to earn at least 18 credits from the department.

A foreign language examination is required for all graduate students. Students will have to present a thesis plan before submitting the actual thesis. Supervisors will sit on a thesis supervision committee 6 months prior to submission of a master’s degree thesis and 1 year before submission of a Ph.D. thesis.

■ Professors

∙Hyun-tae Kim, Ph.D.

[Professor, Architectural Planning and Design,

htkim@jnu.ac.kr]

∙Joo-seong Jeong, Ph.D.

[Professor,  Architectural Planning and Design,

jsjeong@jnu.ac.kr]

∙Kum-ho Chung, Ph.D.

[Professor, Architectural Planning and Design,

kumho@jnu.ac.kr]

∙Jun Taek Kim, Ph.D.

[Professor, Architectural Design and urban Design, juntaek.kim@jnu..ac.kr]

∙seungwan LIM

[Professor, High Performance Design Lab, swl.gonsw@jnu..ac.kr]

∙Jaehoon BAE

[Professor, Steel Structures, Seismic design,    skycity-bjh@jnu..ac.kr]

■ Degree Requirements

Students are required to earn 160 credits, normally over a period of 5 years. Students on average earn 18 credits per semester.

■ What Do You Study?

Introduction to Architecture

Architectural Design 1

Architecture Expression

Career Plan and Self Understanding

Architectural Design 2

Introduction to Building Structure

Digital Design 1

Architectural Design 3

Environmental Technology

Digital Design 2

History of Western Architecture

Structural Analysis

Architectural Design 4

Theory of behavior in architecture & Barrierfree Space

History of Korean Architecture

Architecture & Society

Architectural Design 5

Architectural Equipment

English  for Architectural Practical

Building Materials

Architectural Design 6

History of Modern Architecture

Site Planning

Digital Design analysis

Architecture and Urbanism

Architectural Structure System

Building Code & Regulation

Architectural Design 7

Architectural Design 8

MethodologyArchitecturalDesign

Construction Technology

Architectural & Design Practice

sustainable  Urban Design

Theory of Contemporary Architecture

Architectural Design 9

Ecological Friendly Buliding System

Architectural Business Planning  & management

Architectural Design 10

Urban Planning practice

History of Oriental Architecture

■ Careers

Students may receive scholarships and funding to pursue educational opportunities overseas. Upon graduation, they may pursue careers in the architecture design sector, architecture construction sector, architecture structure sector, and architecture safety diagnosis office, in public and private institutes, and with public companies such as the Korea National Housing Corporation and Ministry of Construction and Transportation.

	Department of Biomedical Engineering	__Contact Information Tel: +82-61-659-7360 Fax: +82-61-659-7369 E-mail: hyuny@jnu.ac.kr URL: http://bme.jnu.ac.kr

■ What is Biomedical Engineering?

Biomedical engineering (BME) is the application of engineering principles and design concepts to medicine and biology for healthcare purposes. BME is advancing rapidly and producing important innovations that improve the quality of human life. The aim of BME is to create new technologies which can improve the work done in such areas as disease diagnosis, patient monitoring, medical treatment, and lifestyle improvement after illness or injury.

■ Department of Biomedical Engineering at Chonnam National University

The Department of BME at Chonnam National University was established in 2012 as a next-generation growth engine. The BME undergraduate degree program emphasizes engineering design in preparation for employment in biomedical industries and for graduate study.

This department is integrated science including medicine, electronic engineering, computer engineering, mechanical engineering, and a wide range of basic and applied biology knowledge. The courses and academic programs of BME are linked to the biomedical industry that requires substantial overall knowledge and skills.

■ Professors

∙Chang-Moon Lee

[Professor, Molecular Imaging and Therapy, Nanomedicine, Biomaterials, Drug Delivery System, cmlee@jnu.ac.kr]

∙Hangsik Shin

[Associate Professor, Biomedical Signal

Processing, hangsik.shin@jnu.ac.kr]

∙Jihoon Kang

[Associate Professor, Medical Imaging System, jihoon.kang@jnu.ac.kr]

∙Dowon Kim

[Associate Professor, Neuroengineering, Biomedical Signal Processing, dowon.kim@jnu.ac.kr]

∙KangJu Lee

[Assistant Professor, Bio/micro medical devices, Micro/nano fabrication, Functional biomaterials, Regeneration applications, knjulee@jnu.ac.kr]

∙Young-Jin Jung

[Associate Professor, Biomedical signal and Image processing, Intelligent rehabilitation engineering, Brain engineering, yj@jnu.ac.kr]

∙Bo Kyeong Yoon

[Assistant Professor, Biosensor, Nanobiotechnology, Antibacterial agent, Antiviral agent, bkyoon@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 (109 from Department courses and 31 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?

Human Anatomy

Human Physiology

Body structure and Function

Medical Terminology

Digital Fundamentals

Circuit Theory & Practices

Biomaterials

Signals and Systems

Introduction to Biomedical Engineering

Medical polymers

Biomedical Instrumentation

Biomedical Advanced Programming and Practices

Biomedical Digital System Design and Practices

Biomedical Electronic Circuits and Practices

Biomedical Signal Processing and Practices

Biomedical Image Processing and Practices

Biomedical System Design and Practices

Biomedical Programming language and Practices

LabView Programming and Practices

Matlab Programming and Practices

Adcanced VHDL Practices

Brain Engineering

Digital Signal Processing

Microprocessor and Practices

Mobile Programming and Practices

Bionanotechnology

Biosensor Engineering

Biomedical radiology

Hospital Information System

Biomechanics

Biochemistry

Cell Biology

Organic Chemistry

Medical Devices Regulation

Biomedical Equipment and System

Biomedical Optical Engineering

Understanding of Clinical Medicine

Rehabilitation Engineering

Tissue Engineering and Regenerative Medicine

■ Careers

Graduates are employed at universities, in industry, in hospitals, in research facilities of educational and medical institutions, and in agencies for medical devices.

They often serve a coordinating or interfacing function, using their background in both the engineering and biomedical fields. Graduates may also enroll in a graduate program in the field of biomedical engineering.

	School of Healthcare and Biomedical Engineering	__Contact Information Tel: +82-61-659-7360 Fax: +82-61-659-7369 E-mail: hme@jnu.ac.kr URL: http://hme.jnu.ac.kr

■ What is Healthcare and Biomedical Engineering

New diseases are emerging, and the current diseases are also evolving in various ways as society and environment change. Modern medical technology has made remarkable advances in our ability to diagnose and treat these diseases. In recent, a new biomedical paradigm is being born through the unprecedented convergence of information and communication technology (ICT), artificial intelligence (AI), data science biotechnology (BT), nanotechnology (NT), medicine, and pharmaceutics. Healthcare medical engineering is a study that goes beyond existing methods in the future medical industry to suggest new treatment methods for diseases, early prevention of diseases, and a new medical ecosystem that can manage individual health.

■ School of Healthcare and Biomedical Engineering at CNU

School of Healthcare and Medical Engineering aims to train the next-generation advanced medical glocal core experts who will lead the future medical industry. School of Healthcare and Medical Engineering includes Major of Bio-Healthcare and Digital Healthcare. Based on biotechnology and medical/pharmaceutical knowledge, in Major of Bio-Healthcare, students learn the fields of bio-analysis/diagnosis, genetic engineering, pharmaceuticals, cosmetics, etc. to care for the human body. Major Bio-Healthcare aims to nurture talents who lead future healthcare by acquiring new-concept healthcare, and customized precision medicine. Major of Digital Healthcare aims to nurture talents who can provide personalized medical services anytime, anywhere based on future technologies such as medical big data, artificial intelligence, medical IoT, and advanced medical devices.

■ Professors

∙Chang-Moon Lee

[Professor, Molecular Imaging and Therapy, Nanomedicine, Biomaterials, Drug Delivery System, cmlee@jnu.ac.kr]

∙Hangsik Shin

[Associate Professor, Biomedical Signal

Processing, hangsik.shin@jnu.ac.kr]

∙Jihoon Kang

[Associate Professor, Medical Imaging System, jihoon.kang@jnu.ac.kr]

∙Dowon Kim

[Associate Professor, Neuroengineering, Biomedical Signal Processing, owon.kim@jnu.ac.kr]

∙KangJu Lee

[Assistant Professor, Bio/micro medical devices, Micro/nano fabrication, Functional biomaterials, Regeneration applications, knjulee@jnu.ac.kr]

∙Young-Jin Jung

[Associate Professor, Biomedical signal and Image processing, Intelligent rehabilitation engineering, Brain engineering, yj@jnu.ac.kr]

∙Bo Kyeong Yoon

[Assistant Professor, Biosensor, Nanobiotechnology, Antibacterial agent, Antiviral agent, bkyoon@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 (75 from Department courses and 65 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?

Introduction to Healthcare Medical Engineering

Engineering Mathematics

Medical Terminology

Body structure and Function

Ethics for Healthcare & Medical Engineer

Biomedical Instrumentation

Introduction to Computer Programming

Future Healthcare Industry and Innovative Start-Up

Probability and Statistics

Circuit Theory & Practices

Quantitative Analysis

Biomaterials

Biochemistry

Cell Signaling

Genetic Engineering

Virology and Biotechnology

Bio-Optics

Cell and Animal Experiment

Organic Chemistry

Pharmaceutical Instrument analysis and practice

Healthcare Sensor Engineering

3D Bio-Printing and Biofabrication

Immunology

Bioanalytical Instruments

Radiation Measurement Theory and Practice

Medical polymers

Cosmeceuticals

Bioinformatics

Drug Delivery System

Stem Cell Engineering and Bioreactor

BioMEMS

Smart Theranostics

Pharmacological Toxicology

Understanding of Clinical Medicine

Linear Algebra

Signals and System Engineering

Biomedical Programming

Computer System Architecture

Circuit Theory with Practice

Advanced Biomedical Programming

Introduction to Data Science

Digital Signal Processing

Introduction to Opensource

Computer Networks

Microcontroller and Practices

Mobile Programming and Practices

Biomedical Signal Processing and Practice

Medical Pattern Recognition

Biomedical Mechatronics

Introduction to Artificial Intelligence

Digital Health

Medical Data Analysis

Introduction to Deep Learning

Internet of Medical Things System Design and Practice

Introduction to Neuroengineering

Biomedical Image Processing and Practices

Bigdata Engineering

Hospital and Medical Information System

■ Careers

Graduates are employed at universities, in industry, in hospitals, in research facilities of educational and medical institutions, and in agencies for medical devices.

They often serve a coordinating or interfacing function, using their background in both the engineering and biomedical fields. Graduates may also enroll in a graduate program in the field of biomedical engineering.

	Department of Petrochemical Materials Engineering	__Contact Information Tel: +82-61-659-7760 E-mail: cukacuka@jnu.ac.kr URL: https://pcme.jnu.ac.kr

■ What is Petrochemical Materials Engineering?

Petrochemical Materials Engineering is helping solve the world's most daunting challenges in health, energy, and the environment by improving the products that people use every day. Products made from petrochemicals—derived from crude oil and other fossil fuels such as coal and natural gas or from renewable sources such as sugar cane, corn, and other biomass—are found in products as diverse as automobiles, smartphones, computers, clothes, luggage, boats, fertilizers, pesticides, drugs, soaps, paints, flooring, and insulating materials, which are crucial in modern civilization.

■ Department of Petrochemical Materials Engineering at Chonnam National University

The Department of PCME at Chonnam National University was established in March 2021 by new promotion policy of the Korean Ministry of Education for cultivating the future talent by equipping them with the skills required in the upcoming society. With the advent of the 4th Industrial Revolution, the high technologies are becoming ever more sophisticated, and the society we live in now demands different set of skills compared to past generations. The PCME is building the differentiated educational environment to meet future industrial demand and to be conducive making our students competitiveness freely. The PCME comprises the following two majors to foster understanding that is necessary for the development of engineering: petrochemical convergence materials engineering and green chemical process engineering.

■ Professors

∙Hyosung An

[Assistant Professor, Functional polymeric and composite materials, 3D Electron tomography,

hyosungan@jnu.ac.kr]

∙Jihoon Kang

[Associate Professor, Medical Imaging System,

jihoon.kang@jnu.ac.kr]

∙Min Jin Hwang, Ph.D.

[Associate Professor, Industrial Environmental engineering, vip7080@jnu.ac.kr]

∙Han-Seung Jang, Ph.D.

[Assistant Professor, IoT & Machine-to-Machine

Communications, Smart Grid, hsjang@jnu.ac.kr]

∙Chang-Moon Lee

[Professor, Molecular Imaging and Therapy, Nanomedicine, Biomaterials, Drug Delivery System, cmlee@jnu.ac.kr]

■ Degree Requirements

Students are required to earn at least 130 credit (99 from Department courses and 31 from electives), which normally takes four years of full-time study, and pass qualifying exams or a dissertation.

■ What Do You Study?

Fundamentals of petrochemical materials engineering

Artificial Intelligence and Advanced Technologies

Basic Design of Chemical Engineering

Physical Chemistry 1,2

Organic Chemistry 1,2

Chemical Process Calculation 1,2

Materials Science

Basic Experiment Of Chemical Engneering 1,2

Chemical Process Thermodynamics

Process Control

Separation Process

Field Practice for PettroChemical material Engineering

Organic Synthesis

Numerical Analysis in Chemical Engineering

Advanced Materials for petrochemical engineering

Chemical Engineering Thermodynamics

Hybrid Materials for petrochemical material Engineering

Chemical Plant Design

Chemical Process risk assessment

green Chemical Process Design

Green Chemical Process

Catalyst Chemistry

Capstone Design 1,2

Chemical Safety and  Quality Control

chemical electronic materials

Comprehensive Design in Chemical plant

■ Careers

Graduates obtain employment in public research institutes and chemical plants (petrochemical, oil refinery, 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 Yeosu.

	Department of Industrial Technology Convergence Engineering	__Contact Information Tel: +82-61-659-7750 Fax: +82-61-659-7759 URL: https://itce.jnu.ac.kr

■ What is Industrial Technology Convergence Engineering?

The Department of Industrial Technology Convergence Engineering fosters convergence-type talents with humanities imagination and scientific and engineering creativity to lead the era of the 4th industrial revolution for industrial workers who graduated from specialized high schools or late learners.

In addition, a dedicated course for post-learners (lifelong education system) is established and operated to promote regional strategic industry, future new industries, and the development of local communities. We carry out education specialization of education tailored to the industry's demand and field-oriented practical education curriculum. By operating the creative convergence job competency strengthening program of the 4th industrial revolution required by companies and society, we nurture talented people with customized professional knowledge centered on job expansion, re-employment, and second start-up.

In particular, high tech education required for industrial sites in Gwangyang Bay Area and Yeosu National Industrial Complex based on ICT and artificial intelligence is carried out. By educating various courses such as basic competency reinforcement, chemical engineering field competency reinforcement, plant field competency reinforcement, industrial automation field competency reinforcement, etc. it trains professional manpower who can lead the 4th industry and future information society.

■ Major Industrial Technology Convergence Engineering

- Business competency enhancement: A course to cultivate in-depth professional knowledge necessary for self-development and job competency enhancement

- Reinforcement of competence in chemical engineering: A process to understand chemical processes and acquire specialized knowledge applicable to practice

- Reinforcement of plant field competency: A course to nurture practical skills for measurement and control to achieve high efficiency in plant work

- Reinforcement of industrial automation competency: Artificial intelligence and IoT-based industrial automation technology learning and advancement course

■ Degree Requirements

Students are required to earn 130 credits, with 15 credits from core courses, and 33 credits 28 credits from electives over a 4-year. Students are also required to take a graduation exam, and demonstrate proficiency in a foreign language.

■ Professors

∙Gwang-jun Kim, Ph.D.

[Professor, Computer Communication, kgj@jnu.ac.kr]

■ What Do You Study?

General Courses

General Chemistry 1 (3)

Chemistry Laboratory 1(1)

Mathematics 1 (3)

English for Global Communication (3)

Core Courses

Introduction to Industrial Convergence (3)

Basic of Computer Programming (3)

Introduction to Smart Factory (3)

P&ID Practice (3)

Capstone Design for Industrial Technology Convergence Engineering Ⅰ (3)

Electives

Digital Circuit Design (3)

Introduction to Smart Electrical and Eletronic Engineering (3)

Organic Chemistry (3)

Basic Design of Chemical Engineering(Adventure Design) (3)

Introduction to Chemical Process (3)

Petrochemical Industry (3)

Case Studies of Industrial Engineering (3)

Information & Communication Systems (3)

Chemical Safety Engineering (3)

Chemical Safety Engineering (3)

Computer Aided Design of Chemical Engineering (3)

Instrumentation Control Practice (3)

Separation and Purification Process (3)

Industry Safety Engineering (3)

Embedded System (3)

Object-Oriented Programing (3)

Process Operation Practice (3)

Design Engineering (3)

Internet of Things (3)

System Analysis & Design (3)

Quality Control (3)

Introduction to Chemical Process (3)

Production Management (3)

Energy Engineering (3)

Artficial Intelligence and Application (3)

Plant Safety Facility (3)

Filed Practice (3)

Engineering Economy (3)

Engineering Economy (3)

Factory Energy Manegement (3)

Technology and Entrepreneurship (3)

Capstone Design for Industrial Technology Convergence Engineering Ⅱ(3)

Industrial Automation Robots (3)

Product Developement Engineering (3)

■ Careers

Industrial Technology Convergence Engineering majors go on to jobs in precision chemistry, semiconductor chemistry, heavy industries, the petrochemical industry.

- Chemicals and Petroleum companies

- Steel industry company

- Electrical and semiconductor sectors

- Research Institute: Researcher at the Institute of Private Enterprises

- Government Agencies

- Korea Water Resources Corporation, Korea Environmental Corporation, National Institute of Environmental Sciences