unist school and track guide book
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Unist school and track guide book(2013)TRANSCRIPT
School and Track Guide Bookulsan National institute of Science and Technology
UN
IST Scho
ol and Tr
ack G
UId
e Bo
ok
12 Division of General Studies
18 School of Electrical and Computer Engineering
26 School of Mechanical and Advanced Materials Engineering
34 School of Nano-Bioscience and Chemical Engineering
44 School of Design and Human Engineering
52 School of Urban and Environmental Engineering
60 Interdisciplinary School of Green Energy
68 School of Technology Management
CoNTENTS
SCHool and TrACk GUIDE BookUlsan National Institute of Science and Technology
EncountEr
your DrEam
Choose 2 tracks. One must be from your school.
The 2nd may be from any school(your school or another
school). Please be reminded that mastering two tracks is
not for everyone. Careful planning and personal
commitment are required on your part.
EncountEr
your mEntors
All the professors are willing and ready to help you
achieve your dream.
Find the professors who can see your potential and
enhance yourself with them!
EncountEr
your FuturE
Realize your God-given potential by encounter
your future taking on challenges!
May all your dreams for your future be fulfilled beyond
your imagination.
011010 Ulsan National Institute of Science and Technology
UNIST School and Track Guide
Vision & Tasks Goal & sTraTeGies Brief HisTory
inTerdisciplinary educaTion proGrams
2009. Mar. 2 1st Matriculation Ceremony
2009. May. 17 UNIST Opening Ceremony
2010. Mar. 2 2010 Matriculation Ceremony
2010. Jun. The Opening of Super Computing Center
2010. Aug. The Opening of Hans SchÖler Stem Cell Research Center
2011. Mar. 2 2011 Matriculation Ceremony
2011. Sep. 1 Reappointed ad UNIST President, Dr. Moo Je Cho
2011. oct. 20 VISION2030 Proclamation
2012. Feb. 27 2012 Matriculation Ceremony
Curriculum for Arts, Humanities and Social Sciences
• Art and Creativity • Literature and Creativity
• Globalization and Economy • Society and Culture
• Evolution of Civilization • What is I
• Effective Communication • Music and Creativity
Curriculum for leadership Education
• Leadership and Teamwork • Innovation and Entrepreneurship
• UNIST Leadership Program
World-leading university to advance science and technology for the prosperity of humankind
World Top 20University in Science and Technology by 2020
Global Excellenceas a research-oriented University
CreativityMultidisciplinary Study
Globalization
Main Strategies
researchTo provide leading-edge
interdisciplinary research
to create a new paradigm
Education To educate future global
leaders with creativity and
entrepreneurship
academic proGrams
Global Education - All the Classes conducted in English
- Plan to recruit up to 20% of foreign professors and
international students
Creative Education - All the courses are designed with IT-intensive LMS
(Blackboard)
- Discussion-oriented classes with Wi-Fi/Smart Phone/
LMS connected m-campus
Interdisciplinary Education - 7 Schools and 23 Major Tracks
(all the students have to take 2 tracks)
- Mandatory split appointments of faculty between two schools
Take 2 tracks with any combinations
Energy Conv. & Storage
NuclearScience& Eng.
Green Energy Engineering
Electrical and Computer Eng.
ElectricalEng.
Computer Sci-ence & Eng.
Device Physics
Thermal-Fluid & Power Eng.
Mechanical Sys Design &
Manufacturing
MaterialsScience & Eng.
Mechanical and Adv. Material Eng.
Environ. Analy-sis& Pollution control Eng.
Earth Science &
Engineering
Urban Develop. & Engineering
Urban and Environ-mental Eng.
Disaster & Risk Management
Eng.
Integrated In-dustrial Design
Affective & Human
Factors Eng.
Engineering & Sys. Design
Design and Human Engineering
Nanochemical Science
Advancedchemical Eng.
Bioengineering
Nano –Bioscience Chemical Eng.
Biomedical Science
General Management
Tech Mgt / InfoSystem /
Entrepreneurship
Finance / Accounting
Technology Manage-ment
Marketing /Int’l Business
World Top 10University in Science and Technology by 2030
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Introduction
UNIST provides excellence in education with the convergence of Science, Engineering, and
Technology Management. To achieve the educational mission of UNIST, the Division of General
Studies provides programs of Arts, Humanities, and Social Sciences (AHS), information Tech-
nology, Communication, and Languages. We provide the programs to enhance the students’
creativity and leadership as global leaders. The programs are developed tow-folds: all fresh-
men take foundation courses of the theoretical concepts and basic skills of each discipline;
sophomores and advanced students take the advanced courses to develop the ability to solve
actual problems in the real world. With the excellent faculty and outstanding programs, the
Division of General Studies prepares students to work in their majors of Science, Engineering,
and Business Management fields.
Vision
The Stepstone for Your FutureBy utilizing such programs in Division of General Studies, the students can
investigate the world of advanced basic sciences as well as their majors in
engineering and management.
Good education starts from building a strong foundation
Management
English
AHSIT
languagesMath & Science
DIVISIoN oF GENErAl STUDIES
We all welcome you with whole-hearted thanks for visiting the
Division of General Studies.
In order to forge a seamless curriculum based on the philosophy
of technology convergence, DGS provides introductory courses of
basic science, and AHS (Arts, Humanities, Social Science) cours-
es for the first-year students. As a science and technology uni-
versity dedicated to contributing to the prosperity of humankind,
UNIST was founded in 2009 with the mission of cultivating cre-
ative global leaders in the field of Engineering and Techno-Man-
agement. UNIST is also striving to achieve its vision to become a
top 10 leading science and engineering university by 2030.
Specifically, UNIST offers six Science and Engineering and one
Techno-Management program, where students freely select at
least two tracks from any of the schools to form a multidisci-
plinary degree, pursuing academic integration between engi-
neering and business areas. This is planned based on the recog-
nition of the fact that our future depends on the fusion between
various science and technology fields.
Accordingly, the DGS curriculum consists of four base science
courses (Mathematics, Physics and lab, Chemistry and lab, Biol-
ogy and lab) and ten mandatory AHS courses including comput-
er programming and English. The four basic science courses are
mandatory for all students to be well-rounded, no matter which
academic fields they major in. Some AHS courses serve as a
foundation, such as ‘Literature and Creativity‘, ‘Arts and Cre-
ativity’, ‘Music and Creativity’, ‘Sports and Health’ and ‘What
Is I’. Other courses titled as ‘Global Economy’, ‘Society and
Culture’, ‘Evolution of Civilization’, ‘Korean History’ and ‘Effec-
tive Communication’ are offered in order to cultivate creativity,
critical thinking and leadership. All students are required to take
the management courses like ‘Leadership and Teamwork’ and
‘Innovation and Entrepreneurship’. The DGS curriculum aims to
nurture scientists with a management mindset, and entrepre-
neurs with an engineering mindset. The distinctive features of
the DGS curriculum promise to engender students’ creativity
and global leadership.
Both the Korean proverb, “Sandalwood is a tree, even when still
a seed” and Aristotle’s “well begun is half done” emphasize the
importance of starting with a solid educational foundation. The
Division of General Studies is devoted to providing students with
the bricks necessary to build character and wisdom, and turn
what was once an impossibility into reality.
Thank you.
Chair Professor Z. Zenn Bien
Head Of DGS
Message from the DGS Head
diVision of General sTudies
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Z. Zenn Bien
- Head of Division of General Studies
- Smart Home, Assistive Robotics &
Control Theory
- http://zbien.unist.ac.kr
Daehyeon Nam
- Assistant Professor
- Corpus-based language instruction
- http://corpuslab.unist.ac.kr
Minkyu Sung
- Assistant Professor
- Rhetoric of science and technol-
ogy/Political economy of com-
munication
- http://minkyusung.unist.ac.kr
Inkyoung lee
- Assistant Professor
- Piano Performance/ Chamber
Music Performance
- http://piano.unist.ac.kr
JongEun lee
- Assistant Professor
- Violin Performance/Music Peda-
gogy/Chamber Music Coaching
- http://muse.unist.ac.kr
Soo-Hyun Mun
- Assistant Professor
- Modern German History /Western
History
- http://munshyun.unist.ac.kr
Huiyuhl Yi
- Assistant Professor
- Metaphysics of self
- http://huiyuhl.unist.ac.kr
Seung-bae Park
- Associate Professor
- Philosophy of Science / Ethics
- http://nature.unist.ac.kr
kook Joe Shin
- Chair Professor
- Reaction Dynamics in Solution
- http://Shinkj.unist.ac.kr
Hae-Woong lee
- Chair Professor
- Quantum information and Optics
- http://hwlee.unist.ac.kr
Jeongyeon kim
- Assistant Professor
- Second language teaching/learning
- http://jkim1234.unist.ac.kr
Jinsook Choi
- Assistant Professor
- Cultural Anthropology/Language
&Culture
- http://jschoi.unist.ac.kr/
kyong-Mi Paek
- Assistant Professor
- Art & Design, Art Education /
Creative process & practice in
the arts
- http://kpaek.unist.ac.kr
Bradley Tatar
- Assistant Professor
- Cultural Anthropology
- http://btatar.unist.ac.kr
Jin-young kim
- Assistant Professor
- Human Communication/Mass Com-
munication
- http://jyk1234.unist.ac.kr
Sae-ra Yoon
- Assistant Professor
- Russian Literature and Culture/
Comparative Literature
- http://sayoon.unist.ac.kr
professorcurriculummaTH & science
The Math & Science area is designed to provide a solid basic knowledge the
student’s specialities by opening General Science courses like Mathemat-
ics, Physics, Chemistry, Biology, and also make the students to study more
effectively and efficiently by harmonizing theoretical studies and laboratory
works. By following UNIST’s vision, which is completing multidisciplinary
courses, we are opening a course named Introduction to disciplines to pro-
vide sufficient information (each department, open track, and multidisci-
plinary studies, etc) to the students, before they start their specialities.
iT
The IT area is designed to learn applications and potential of IT; and practical
IT skills. The course of Dynamics of IT presents the concept, operation and
application of Information system for business purposes. This course is de-
signed to help students understand and use fundamental Information System
principles, so that they will function more efficiently and effectively as future
knowledge workers and managers. Topics include: Hardware and Software
of computers, Telecommunication and Networks (including the Internet), Da-
tabase Management, E-commerce, Systems development and security.
manaGemenT
Management is focused on cultivating fundamental knowledge of Business
Administration by opening courses like Leadership and Teamwork, Innova-
tion and Entrepreneurship, and Economics.
enGlisH
The main goal of the course is to cultivate fundamental knowledge about Eng-
lish. We are opening Intermediate English and Advanced English courses,
and by using On-line materials and Off-line sessions properly, we are going to
maximize the effectiveness of studying by level and individually.
lanGuaGe
The main goal is to educate global personal by cultivating fundamental
knowledge about languages except English. Open courses are Chinese Foun-
dation, Chinese Forward, and try to increase the students interests through
various teaching methods.
aHs (arTs, HumaniTies & social sciences)
Various AHS courses are offered to increase the creative power of engineer-
ing and business students. In these courses, the students will also acquire
the basic knowledge in AHS areas by the means of discussions, presenta-
tions, and LMS (Learning Management System) which set them apart from
the general education courses at other universities.
free elecTiVe
The field is formed with free elective courses. It should open various courses,
so the students can attend the courses more freely.
unisT leadersHip proGram
The goal of Leadership program is building up students’ character as UNI-
STARS such as honesty, sincerity, cooperative spirit, mutual respect, and
etc. by participating into team activities following a creative planning pro-
cess. It also aims to foster students’ qualities to be leaders such as discus-
sion skills, presentation skills, ability to organize and operate a team, and
mentoring juniors, etc.
descripTion of aHs proGramAHS provides an integrated suite of course offerings in the Arts, Humanities and Social Sciences to complete the degree programs of the engineering and business schools. Through the creative
applications of humanistic knowledge, students learn problem-solving skills and encounter the challenges of critical thinking. Students experience a head-on encounter with the traditions of the En-
lightenment but also with the rapid transformations of today’s information-based society. The AHS curriculum familiarizes students with the intellectual frameworks of the liberal arts and encourages
their application to the challenges of global leadership.
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1 AHS special lecture
2 AHS special lecture
3 AHS special lecture
4 Mathematics Colloquium
5 AHS lecture schedule
6 AHS special lecture
7 AHS special lecture
DGSACTIVITIES
1
2 3
4
5 6
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I grew up watching cool Science Fiction (SF) movies such as,
Star Wars, Back to the Future, Matrix, iRobot, Minority Report,
Avatar and so on. I found out I love all fascinating gadgets, and
learned that it is mainly the Electronics & IT Technology which
enables what we imagine come to life. Also, remember the same
Electronics and IT industry is making our country Korea to be
wealthy and strong. Luckily, I have become an early adaptor for
such technology myself. The School of Electrical and Computer
Engineering (ECE) is the place which provides the very IT Tech-
nology and more. All the fascinating stuffs we see in movies and
daily lives can be realized with the art of engineering learned
in the School of ECE.__In the School of ECE, we focus on three
major engineering disciplines. (1) Electrical Engineering (EE)
track, (2) Computer Science & Engineering track, and (3) Device
Physics (DPH) track. Each of these three tracks is designed to
provide you with the education that is necessary to become a
well-established electrical engineer and beyond. In other words,
ECE education will empower you with knowledge and skills to
enables technologies such as Semiconductors, Smart Phones,
Tablets, Cloud Computing, Robots, Electric Vehicles, and so on!
With our world-class faculty members and advanced education-
al infrastructures, you will love what you learn at ECE. Currently,
the School of ECE at UNIST is one of the fastest growing schools
in the world with 22 faculty members and 7 administrative and
technical staff members. Our faculty members are mostly young
but quite experienced in the major areas of computer and electri-
cal engineering with globally renowned reputation either estab-
lished through world’s most prestigious institutions, research
centers or companies. They will help you to be proud students
of the School of ECE at UNIST that is to be one of the best ECE
program in the world in the near future.
Want to explore something truly exciting? Want to devote your
passion for something that enhances the life quality of mankind?
Want to have the knowledge that will enable your imagination
to be realized?
The answer is Exciting ECE!
Join us in the ECE!
Franklin Bien, Ph.D.
Head, School of Electrical and Computer Engineering
scHool of elecTrical and compuTer enGineerinG
Welcome to Exciting ECE!
The school of electrical and computer engineering at UNIST is
dedicated to educating students in interdisciplinary scholarship
that will serve for our future society.
Our teaching and research take places in interdisciplinary pro-
grams and institutes where traditional departmental boundaries
are things of the past.
Our mission is to provide enabling technologies for the future
way of life through the convergence of electrical and computer
engineering with new nano, bio, and environmental technolo-
gies. Our efforts will bring out exciting new technologies that
will contribute not only to Ulsan’s world-leading automotive,
shipbuilding, and petroleum industries but also to industries and
societies world-wide.
The school of ECE is establishing collaborations with universi-
ties and companies on the other parts of the globe to provide
global environment for education and researches. Come join our
efforts to become a world leading institute in science and tech-
nology.
Introduction
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core courses
Sophomore : Advanced Pro-
gramming, Digital System Lab,
Discrete Mathematics, Data
Structures, Basic Circuit Theory,
Introduction to Programming
Languages, Probability and Intro-
duction to Random Processes
Junior : Computer Organization,
Introduction to Algorithms, In-
troduction to Operating Systems,
Introduction to Database, Intro-
duction to Computer Networks
Senior : Artificial Intelligence,
Computer Graphics, Mobile Com-
puting, Interdisciplinary Project
career paTHs
- Software engineer
- Computer system architect
- Network and database admin-
istrator
- Financial engineer
- IT consultant
- Security specialist
- Venture entrepreneur
- Patent lawyer
researcH areas
Computer Architecture and
System Software
- Computer Architecture
- Compiler
- Database
- Operating Systems
- Parallel and Distributed
Computing
- Scientific Computing
Information Science and Ma-
chine Intelligence
- Artificial Intelligence
- Neural Network and Machine
Learning
- Computer Vision and Image
Processing
- Data Mining
- Natural Language Processing
Computer Networks and Security
- Cryptography and System
Security
- Advanced Wi-Fi and LTE
- Future Internet
- Computer and Communication
Networks
Application Software and Soft-
ware Engineering
- Software Engineering
- Computer Graphics
- Visualization
- Human Computer Interaction
Computation Theory
- Algorithms
- Data Structures
- Programming Languages
- Theory of Computation UNIS
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elecTrical enGineerinG ee compuTer science and enGineerinG cseEE is a field of engineering deals with everything from solid-state devices and designing integrated circuits to developing information and control systems. It focuses on research and development of
IT convergence systems which are capable of enriching the future life of human being to be pleasant, secured, convenient and socially connected.
A broad range of IT technologies in the EE areas are to be proactively merged together to create new benefits with the advent of ubiquitous information society driven by digital convergence.
EE track encourages students and researchers alike to initiate a wide range of interactions among different areas in wireless communications and networking, intelligent control and assistive robotics,
multimedia signal processing, digital/analog circuits design, VLSI design, high speed mixed-signal IC, RF and wireless IC design.
EE track encompasses the experimentation, design, modeling, simulation and analysis of devices, circuits as well as complete systems. The combination of the educational program and the leading
edge testing facilities provides a full cycle exposure from concept to product realization, necessary for a top-notch quality engineer that can bring immediate contributions in both academia and in-
dustries.
While most of people are familiar with computers, not many people have a good understanding of what computer science and engineering (CSE) is really about. Implementation of computer programs
that improve the quality of human life is an important aspect of computer science and engineering, however learning how to write computer programs is not the core discipline of computer science but
just a necessary skill to implement and prove creative and innovative computational logics and ideas in many broad sub-areas of computer science such as algorithms, theoretical computer science,
programming languages, operating systems, databases, networks, computer security, computer graphics, artificial intelligence, and many more. In CSE track, students learn foundational principles of
the core sub-areas of computer science. Having this curriculum, we cultivate the finest computer scientists and engineers that have the ability of conducting highly creative and innovative research
and creating high-quality computing solutions.
core courses
Sophomore : Digital system lab,
Basic circuit theory, Electromag-
netics I, Probability & intro. to
random process.
Junior : Microelectronics I, Sig-
nals & Systems, Microelectronics
II, Intro. to electronic Devices,
Intro. to communications, Intro
to control.
Senior : Interdisciplinary project,
Electronics experiment lab,
Analog integrated circuits, Intro.
to VLSI, Digital signal processing,
Communication systems.
career paTHs
- Professor in academia
- Researcher in various research
institutes
- CEO in various companies
- Communications system
designer
- Robot designer
- Signal processing algorithm
designer
- Circuit designers
- Semiconductor process
engineers
- Computer hardware engineers
- IT analyst
researcH areas
Communications & Networking
- Digital Communication Systems
- Wireless and Mobile Networking
- Ubiquitous Sensor Network
- Next-Generation Internet & Wi-Fi
robotics & Control
- Intelligent Control
- Cognitive Robotics
- Assistive Robotics
- Smart Home Systems
Signal Processing
- Image/Video Processing
- 3D Visual Processing
- Computer Vision
- Audio Processing
- Statistical Signal Processing
- Multimedia Data Compression
Integrated Circuit Designs
- Analog, mixed-mode, RF circuits
- Digital circuits, CAD & VLSI
circuits
- Memory & sensors design
- SoC (System On Chip) design
- Green car and electric vehicle IT
Antenna/Packaging
- 3D IC and packaging
- Smart antennas
- Automotive radars
Electro-magnetic compatibility
(EMC/EMI)
- IC SI/PI
- Electric Vehicle EMC
- Wireless power transfer
- ESD
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core courses
Sophomore : Digital System Lab,
Electromagnetics I/II, Basic
Circuit Theory, Modern Physics
of Materials
Junior : Introduction to Electronic
Devices, Quantum Mechanics I/
II, Microelectronics Lab, Thermal
and Statistical Physics
Senior : Solid State Physics,
Semiconductor Engineering,
Optoelectronics
career paTHs
- Professor and researcher in
academia
- Researcher and engineer in in-
dustry : Semiconductor, display,
telecommunication, oil, medical,
solar energy, automobile,
software
- Researcher in national labo-
ratories
- Researcher and engineer in
defense industry
- Government officials
- Financial analysts : Stock, bank,
investment
researcH areas
Semiconductor Devices &
Materials
- Digital/RF nano-electronic
device development
- Quantum-embedded device
modeling on TCAD
- Non-volatile memory device
(FRAM, RRAM, MRAM)
- Wide bandgap semiconductor
(Power devices)
- Nano-Quantum device physics
- Semiconductor electromagnetic
wave detector
plasma physics & Applications
- Advanced Accelerator and
femto hard X-ray
- Development of a versatile
simulator for beam, plasma,
and wave
Novel Electromagnetic wave &
Device
- Vacuum-based High power THz
source
- THz imaging
- Metamaterials
Compressive Sensing
- A new paradigm for imaging
- Broad applications: THz imaging,
medical imaging, security imaging
deVice pHysics dpHA lot of core technologies and their associated devices, equipments, and giant facilities that have been innovating the human life and leading to the splendid modern civilization, such as public media,
ultra-fast communication, information technology, computers, and energy facilities, are essentially based on fundamental physical mechanisms. During the course of developing these technologies,
physicists and electrical engineers have been taking crucial roles as inventors or initiators. In the Device Physics (DPH) track of UNIST, we aim at educating students to be able to apply the knowledge
of basic sciences to engineering applications so that they eventually become such leaders in ground-breaking future technologies.
The students majoring in the DPH track will learn about semiconductor engineering, display engineering, optoelectronic devices, plasma, RF and terahertz engineering as well as basic courses such
as electromagnetic theory, quantum mechanics, statistical mechanics, solid state physics, optics, etc.
Youngmin kim
- Assistant Professor
- VLSI & CAD, ASIC design
- http://youngmin.unist.ac.kr
Jongeun lee
- Assistant Professor
- Computer Architecture and Compil-
ers for Embedded Systems
- http://ecl.unist.ac.kr
Beomseok Nam
- Assistant Professor
- Data Intensive Computing
- http://dicl.unist.ac.kr/~bsnam
Jae-Young Sim
- Assistant Professor
- 3D Visual Processing, Image
Processing, Computer Vision
- http://vip.unist.ac.kr
Aaram Yun
- Assistant Professor
- Cryptography
- http://aaramyun.unist.ac.kr
Jaehyouk Choi
- Assistant Professor
- Integrated circuits and systems
design
- https://icsl.unist.ac.kr
Young-ri Choi
- Assistant Professor
- Computer Systems
- http://ychoi.unist.ac.kr
kyunghan lee
- Assistant Professor
- Mobile Social Computing and
Networking, Cloud-powered
Networking, Information Centric
Networks
- https://sites.google.com/site/
khanleepage
Seungjoon Yang
- Assistant Professor
- Image & Signal Processing
- http://syang.unist.ac..kr
Z. Zenn Bien
- Chaired Professor
- Smart Home, Assistive Robotics &
Control Theory
- http://zbien.unist.ac.kr
ki Jin Han
- Assistant Professor
- EM modeling, Electromechanics
- http://esdl.unist.ac.kr
Franklin Bien
- Assistant Professor/Head, Director
of GEVRC
- Analog & RF IC design
- http://bien.unist.ac.kr
Jingook kim
- Assistant Professor
- IC & Automotive EMC, RF interfer-
ence, ESD
- https://icemclab.unist.ac.kr
Won-ki Jeong
- Assistant Professor
- Biomedical Image Analysis, Visu-
alization, GPGPU, and Computer
Graphics
- http://wkjeong.unist.ac.kr
Changhee Joo
- Assistant Professor
- Computer and Communication
Networks
- http://netlab.unist.ac.kr
Hyoil kim
- Assistant Professor
- Wireless and Mobile networking
- http://hkim.unist.ac.kr
Jae Joon kim
- Assistant Professor
- Convergence IC design, Mixed-
Mode IC design
- https://csdl.unist.ac.kr
Giljin Jang
- Assistant Professor
- Machine Intelligence & Audio
Signal Processing
- http://gjang.unist.ac.kr
professor
kibog Park
- Assistant Professor
- Wide Bandgap Semiconductor,
Oxide Thin Film, Charge/Spin
Transport at Interface
- http://kibogpark.unist.ac.kr
Eunmi Choi
- Assistant Professor
- High power THz source and device
- http://emchoi.unist.ac.kr
Min Sup Hur
- Associate Professor
- Laser-Plasma based Particle Ac-
celerator and X-ray source
- http://cpl.unist.ac..kr
Tsz-Chiu Au
- Assistant Professor
- Multiagent Systems, Intelligent
Transportation Systems, Autono-
mous Vehicles, and Automated
Planning.
- http://www.cs.utexas.edu/~chiu/
Min-Suk kwon
- Assistant Professor
- Photonic and plasmonic waveguide
devices
- http://mskwon.unist.ac.kr
kyung rok kim
- Assistant Professor
- Nano-Electronic Emerging Devices
& TCAD-based Computational
Semiconductor Device Physics
- http://needs.unist.ac.kr
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What is “Exciting”
2009. 5 The 1st UNIST Expo
2009. 11 The 1st International Workshop on Smart Home System Technology
2009. 12 The 1st International Workshop on Compressive Sensing
2010. 10 IEEK CICS’10 (Conference on Information and Control Systems)
2011. 4 International Workshop on Evolutionary Algorithms
2011. 4 Green Energy Vehicle unified workshop
2012. 1 MOU with Samsung Mobile Display
2012. 2 MOU with LG
2012. 6 International Conference on IT Convergence Technology
You can be the next !!
?
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Mechanical Engineering and Materials Science & Engineering
are pivotal disciplines that are the foundations of Korean indus-
tries and play a predominant role in the economic development
especially in Korea. These disciplines are not only the backbone
of the national core industries, such as the automotive, ship-
building, aerospace, steel, and electronics industries, but are
also at the heart of advanced technologies, such as new elec-
tronic devices, next-generation displays, robotics, energy areas
of solar power & thermal energy, wind power, and geothermal
energy. We firmly believe that the importance of Mechanical
and Science Materials Engineering will be furthered in the years
to come. The MAME at UNIST was born with the founding of
the university and its mission to deliver world-class education
to students and carry out forefront research in the fields of
Mechanical Engineering and Material Sciences & Engineering,
Multidisciplinary research, creativity, and globalization are the
school’s keywords, with which the MAME is fostering the best
talents and leaders and conducting cutting-edge research that
will enhance the global competitiveness of Korea. Being a newly
founded, young university, we will do our best to educate and
research with passion and make every effort to stay abreast of
the world’s premier research universities. We appreciate your
support and encouragement!
Students, Staff, and Faculty of the MAME at UNIST
scHool of mecHanical and adVanced maTerials enGineerinG
Welcome to the School of Mechanical and Advanced Materials Engineering (MAME) at theUlsan National Institute of Science and Technology (UNIST)!
The School of Mechanical and Advanced Materials Engineering
focuses on interdisciplinary, world-class research fields. Me-
chanical engineering performs cutting-edge research on (electri-
cal) automotive, ship-building, MEMS (Micro Electro Mechanical
Systems), robotics, composite materials, precision manufactur-
ing, lasers fabrication, CAD and biomedical devices.
In addition, Materials Science & Engineering is leading a variety
of research fields such as inorganic materials, semiconductor
materials, and organic polymers by combining empirical, theo-
retical and computational approaches.
IntroductionMechanical Engineering
Mechanical Engineering is the most essential discipline in
engineering. It involves the analysis, design, manufacturing,
and control of various systems through a solid understanding
of core concepts including mechanics, dynamics, thermody-
namics, fluid mechanics, materials science, and energy. Me-
chanical engineers use the core principles as well as other
knowledge in the field to design and analyze manufacturing
plants, industrial equipments and machineries, heating and
cooling systems, motor vehicles, aircrafts, watercrafts, ro-
botics, medical devices and more.
Materials Science & Engineering
The field of materials science and engineering is directed to-
wards understanding why materials behave the way they do,
how materials are made, and how new materials with unique
properties can be created. Students will learn specific materi-
als what our daily life is made of such as metals for airplanes
and cars, ceramics for solar cells and light emitting diodes,
semiconductors for transistors, polymers for flexible devices
and get understanding how their structure, from the atomic
level to that of common objects, influences mechanical, op-
tical, electrical, magnetic, and chemical properties. Finally,
students can play a key role in creating a wide range of mod-
ern technologies; from producing high-strength, lightweight
aluminum alloys for new generations of aircrafts to the ad-
dition of a layer of atoms on the surface of materials used in
semiconductor processing.
Mechanical Engineering
Thermo-flulds & Energy
Electronic Materials
Nano & Bioengi-neering
Carbon Materials
Control & Robotics
Ceramic Materials
MechanicsPolymer
Materials
Design & Manufac-
turing
Metal Materials
Materials Science &
Engineering
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core courses
- Solid Mechanics
- Mechanical Drawing and Lab
- Dynamics
- Manufacturing Processes and Lab
- Creative Engineering Design I & II
- Interdisciplinary Project
- Machine Element Design
- System Dynamics and Control
- Applied Solid Mechanics
- Introduction to Finite Element
Method
- Introduction to Plastic
- Introduction to MEMS
- CAD/CAM/CAE
- Optimal Design
- Mechanical Vibration
- Introduction to Sensors
- Acoustics
career paTHs
- Faculty in academic
- Researchers in various com-
panies
- Researchers in national labo-
ratories
- Practicing engineer in industry
- Consultant
- Entrepreneur
researcH areas
- Robotics
- Biomechanics
- Nanomechanics
- Carbon Nanomaterials
- MEMS
- SPM
- Nanofabrication
- Multiscale Machining
- Laser Materials Processing
THermo-fluid & power enGineerinG Tfp mecHanical sysTem desiGn & manufacTurinG sdm“Thermo-Fluid and Power Engineering deals with the world’s most important problems, such as energy, transportation, health, and climate change.”
Automobiles, aircraft, ships, and submarines are designed using the principles of fluid mechanics because they move in a fluid such as air and water; they are propelled by a power-generating device
such as a jet engine or an internal combustion engine, which are all based on the principles of thermodynamics. More than 90% of all the electric power consumed in the world is generated by a funda-
mental thermodynamic power cycle, namely the Rankine cycle.
Thermo-Fluid & Power Engineering is a branch of engineering that deals with important and exciting problems like these, and has numerous applications, such as cooling problems in microchips, light
emitting diodes and data centers; renewable energy such as wind, geothermal and solar energy; biomechanics problems such as cardiovascular flows; micro/nanofluidics (which is one of the key
technologies in biochip research), and heat exchanger design in nuclear power plants.
In the Thermo-Fluid & Power Engineering track, students will learn the fundamental principles of fluid mechanics, thermodynamics and heat transfer, and how these principles are applied to real-world
problems.
Design and Manufacturing directly contributes to elevating the global standard of living Design and manufacturing is a discipline that encompasses the processes involved in converting raw materials
into value-added products The science and technology of design and manufacturing have made dramatic advances on a global scale and continue to have a major impact on the global economies of
the standard of living.
An indispensable part of the field of design and manufacturing is optimal design of mechanical systems, including automobiles, aircraft, power systems, machinery, and their integral components.
In the Mechanical System Design and Manufacturing track, students are educated and trained to learn the underlying principles of mechanical design and manufacturing engineering, and to apply the
knowledge to real-world examples and case studies hands-on.
Disciplines include machine design, advanced materials processing, laser-assisted manufacturing, micro/nano machining, MEMS, biomedical products, controls and mechatronics, acoustics and
dynamics, and tribology.
core courses
- Thermodynamics
- Fluid Mechanics
- Mechanical Engineering Lab
- Heat Transfer
- Interdisciplinary Project
- Applied Thermodynamics
- Applied Fluid Mechanics
- Numerical Analysis
- Internal Combustion Engine
- Mechatronics and Thermofluid
Control
- Combustion
- Air-conditioning and Refrigeration
- Multiscale System Design
- Energy System Design
career paTHs
- Faculty in academic
- Engineers in various companies
- Researchers in national labo-
ratories
researcH areas
- Microfluidics
- Lab-on-a-chip, Bio-chips,
Cell-chip
- BioMEMS
- Aerosols
- Nanofluids
- Computational Combustion,
Propulsion and pollution
- IC Engine
- Multiphysics Simulation
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core courses
- Introduction to Materials Science and Engineering
- Physical Chemistry of Materials I : Thermodynamics
- Physical Chemistry of Materials II : Reaction Engineering
- Introduction to Crystallography
- Materials Laboratory I & II
- Phase Transformation of Materials
- Interdisciplinary Project
- Mechanical Behavior of Materials
- State Physics of Materials
- Modern Physics of Materials
- Metallurgical Engineering
- Thin Film Technology
- Surface Engineering
- Introduction to Semiconductor
- Introduction to Polymer Materials
- Soft Materials Engineering
- Transmission Electron Microscopy
- Dislocation Theory
- Physical Metallurgy
- Electrical Ceramics
- Magnetic Properties of Materials
- Semiconducting Devices
- Semiconducting Process
- Polymer Physics
career paTHs
- College graduates with MSE de-
grees find jobs in steel, aerospace,
automotive,biomedical, chemical,
electronics, energy, consulting,
patent law and telecommunications
industries - virtually any research
field and/or industry that uses
‘stuff ’
-Possible job opportunities in ·Professors in universities
·�Researchers in national laboratories
·Patent Lawers, Researchers
·�Engineers in enterprises such as
Samsung Eectronics, Hyundai Motors,
LG Electronics, POSCO, GS Caltex, Kia
Motors, Hyundai Heavy Industry, S-Oil, SK
Energy, LG Display, LG Chemical, etc
researcH areas
- Graphene
- LED(Light Emitting Diode)
- Polymer Theory
- Organic Semiconductor
- Photonic Devices
- Inorganic Nanomaterials
- Low Dimensional Materials
- Organic/Molecular Electronics
- Scanning Tunneling Microscopy
- Structural Light Alloys
- Metal-Based Biomaterials
- Mulitfunctional Nanocomposites
maTerials science & enGineerinG mseMaterials drive our society and the quality of our everyday lives is improved by revolutionary materials. Materials Science & Engineering is to investigate the relationships that exist between the
structure and properties of materials and to engineer the structure of materials to produce a predetermined set of properties. Materials Science & Engineering is directed towards general concept of
understanding various materials such as metals, ceramics, semiconductors, polymers, carbon-based nanomaterials and so on. This track enables students to understand why materials behave the
way they do, how materials are made, and how new materials with unique properties can be created, by not only macroscopic but also microscopic understanding of materials.
Students will learn about advanced materials based on structural materials covering cars, ships, aerospace, civil, (opto-)electronic materials covering semiconductors, and displays, energy materials
covering solar cells, batteries, superconductors, and supercapacitors, and environmental materials. Finally, students can play a key role in a wide range of modern technologies and industrial fields.
Youngil Youm/ Head
- Chair Professor
- Robotics
- http://youmyi.unist.ac.kr/index.sko
Taesung kim
- Associate Professor
- Microfluidics
- http://ufnm.unist.ac.kr/
Soon-Yong kwon
- Assistant Professor
- Graphene
- http://sykwon.blogspot.com/
Sung Soo Park
- Assistant Professor
- Structural Light Alloys
- http://metalloy.unist.ac.kr/index.
sko
Jaeup kim
- Assistant Professor
- Polymer Theory
- http://home.unist.ac.kr/~jukim/
Myoung Hoon Song
- Assistant Professor
- Organic Semiconductor
- http://opol.unist.ac.kr/index.sko
Jeong Min Baik
- Assistant Professor
- Inorganic Nanomaterials
- http://jbaik.unist.ac.kr/index.sko
Jung-Woo Yoo
- Assistant Professor
- Organic/Molecular Electronics
- http://home.unist.ac.kr/professor/
jwyoo/main/main.htm
Hyung-Joon Shin
- Assistant Professor
- Scanning Tunneling Microscopy
- http://sites.google.com/site/
stmshin
kyoung-Jin Choi
- Associate Professor
- http://choi.unist.ac.kr/index.sko
ki-Suk lee
- Assistant Professor
- http://kisuk.unist.ac.kr
Hyung Wook Park
- Assistant Professor
- Micro/macro-machining
- http://hwpark.unist.ac.kr/index.
sko
Chung Sang Yoo
- Assistant Professor
- Computational Combustion
- http://sites.google.com/site/
crflabs
Joonbum Bae
- Assistant Professor
- Bio-Robotics, Control
- http://jbbae.info
Hoon Eui Jeong
- Assistant Professor
- https://sites.google.com/site/
ubiomimetics/
Zonghoon lee
- Assistant Professor
- Atomic-scale TEM/STEM
- http://zhlee.unist.ac.kr/index.sko
Ju-Young kim
- Assistant Professor
- Multifunctional Nanocomposites
- http://www.jyklab.org/
Sukbin lee
- Assistant Professor
- 3D Generation/Reconstruction,
Characterization and Properties of
(Metallic) Structural Materials
Young-Bin Park
- Assistant Professor
- Composite Materials
- http://ypark.unist.ac.kr/index.sko
Hyungson ki
- Associate Professor
- Laser Materials Processing
- http://ptlresearch.com
Heungjoo Shin
- Assistant Professor
- MEMS
- https://sites.google.com/site/
mnisunist/
Sung Youb kim
- Assistant Professor
- Computational Nanomechanics
- http://www.unist.ac.kr/profes-
sor/sykim
Jaesung Jang
- Assistant Professor
- Microfluidics
- https://sites.google.com/site/
salabunist/
professorMechanicalengineering
professorMaterials science & engineering
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MAME AthlEtic MEEt
Creativeengineering Design Presentation
MAME REsEARch IntERnshIp
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Welcome to the Nano-Bioscience and Chemical Engineering
(NBC) at UNIST. The School of NBC was founded in 2009 with
the primary mission to establish world-leading research groups
in the interdisciplinary areas of Nano-Bioscience and Chemical
Engineering. The goal of the discipline is to advance the funda-
mental understanding of biological and chemical systems, to
broaden the basic knowledge on the molecular interactions in
nano-scale, and to translate into innovative designs and engi-
neering of novel materials, devices, and processes in order to
provide paradigm-shifting solution to the complex issues such
as human health, energy, and environment.
Our goal of education is to prepare the best young students in both
undergraduate and graduate program to be the global leaders in
broad areas which interface with chemistry, biology, materials
science, and chemical engineering. The examples of the industry
that UNIST graduates in school of NBC would create high-impact
value include biotechnology, biomaterials, pharmaceuticals, fi ne
chemicals, catalyst, polymers, electronic devices and materials,
synthesis and processing of chemicals and materials, and envi-
ronmental engineering etc.
The school of NBC faculty, staff, and students also play a key role
for the Research Institute of Biological and Chemical Sciences at
UNIST, of which main trusted areas are “Nanotechnology for Sus-
tainability” and “Integrated Biosystems Dynamics”. The excellent
infrastructures such as Nano Fabrication Center, Hans Schöer
Stem Cell Research Center, UNIST OLYMPUS Biomed Imaging
Center, and In-vivo Research Center support the world-leading
research and education.
The faculties of the school of NBC have been already very suc-
cessful in recruiting highly competitive national grants for group
research; the World Class University (WCU) and Renewable
energy program in 2009 and the prestigious Science Research
Center (SRC) in 2010. The school of NBC started international col-
laboration from its early years. For example, globally-renowned
institutions such as University of California at Irvine, Max Planck
Institute for Molecular Biomedicine, Indian Institute of Technol-
ogy at Kanpur are currently in active collaboration.
The Nano-Bioscience and Chemical Engineering was designed
for an emerging field combining Chemical Engineering principles
with Life Science and Nanotechnology. Students can learn fun-
damental science and engineering principles that can be used to
improve the quality of life on earth and solve the most challeng-
ing issues of the 21st century. The field of Nano-Bioscience and
Chemical Engineering encompasses a wide range of interests
including biomedical and genetic engineering, green energy and
environments, and advanced materials.
Students can achieve in-depth knowledge and hands-on experi-
ence on nano materials and devices, polymers, fine chemicals,
applied molecular chemistry, bioengineering, biomedical en-
gineering, life science, and chemical engineering related sub-
jects.
I encourage you to learn more about Nano-Bioscience and Chem-
ical Engineering at UNIST and be part of the team to make your
dream come true.
Yoon-kyoung Cho
Head, school of Nano-Bioscience and Chemical Engineering
scHool of nano-Bioscience and cHemical enGineerinG
“world-leading research groups in the interdisciplinary areas of Nano-Bioscience and Chemical Engineering” Introduction
Advanced Chemical EngineeringGreen, Environment, Catalysis,
Reaction Engineering, System Design, Colloids,
Thermodynamics
Bio-engineeringBiochip·Sensor, Mo-
lecular Imaging, Drug Delivery System, Medical
Engineering, Biofuels
Nano Chemical Science Physical Chemistry, Organic Chem-istry, Inorganic Chemistry, Material Chemistry
Biomedical ScienceDrug Design, Personalized Medicine, Artificial Internal Organ, Regenerative Medicine, Diagnosis, Therapy, Inoculation Colloids
NBC
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core courses
- Organic Chemistry I
- Physical Chemistry I
- Chemical Reaction Engineering
- Transport Phenomena I
- Introduction to Polymer Science
and Engineering
career paTHs
- Chemical Plant Process
Engineer
- Process Safety Engineer
- Product Engineer
- Manufacturing Production
Engineer
- Professor
- Biomedical Specialist
- Patent Agent
- Project Engineer
- Quality Control Engineer
researcH areas
- Catalysis
- Thermodynamics / Statistical
Mechanics
- Transport Phenomena
- Organic/inorganic nanomateri-
als
- Functional nanodevices/sensors
- Polymer Rheology
- Multiscale Modeling/Simula-
tions
- Molecular Physcis
- Energy materials
core courses
- Organic Chemistry I
- Analytical Chemistry
- Organic Chemistry II
- Physical Chemistry I
- Inorganic Chemistry
career paTHs
- Chemist
- Research Scientist
- Research Chemist
- Analytical Chemist
- Technical Officer
- Product Development Chemist
- Quality Control Scientist
- Patent Agent
- Laboratory Technician
- Technical Writer
- Forensic Technician
- Pharmaceutical Development
and/or Sales
- Product Testing and Analysis.
researcH areas
- Atom and molecule optics (Graz-
ing incidence atom optics)
- Optical force spectrometry
- Sustainable Inorganic Chem-
istry
- Materials for energy and envi-
ronment applications
- Fast dynamics of proteins
- Spectroscopic characterization
of material-based complexes
- Inorganic Nanomaterials
- Nanocatalysis
- Polymer Synthesis, Supramo-
lecular Chemistry, Biopolymers
- Carbohydrates and Biologically
active Compounds
- Electrode materials
nanocHemical science ncs adVanced cHemical enGineerinG aceThe NCS offers a through knowledge in all areas of chemical science including organic, inorganic, physical, biological chemistry and nanosciene. In addition to gaining chemical concepts, students will
have an improved capacity to think creatively and logically while carrying out their research as research interns and undergraduate researchers. Apart from computing/lab skills, NCS track students
will learn the value of collaboration and teamwork as a part of a group from the lectures and research experience. A large number of students pursues their graduate degrees, MS and Ph.D in chemistry
and related areas to be a world-leading professional in academia and research institutions.
A chemical process is a combination of steps, in which starting materials are converted into desired products using equipment and conditions. ACE track provides a challenging curriculum including
thermodynamics, synthetic chemistry, biotechnology, environmental health and safety industry, and reaction engineering, Chemical engineers are involved in manufacturing, research, education,
process design and development, and marketing.
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core courses
- Biochemistry I
- Biochemistry Laboratory
- Molecular Biology
- Cell Biology
- Anatomy and Physiology
career paTHs
- Research Scientist
- Pharmaceutical Developers
- Clinical data analyst
- Health care specialist
- Forensic science professional
- Biomedical Specialist
- Business analyst
- Biotech Engineer and/or
Manager
- Biotech and/or Biomedical
Company CEO
- Bioinformatics developer
- Quality Control supervisor
- Patent Agent
- Project Manager
- Biotech sales specialist
- Laboratory supervisor
- Technical Writer
researcH areas
- Cancer research
- Aging and degenerative
diseases
- Stem cell research
- Inflammatory diseases
- Diabetes and metabolic
diseases
- Immunology
- Calcium signaling and dynamics
in disease
- Neurological disorders
- Structural biology
- Bioinformatics
- Developmental Biology
core courses
- Biochemistry I
- Biochemistry Laboratory
- Chemical Reaction Engineering
- Transport Phenomena in Bio-
logical Systems
- Nano-Bioengineering
career paTHs
- Research Scientist
- Bioengineering Technical Of-
ficer or Specialist
- Process and Product Engineer
and/or Manager
- Pharmaceutical Developers
- Biomedical Specialist
- Biotech Engineer and/or
Manager
- Biotech and/or Biomedical
Company CEO
- Quality Control Scientist and/
or Engineer
- Patent Agent
- Project Manager
- Laboratory Technician
- Technical Writer
researcH areas
- Biosensing and imaging
- Micro/Nanofluidics & Lab-on-
a-chip
- Optics & medical diagnostics
- Biomedical & tissue engineering
- Soft matters
- Protein & biomolecular engi-
neering
- Biopolymers and supramolecu-
lar assembly
- Drug delivery systems
- Biocompatible materials
- Synthetic biology
- Systems biology
- Biofuels
- Applied microbiology
BioenGineerinG Ben Biomedical science BmsBioengineering (BEN) applies concepts and methods of physics, chemistry, life science, mathematics, and computer science to solve problems in life sciences, using engineering’s own analytical and
synthetic methodologies. Bioengineering uses physical and mathematical sciences to analyze, design and manufacture inanimate tools, structures and processes as well as the rapidly-developing
body of knowledge known as molecular biology and biomedical science, to study many aspects of living organisms. The main fields of bioengineering include biomedical engineering, biomimetics,
biotechnology, cell and tissue engineering, genetic and metabolic engineering, and bioenergy and bioprocess engineering. The Bioengineering track provides not only a number of pertinent courses
which cover broad range of basic science and practical engineering, but also practical experience through in-depth discussions and laboratory experiments.
BioMedical Science undergraduates often go into careers related to their discipline, ranging from basic science researcher studying fundamental problems in life science to clinical data managers
analyzing variety of information from human disease research. The most abundant employment opportunities are provided by government-funded research institutes, university research centers,
medical research institutes, and industrial biomedical research laboratories. Many undergraduates go to higher level education, MS and Ph.D. degree program, to enhance their research capabilities
and employment.
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Sung kuk lee
- Assistant Professor
- Biofuels, Synthetic Biology
- http://sites.google.com/site/
skleelab/
Yung Sam kim
- Assistant Professor
- Ultrafast 2D IR Spectroscopy, Fast
Protein Dynamics, Peptide-Solvent
Interaction
- http://kimys.unist.ac.kr/
Ja-Hyoung ryu
- Assistant Professor
- Cancer Drug Delivery, Cancer Im-
aging, Stimuli-Sensitive Polymer,
Supramolecular Assembly, Organic
Chemistry, Synthetic Peptide As-
sembly
- https://sites.google.com/site/
jahyoungryu2/
Woonggyu Jung
- Assistant Professor
- Optical imaging, Fiber optic sensor,
Early disease detection, Wound-
healing monitoring
- https://www.sites.google.com/
site/tblunist/
Bum Suk Zhao
- Assistant Professor
- Atom and Molecule optics,
Physical Chemistry, Optical Force
Spectrometry
- http://amol.unist.ac.kr
Wonyoung Choe
- Associate Professor
- Metal-Organic Frameworks for
Sustainable Materials Chemistry:
Gas separation, optical sensors,
stimuli-responsive materials,
oxygen reduction reaction, and
heterogeneous catalysis
- https://sites.google.com/site/
thechoegroup/
Jang Hyun Choi
- Assistant Professor
- Obesity, Diabetes, Metabolic Syn-
drome, Signal Transduction, Global
Gene Expression
- https://sites.google.com/site/dia-
betesandmetabolism/
Chang Young lee
- Assistant Professor
- Nanomaterials, Neuroengineering,
Analytical Chemistry
- https://sites.google.com/site/
cyleegroup/
Sang kyu kwak
- Assistant Professor
- Molecular Modeling and Simula-
tion, Statistical Mechanics and
Thermodynamics, Molecular
Physics
- http://home.unist.ac.kr/professor/
skkwak/
Pann-Ghill Suh
- Professor/Dean of Planning &
Research
- Dean of Academy-Industry Cor-
poration, Signal transduction on
metabolic diseases cell differentia-
tion (cancer &stem cells)
- http://home.unist.ac.kr/professor/
pgsuh/
Hans r. Schöler
- Chair Professor
- Establishment of Pluripotency Dur-
ing Development
- http://www.mpi-muenster.mpg.de/
en/index.html
Yoon–kyoung Cho
- Associate Professor/Head
- Lab-on-a-chip, Biosensors, Sur-
faces and Interfaces, Microfluid-
ics, Nanorheology
- http://sites.google.com/site/yoon-
kyoungcho/
Byoung Heon kang
- Assistant Professor
- Cancer biology, Cell death
pathway, Mitochondrial biology,
Anticancer drug development
- http://sites.google.com/site/
mitomed/
Chan Young Park
- Assistant Professor
- Calcium Signaling, Drug Discovery,
Molecular Cell Biology, Immunol-
ogy, Neurobiology.
- http://home.unist.ac.kr/professor/
cypark/
kyung-Tai Min
- Professor
- Molecular and Cellular Neurobiol-
ogy: mitochondrial dynamics, neu-
ronal polarity, - - dendritic spine
structure, local protein synthesis
Chang Wook lee
- Assistant Professor
- Structural biology, Protein bio-
chemistry and X-ray crystallogra-
phy, Cellular biophysics, Membrane
fusion and fission, Aging
- http://sites.google.com/site/
changwooklab/
Cheol-Min Ghim
- Assistant Professor
- Syntheitc Biology, Stochastic Bio-
chemistry, Molecular Evolution
- http://sites.google.com/site/
qbiounist/
Chunggi Baig
- Assistant Professor
- Multiscale Modeling and Simulations
of Polymer/Bio/Nano-photonic Ma-
terials, Rheology of Macromolecular
Fluids and Constitutive Modeling,
Nonequilibrium Thermodynamics/
Statistical Mechanics
- https://sites.google.com/site/
chunggibaig/
Dougu Nam
- Assistant Professor
- Bioinformatics, Systems Biology,
Applied Statistics
- http://sites.google.com/site/
bigunist1/
Hyunhyub ko
- Assistant Professor
- Functional Nanomaterials and
Devices, Organic/Inorganic Hybrid
Nanostructures
- http://sites.google.com/site/
hkolab/
HyungJoon Cho
- Assistant Professor
- Cancer Imaging, MRI/PET method
Development, Emerging Imaging
modalities
- http://sites.google.com/site/
bislabunist/
Hyug Moo kwon
- Professor
- Transcriptional regulation in
inflammatory diseases
- http://sites.google.com/site/
triilabunist/
Jang-Ung Park
- Assistant Professor
- Flexible and Stretchable Electron-
ics, High-Resolution Printing,
Bioimplantable Medical Device
- http://home.unist.ac.kr/professor/
jangung/
kyoung Taek kim
- Assistant Professor
- Polymer Synthesis, Supramolecu-
lar Chemistry, Biopolymers
- http://home.unist.ac.kr/professor/
ktkim/
Sang Hoon Joo
- Assistant Professor
- Inorganic Nanomaterials, Energy
Materials, Catalysis
- http://sites.google.com/site/
shjoogroup/
Sung You Hong
- Assistant Professor
- Organic and Inorganic Synthesis,
Carbohydrate Chemistry,Medicinal
Chemistry, Catalyst and Coupling
reactions
- http://sites.google.com/site/
syhorginorg/
robert James Mitchell
- Associate Professor
- Applied Microbiology, Biofuels,
Predatory Bacteria, Toxicogenom-
ics, Bioremediation
- http://sites.google.com/site
aemlab/
Jeong Beom kim
- Assistant Professor
- Regenerative Medicine, Stem Cell
Biology, Developmental Biology,
Neurology
- http://sites.google.com/site/unist-
bml/professor
Sebyung kang
- Assistant Professor
- Protein Engineering, Bio-Inspired
Nanomaterials Synthesis, Protein
Mass Spectrometry
- http://sites.google.com/site/pro-
teinnanobio/
Yoonkyung Do
- Assistant Professor
- Cellular and Molecular Immunol-
ogy, Dendritic Cell Immunobiology,
Vaccine Development
- http://www.unist.ac.kr/profes-
sor/doyk/
Joon Hak oh
- Assistant Professor
- Organic Semiconductors, Polymer
Nanomaterials, Organic Solar Cells,
Organic Transistors, Sensors,
Graphenes.
- http://sites.google.com/site/
unistoel/
Tae Joo Park
- Assistant Professor
- Molecular mechanisms for the
morphogenesis during vertebrate
development
- http://sites.google.com/site/unist-
morphogenesis/
professor
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Special lecture by Dr. John b. GurDon
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Welcome to the UNIST Trans-disciplinary Design Hub!
Founded in 2009, the School of Design & Human Engineering
(DHE) at UNIST offers higher education and research programs
in 3 major disciplines (Integrated Industrial Design, Affective
and Human Factors Engineering, and Engineering & Systems
Design). By close and active collaboration between faculties,
and with systematic support from the university, the DHE aims
to establish strong interdisciplinary educational and research
programs that combine all 3 areas.
To achieve our goal of becoming a leading design school not
only in Korea but also globally, we build state-of-art design fa-
cilities and invite world-renowned professors with outstanding
research records and industry experience. We also recruit tal-
ented students from around the world who are ready to enjoy
the challenges and unique opportunities that our program can
offer.
We help our students become creative designers and engineers
who can exercise designerly way of thinking and engineering in
every problem they face, and create innovative and efficient so-
lutions to help others and change the way we live.
My colleagues and I are very much committed to this mission.
If you are interested, do not hesitate to contact us. Let us know
how the DHE at UNIST can help you.
SeonHee Jung, Assistant Professor
Head, the School of Design & Human Engineering
scHool of desiGn andHumanenGineerinG
Welcome to the UNIST Trans-disciplinary Design Hub!
“Creativity is the heart of the matter!”Dr. Myun Woo lee, Chair Professor, DHE
Introduction
The School of Design and Human Engineering (DHE) focuses
on theoretical and practical studies related to innovative de-
sign creation by investigating human physical, cognitive and
emotional needs. The DHE emphasizes synthetic thought pro-
cesses that require interdisciplinary and convergent knowl-
edge from (but not limited to) art, engineering and the cultural
& natural sciences.
The DHE provides three specialized tracks - Integrated In-
dustrial Design (IID), Affective & Human Factors Engineering
(AHE), and Engineering & Systems Design (ESD) including
color science. A wide range of curricula develops students as
global experts performing creatively in diverse areas across
design and engineering.
The DHE deals with the full process of product/system design
development. In collaboration with other disciplines, the out-
comes of class projects are combined and synthesised within
a product to be produced. We aim to make a product/system
which can be applied to the real business world and encour-
age our students to start their own new business models.
Vision
The educational vision for the DHE School is to educate “21st century Leonardo da Vincis for
a new renaissance era” with a novel interdisciplinary educational and research paradigm for
Design-Engineering integration.
“Designed by UNIST, Made in UNIST”
To educate New Design Paradigm leaders
21C Leonardo Da Vinci
To develop “UNIST Trans-Disciplinary Design Hub”
Convergent design engineering venture valley
(education + research + industry + business)
IID
AHE AHE
ESD ESD
DHE
Advanced
Research
Product
Planning
Aesthetic
Design
Engineering
Design
Evaluation Manufacturing
Design & Human Engineering
Integrated
Industrial Design
(IID)
Engineering &
Systems Design
(ESD)
Affective &
Human Engineering
(AHE)
Design
Thinking
Research-OrientedVS.
Practice-OrientedProgram
Tech-Design Venture
Design by DHE Made in UNIST
Global Academic Industrial Collaboration
UNICIAD
IntegratedResearch+Education
+Practice
6+3+αCurriculum Path(Double Major)
100% English Lecture/Global Internship
Global Mind
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core courses
- Design Thinking
- Creative Design
- Introduction to Human Factors
Engineering
- Engineering Psychology
- Experimental Design
- Work Measurement & Method
- Usability Engineering
- Safety Engineering
- Interdisciplinary Project
career paTHs
- Product/system planning, en-
gineering design or evaluation
departments
- UI/UX consulting
- R&D centers in global engineer-
ing companies
- Research institutes and schools
researcH areas
Ergonomic Design, Engineering
and Evaluation
- Ergonomic Product Design /
Engineering
- High Touch Design
- Workplace/Workspace Layout
- Usability Engineering
- DHM
Human Interaction research
- PUI / HMI / HCI / BC
Physical Human Factors Engi-
neering
- Workplace Layout
- Biomechanics
- WMSD / Safety
Cognitive Human Factors Engi-
neering
- HCI
- Cognitive Task Analysis
- Cognitive Process Modeling
inTeGraTed indusTrial desiGn iid affecTiVe and Human facTors enGineerinG aHeStudents develop the ability to deal with design language and the principles of form development for industrial product design based on systems of mass production. The IID track is also designed to
foster designers that will lead innovative product development and differentiation through an education spanning the entire process of product development in industrial systems and the business en-
vironment. In the competitive global business world and high concept society, students will find their place as integrative design thinkers, who are able to integrate user centered design and scientific
methodology in design, adding creative value to business.
Students learn the basic knowledge and functions of human physical, perceptual, cognitive, affective systems, experimental design, color engineering, usability engineering, user experience engi-
neering, and systems engineering approaches. Affective engineering focuses on understanding the effects of various stimuli on humans (especially their perception and cognition), quantifying human
emotions, and applying such knowledge to product/system design, engineering and evaluation. Human factors engineering, based on a systems approach, applies what is known about human behavior,
anatomy, physiology, and perceptual / cognitive / affective processes to the planning, design, engineering and evaluation of products, technologies, systems, and work methods / environments.
core courses
- Design Thinking
- Creative Design
- Design Elements and Principles
- Design Knowledge and Skill
I & II
- Product Design Fundamentals
- Product Design I & II
- Design System
- Interdisciplinary Project
career paTHs
- Design, marketing and planning
specialists in global companies
- Design firms and agencies
(private, public)
- Research institutes and schools
researcH areas
Product Design Engineering
- Integrated product development
- Design theory and methods
- Innovative product design
process
- Digital design
Interaction Design
- Human-centered design
- User-Experience Design
- Emotional Design
Strategic and Service Design
- Strategic design
- Design for services
- Design Management
- Design for social innovation and
sustainability
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core courses
- Design Thinking
- Creative Design
- Introduction to Engineering
Design
- System Control
- Design for X
- Engineering Design Methods
- Engineering Design Project
- Manufacturing System Design &
Simulation
- Mechanical Drawing and Lab
- Interdisciplinary Project
career paTHs
- Automobile/aerospace/ship-
building/IT industries
- Research institutes and schools
- IT consulting firms
- Design management agencies
and firms
researcH areas
Engineering design theory &
tools
- Zero-defect&self-resilient
systems
- System modeling & analysis
- System optimizations
- PLM / DFX
- Digital design tools (VR/AR)
Mechatronics
- Intelligent system control
- Vehicle electronics & DVI
- Embedded systems
Manufacturing systems engi-
neering
- Human in systems
- Self-reconfigurable systems
- Digital manufacturing
- CAD/CAM/CAE/RP-RE
enGineerinG and sysTems desiGn esdESD provides students with systematic and innovative approaches to modern engineering design problems that require an in-depth understanding of scientific analysis and engineering synthesis,
while always encouraging collaborative creativity. In particular, the program offers advanced education and practical training for students to become skilled at the logical and systematic synthesis and
analysis processes, through which basic science principles, engineering technologies and creative/innovative ideas are translated into products, process and other systems in reality. Furthermore,
the program teaches students how to plan and manage the entire product development process. This will prepare students to succeed not merely as engineering designers but also as design manager
who are capable of driving new product development projects.
Seonhee Jung
- Assistant Professor/Head
- Strategic Design
- http://shjung.unist.ac.kr/
Myun W. lee
- Chair Professor
- High Touch Design
- http://mwlee.unist.ac.kr/
Youngshin kwak
- Assistant Professor
- Affective Engineering
- http://yskwak.unist.ac.kr
Gyouhyung kyung
- Assistant Professor
- Human Factors Engineering
- http://idealab.unist.ac.kr
Duckyoung kim
- Assistant Professor
- System Design
- http://dykim.unist.ac.kr/
kwanMyung kim
- Assistant Professor
- Product Design Engineering
- http://home.unist.ac.kr/professor/
kmyung/
Namhun kim
- Assistant Professor
- Adaptive Process Engineering
- http://nhkim.unist.ac.kr/
Shuping Xiong
- Assistant Professor
- Ergonomic Design,
Applied Biomechanics
- http://shxiong.unist.ac.kr/
Gwanseob Shin
- Assistant Professor
- Ergonomics, Biomechanics
- https://sites.google.com/site/
gsshin/
Joonsang Baek
- Assistant Professor
- Product-service system design,
sustainable design
- http://desis.dothome.co.kr/
James A. Self
- Assistant Professor
- Design Practice
- http://dpr.unist.ac.kr
Ian oakley
- Assistant Professor
- Human-Computer Interaction
- http://ianokley.unist.ac.kr
Sooshin Choi
- Visiting Professor
- Product design
professor
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IntervIews wIth students
Three of us, the 2nd honorary ambassador of the Design & Human
Engineering school, are all enrolling on to 2 tracks at the DHE. We
have been working in this position since January of 2012, when
our senior students recommended us to the job. They choose us
among other undergraduates because of our enthusiasm and our
love for our school, The School of Design & Human Engineering.
Because we have never done this kind of job before, we were
worried at first, but have pride in what we did. So for the last 10
months, we have had the chance to show and tell others about
the schools fascinating courses and the exciting activities that
we do during the course of the whole year. And by doing so, we
were also able to get to know the place where we spend most of
our school year. Although we graduated high school 3 years ago,
we got to know how much we have changed since graduation. We
would not have been able to understand this change if it was not
for our honorary ambassador role at the school.
Of course, another job was to tell the undergraduates, who did not
know about our DHE, all about the school. Doing all this activity
made us tired during the semester, because we also needed to
study, but by having the chance to meet all the interesting people
in the DHE, it gave us the strength to go on. For almost a year now
we have worked in this role. As it is both a great opportunity to
get to know more about our school and a huge responsibility, we
really recommend undergraduate, who have a love of the DHE, to
become the school’s 3rd honorary ambassadors.
2
3
RecentActivitiesin DHe1. DHE Interior Design
Renovation(2011.6.10) - TD Room,
Interaction Room and Lobby Area
2. Interdisciplinary Design
Workshop(2012.7.23) - Invited
Prof. Henri Christiaans from Univ.
of TuDelft
3. ‘Explore at UNIST DHE School’
Program Organized by Joong-
ang Newspaper Co. & JTBC
Broadcasting Co. (2012.6.2)- 110
middle and high school students
Participated
1
DHE Student Ambassadors’ Interview
Memorandum of Understanding (MoU) with
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There are lots of things to do in this world, but what about
being indulged in studying Urban and Environmental Engi-
neering? On behalf of the School of Urban and Environmental
Engineering(UEE) at UNIST, I would like to take this opportunity
to welcome you to our School of UEE. Your interest, enthusiasm,
and participation are the strong engine to move forward the aca-
demic programs of our School of UEE.
Growing demand of food, energy, water, and housing driven by
the exploding world population has caused serious environ-
mental issues including global climate change. Sustainability is
becoming a top requirement for adopting any newly developed
technologies, which need to be in a way to minimize adverse im-
pacts on the natural environment and at the same time keep the
mankind ever more prosperous.
“A better environment, a better life” is the motto of the UEE
and our dedicated commitment to the society. Meeting with the
critical need from the society, the School of UEE is designed to
develop convergence technologies for preserving the natural
environment and improving the quality and safety of our lives in
the built environment. As a part of UNIST, a leading research-
oriented university, we are dedicated to seriously take the chal-
lenges from our built and natural en
scHool of urBan and enVironmenTal enGineerinG
Welcome to the UNIST School of Urban and Environmental Engineering“A Better Environment, A Better life”
vironments and address many important crosscutting issues
arising from them.
The Shool of UEE provides four important inter-disciplinary
tracks (programs) on Environmental Analysis & Pollution
Control Engineering(PCE), Earth Science & Engineering(ESE),
Urban Development Engineering(UDE), and Disaster & Risk
Management Engineering(DRE) for the undergraduate and
graduate level students. Our discipline is based on the con-
ventional engineering programs of the Earth Science, Environ-
mental Engineering, Civil & Urban Engineering, and Risk Man-
agement, and our goal is to integrate and crystallize them.
Steve Jobs, the former Apple CEO, said “You’ve got to find
what you love”. With no hesitation, I strongly recommend
that the area of UEE is what you would love to indulge in. We
are looking forward to seeing your active participation in the
education and research activities of our school in the near
future.
Thank you very much.
Sustainable & resilient Future City
Sustainable Citymeets the needs of the present
without compromising the ability
of future generation’s needs
resilient Cityhas capacities for absorbing and
counter-acting future shocks and
disasters to its social, economic
and infrastructural systems
Urban DevelopmentEngineering
Earth Science and Engineering
Environmental Analysis &
Pollution Control Engineering
Disaster & Risk Management Engineering
Introduction
The school of Urban and Environmental Engineering (UEE) at
UNIST provides a unique interdisciplinary educational program
merging environmental engineering, earth science, urban de-
velopment engineering, and disaster & risk management engi-
neering for the future sustainable and resilient urban built envi-
ronment against various natural and men-made hazards.
The field of UEE provides humans with infrastructure related
to housing, industry, and transportation, which are needed for
our daily life and industrial activities. In this field, UNIST aims to
nurture intellectuals who can develop cutting-edge technolo-
gies associated with UEE. As such, we are striving to improve
human welfare by carrying out research related with improv-
ing and protecting nature while, and at the same time, seeking
to develop methods to efficiently handle urban issues. In this
school of UEE, professors are educating students to gain basic
knowledge related to UEE at the fundamental level and practi-
cal insight into the real problems in our environment and urban
society.
Chung-Bang Yun, Ph.D.
Head, School of Urban and Environmental Engineering
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core courses
- Global Environment
- Introduction to Environmental
Engineering
- Atmospheric and Ocean Sci-
ences
- Environmental Thermodynamics
- Climate Dynamics
- Air Pollution
- Earth Environment Numerical
Analysis
- Environmental Chemistry
- Atmospheric Chemistry
- Hydrology
- Introduction to Remote Sensing
- Air Pollution Control
- Climate Change Engineering
career paTHs
National research Institutes
Korea Institute of Science and Technology, Korea Aero-
space Research Institute, National Institute of Environ-
mental Research, Korea Institute of Energy Research,
Korea Institute Geoscience and Mineral Resources,
Korea Institute of Ocean Science & Technology, etc.
Government and Public offices
Ministry of Environment, Ministry of Land, Transport,
and Maritime Affairs, Korea Meteorological Adminis-
tration
National Companies
Korea Water Resources Corp., Korea National Oil Corp.,
Korea Gas Corp., Korea Resources Corp.
Private Companies
Samsung, LG, SK, Hyundai, POSCO, Korean Air, Asiana
Air, Weathernews, K-Weather
Academia and Universities
reasearcH areas
Climate and Environmental Monitoring
Air Pollution and Long-range Transport of Pollutants, Satellite
Remote Sensing, Atmospheric Monitoring of Persistent Organic
Pollutants
Climate Prediction and Modeling
Development of multi-scale
climate prediction models,
Climate and Environmental
Prediction for Future Climate
Change, Forecasts of Hazard-
ous Weather and Typhoon,
Climate Dynamics and Theory
Climate Change Mitigation
Carbon Capture & Storage, Air
Pollution Control, Application
of Gas Hydrates to Energy and
Environment
core courses
- Introduction to Environmental
Eng
- Water Pollution
- Water Treatment Engineering
- Water & Wastewater Engineer-
ing
- Wastes Management
- Environmental Chemistry
- Environmental Bioprocess
- Environmental Remediation
- Analysis of Pollutant
- Aquatic Chemistry Laboratory
career paTHs
National research Institutes
National Institute of Environmental Research, Korea Institute of Science
and Technology, Korea Institute of Construction Technology , Korea
Environment Institute, etc.
Government Branches
Ministry of Environment, Ministry of Land, Transport, and Maritime Af-
fairs, Ministry of Public Administration and Security, etc.
Public Corporations
K-water, Korea Environment Corporation
Private Corporations
Samsung Eng, Hyundai Eng, Hyundai E&C, SK E&C, Doosan Eng, GS E&C,
POSCO E&C, Daewoo E&C, Woongjin Coway, Woongjin Chemical, Kolon
Global, Samsung electronics, LG electronics, LSIS, etc.
Academia and Universities
reasearcH areas
Membrane Technology
Water/wastewater/seawater treatment, Foward osmisis membranes,
Biofouling mitigation
Advanced oxidation Technology
Photochemical oxidation, Water treatment using nanoparticles, Chemis-
try of reactive oxygen species
Waste-to-value Biotechnology
Biogas production (CH4, H2), Recovery of nutrients and metals, Bioelec-
trochemical systems
Aquatic Ecosystem Modeling
Water quality modeling, Pollutant transport in
aquatic systems, Eutrophication and algal bloom
Water/wastewater Treatment
Energy self-sufficient wastewater treatment
system, Sewage sludge pretreatment process,
Nobel treatment process design
enVironmenTal analysis & polluTion conTrol enGineerinG pce
earTH science and enGineerinG ese
PCE is among the most highly demanded areas of expertise in these times of serious energy and environmental crisis. Producing qualified professionals in the relevant fields, we strive to provide the
students with the highest quality academic and technical education in analysis and treatment of environmental pollutants. This rack emphasizes the basic principles of various state-of-the-art instru-
ments, different analysis techniques, physicochemical and biological treatment of pollutants, environmental remediation, and waste treatment and recycling.
The ESE track offers relevant course works to improve the scientific understanding of the climate change and develop modern engineering technologies to mitigate adverse impacts on the Earth
climate system by human activity. Major objectives of the track include the monitoring, prediction, and mitigation of climate change, which help societies in minimizing natural disasters and risks by
providing scientific evidences. The track educates ESE major students to address various issues on climate and environmental changes in the scale from global to regional, and to urban, by studying
core courses of Global Environment, Climate and Environmental Modeling, Remote Sensing, Air/Soil/Water Pollution, Hydrology, and Climate Change Engineering.
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core courses
- Natural Hazards
- Man-made Disasters
- Disaster Analysis
- Probability Concepts in Engi-
neering
- Stochastic Mechanics
- Weather Analysis and Predic-
tion
- Numerical Modeling and
Analysis
- Water Resources Engineering
- Disaster Management
- Economics of Disaster
- Vulnerability and Capacity As-
sessment
career paTHs
Government Branches
Ministry of Public Administration and Security, National Emergency Man-
agement Agency, Ministry of Land, Transport and Maritime Affairs, etc.
International organizations
United Nations (UNDP, UNEP, UNISDR), World Bank, etc.
National research Institutes
National Disaster Management Institute, Korea Environment Institute,
Korea Atomic Energy Research Institute, Korea Institute of Construction
Technology, etc.
Public Corporations
Korea Water Resources Corporation, Korea Land & Housing Corporation,
etc.
Private Companies
Academia and Universities
reasearcH areas
Structural Dynamics and Stochastic Mechanics
Earthquake, wind, offshore engineering, damage identification and
maintenance
Structural reliability and risk Assessment
Reliability-based structural design and maintenance, fragility analysis,
hazard models, probabilistic risk assessment of civil infrastructure
systems
High-impact Weather Prediction
Development of numerical models
for high-impact weather and climate,
real-time weather forecasting &
regional climate modeling
Disaster risk Management
Policy and planning for disaster risk
reduction, vulnerability and capacity
assessment
core courses
- Introduction to Urban Planning
- Geographic Information System
- Urban Design
- Urban Transportation Planning
- Urban and Regional Develop-
ment
- Introduction to Civil Engineering
- Mechanics of Materials
- Structural Analysis
- Matrix Structural Analysis
- Structural Engineering Lab
- Concrete Structures
- Concrete Microstructure
- Properties of Concrete
- Steel Structures
- Introduction to Structural
Dynamics
career paTHs
National research Institutes
Korea Institute of Construction Technology,
Korea Conformity Laboratories, Architectural
and Urban Research Institute, etc.
Government Branches
Ministry of Land, Transport, and Maritime
Affairs, Board of Audit and Inspection of Korea,
etc.
Public Corporations
Korea Highway Corporation, Korean Railroad
Corporation, Urban Development Corporation,
etc.
Private Corporations
Hyundai, Samsung, GS, Posco, SK, Daewoo,
Daelim, Lotte, Dohwa, Hyundai Eng, Samsung
Eng, etc.
Academia and Universities
reasearcH areas
Structural Materials
Nano-, micro-structure characterization and mechanics for carbon-zero binding materials, sustainable
construction materials (e.g., fly ash, slag, recycled aggregate, sulfur concrete), and high performance
fiber-reinforced cementitious composites
Structural Mechanics and Design
Multi-scale applied mechanics, design optimization against multi-hazards, earthquake-resistant design,
modeling, and assessment for urban infrastructures (e.g., super-tall buildings, long-span bridges)
Structural Dynamics and Monitoring
Structural health monitoring, smart sensors and sensor network, system identification and damage as-
sessment, structural dynamics and experimental methods, structural control
Geotechnical engineering
Soil and rock mechanics, mega-scale foundation engineering, coastal and
underwater foundation technology for ocean green-energy development
Urban Planning
Sustainable and resilient planning, design, and management for the urban
built environment
urBan deVelopmenT enGineerinG ude disasTer and risk manaGemenT enGineerinG dreUDE is a profession that often confronts extreme problems associated with developing and sustaining civilized society by applying fundamental principles of science and mathematics. The mission of
our UDE track is to develop engineers with essential expertise in planning, design, construction, and management of urban built environment, who have the enthusiastic nature of their special role in
the future of human society. The UDE program consists of major disciplines in urban and civil engineering, such as urban planning, construction materials, structural mechanics and design, smart sens-
ing and control, and geotechnical engineering. Through innovative education and research, the students will develop dynamic abilities on creating (1) sustainable and (2) resilient urban infrastructure
systems for our future generations.
A disaster causes a grave disruption of the functionality of cities, and it sometimes exceeds the ability of the cities to recover in a short period of time. The sustainability of cities is seriously hindered by
such disasters. The Disaster & Risk Management Engineering track provides an interdisciplinary undergraduate education, integrating the diverse expertise of urban/civil engineering, environmental
engineering and earth/climate engineering to mitigate the impact of unexpected disasters. The track focuses on (1) natural hazard monitoring/prediction; (2) sustainable and resilient infrastructure; (3)
disaster risk reduction/prevention; and (4) water resources and flood management.
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Chung-Bang Yun
- Chair Professor / Head
- Structural Dynamics and Stochas-
tic Mechanics
- http://cbyun.unist.ac.kr
Young-Nam kwon
- Assistant Professor
- Membrane Technology and Aquatic
Chemistry
- http://kwonyn.unist.ac.kr
Sung-Deuk Choi
- Assistant Professor
- Multimedia Environmental Moni-
toring and Modeling
- http://home.unist.ac.kr/professor/
sdchoi
lee, Changha
- Assistant Professor
- Water Treatment Using Chemical
Methods
- http://artlab.re.kr
Myong-In lee
- Assistant Professor
- Climate Modeling and Environmen-
tal Prediction
- http://climate.unist.ac.kr
Jae-Eun oh
- Assistant Professor
- Low Carbon Construction Struc-
tural Materials
- https://sites.google.com/site/
nanoaims
Myoungsu Shin
- Assistant Professor
- Seismic Design / Tall Buildings /
High Performance FRC
- http://msshin.pe.kr
Sung-Han Sim
- Assistant Professor
- Structural Health Monitoring,
Smart Sensor, Structural Dynamics
- http://ssim.unist.ac.kr
Jae Hong kim
- Assistant Professor
- Mechanics and Material Charac-
terization of Concrete
- http://concrete.unist.ac.kr
Sarah kang
- Assistant Professor
- Analysis of climate change impacts
(global warming, ozone hole) on
circulation
- http://skang.unist.ac.kr
Gi-Hyoug Cho
- Assistant Professor
- Relationship between travel pat-
tern and the built environment
- http://gicho.unist.ac.kr
Changsoo lee
- Assistant Professor
- Environmental biotechnologies
for pollution control and energy/
resource recovery from waste
materials
- https://sites.google.com/site/
ableunist
Yongwon Seo
- Assistant Professor
- Carbon Dioxide Capture and
Storage
- http://ywseo.unist.ac.kr
Jungho Im
- Assistant Professor
- Environmental Remote Sensing
and GIS
- https://ersgis.unist.ac.kr
Marco Torbol
- Assistant Professor
- Reliability and Risk Assessment of
civil infrastructure systems.
Dong keun Yoon
- Assistant Professor
- disaster risk management, Policy
and planning for disaster risk re-
duction
- http: //dkyoon.unist.ac.kr
Dong-Hyun Cha
- Assistant Professor
- Numerical Modeling of High-impact
Weather and Climate
- http: //dhcha.unist.ac.kr
professor
Meet Our GlObal PhD FellOwshiPwinners! DeSign your life at uee
1
2
3
41 Second Year Student Orientation
2 UEE Athletic Meet
3 Teacher’s Day Event
4 UEE Family Workshop
A Novel Approach to Unveil Mechanisms of Tropical Cyclone Ac-
tivity Using Very-High resolution Global Climate Model
“I am very proud of being a GPF student and full of enthusiasm for
my research. I will keep doing my best to live up to the expecta-
tions of people who supported me.” -Hyerim Kim-
Development and Application of Smart Membranes for Green
Energy Generation and Wastewater Treatment Using Pressure
retarded osmosis (Pro) Technology
“With a ‘go further’ attitude, I will do my very best in every step
of my journey to success. I hope to be a leading scientist in the
membrane technology field someday.”-Byung Moon Jeon-
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inTerdisciplinaryscHool of Green enerGy
The green technology is a new growth engine in the world, leading industry of the next generation.
Due to the trend, Interdisciplinary School of Green Energy concentrates on cultivating advanced tal-
ents demanded by industries and also on researching secondary battery, fuel cells, solar cells, and
nuclear energy in two tracks which are Energy Conversion & Storage and Nuclear Science & Engi-
neering.
Jaephil Cho, Ph.D.
Head, Interdisciplinary school of green energy
Welcome to Interdisciplinary School of Green Energy!
Introduction
Humanity’s Top Ten Problems for next 50 years
1. Energy 2. Water 3. Food 4. Environment 5. Poverty
6. Terrorism & War 7. Disease 8. Education 9. Democracy 10. Popolation
(Richard E. Smalley, Ph.D.Based on a transcript of a talk given for the MIT Enterprise Forum, Houston TX, January 22, 2003)
There are various environmentally friendly renewable energy resources available which have
the potential to mitigate the consequences of using fossil fuels and the associated pollution
caused by them. These power generation techniques are described as renewable because they
are not depleting limited natural resources such as oil and gas which are finite.
The Interdisciplinary School of Green Energy has committed itself to pursuing research into
these green technologies as a way of shifting our dependence on fossil fuels towards the pro-
duction of more sustainable and economically sound energy source, particularly in the fields of
manufacture, supply, storage, transmission, and usage.
The Interdisciplinary School of Green Energy is currently carrying out research into the next
generation solar cells and photovoltaic systems to harness the infinite potential of the suns
energy. In the field of energy conversion and storage, ground breaking research is being con-
ducted on the development of high density energy storage batteries as well as fuel cells to con-
vert hydrogen into an electrical current. The application of which will lead to cleaner burning
less polluting vehicles. In addition, a more effective use of hydrogen energy will be studied by
developing better ways to produce and store hydrogen.
Nuclear energy is the largest carbon-free non-fossil energy source as well as the lowest cost
supplier for electricity production in the world. The research field in nuclear energy at UN-
IST includes the advancement of safety in operating nuclear power plants, the development of
generation fourth (Gen-IV) small and medium-sized nuclear reactors, the hydrogen production
utilizing nuclear energy conversion, and the development of nuclear fusion reactors.
From Principal to Device…
Interdisciplinary research via open lab Matrix Structure
Interdisciplinary Green Energy
Principal
Material
Device
rechargeableBatteries
Fuel CellsSolar Cells
NuclearEnergy
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core courses
- Fundamentals of Nuclear
Engineering
- Introduction to Nuclear Fuel
Cycle Engineering
- Introduction to Nuclear Fuel
Engineering
- Introduction to Nuclear Reactor
Theory
- Nuclear Engineering Design
and Lab
- Nuclear Materials Engineering
& Experiment
- Nuclear Radiation Engineering
& Experiment
- Nuclear Reactor Lab
- Nuclear Reactor Numerical
Analysis
- Nuclear System Engineering &
Experiment
- Quantum Physics
- Electromagnetics
career paTHs
research Institute KAERI, KIER,
KINAC, KINS, NFRI, INL(USA),
ANL(USA), ORNL(USA)
Public Enterprise KHNP, KEPCO,
KEPCO E&C, KRMC
Company DOOSAN, Hyundai
Heavy Industries, Samsung
Heavy Industries, Samsung
Electronics, Daewoo Heavy In-
dustries, AECL(Canada), AREVA
(France), GE (USA), Toshiba
(Japan), Westinghouse (USA)
Government MEST, MKE, NIS,
NRF, KISTEP
Graduate School SNU, KAIST,
MIT, UC Berkeley, RPI, Penn.
State Univ., Purdue Univ., Univ. of
Michigan-Ann Arbor, Texas A&M
researcH areas
Nuclear Fuels and Nuclear Fuel Cycle
Nuclear fuel rod which includes nuclear fuel and the cladding is the most
important component for the safety of the NPPs. The research in the lab
focuses on the in- reactor performance of the fuel, including FG behavior,
PCI, cladding corrosion, radiation damage of the materials, fuel fab. tech-
nology, spent fuel and nuclear fuel cycle.
Computational Nuclear reactor Physics
The research of computational reactor physics lab is focused on the compu-
tational aspects of reactor physics in general in nuclear reactors. It involves
nuclear data processing, numerical method developments to predict neutron
behavior in the nuclear reactors, the design of advanced nuclear reactors, and
high performance computing applied to the simulation of nuclear reactors.
Nuclear Materials
Nuclear materials engineering is focusing on research and development of
fuel cladding and structural metals and alloys for operating and advanced
nuclear energy system. Fundamental understanding of material behavior
by nano-scale characterization using electron microscopy, SIMS and 3-D
atom probe tomography as well as atomistic modeling using the first-prin-
ciple calculation is a key R&D topic.
Nuclear Thermal-Hydraulics
Nuclear TH supports to fill important needs for more thorough treatments of the
processes of energy (heat) generation in nuclear processes, the transport of that
energy by the reactor coolant to the power cycle, and the limitations imposed by
the transport mechanism on the design of nuclear reactor.
liquid Metal Magnetohydrodynamics (lMMHD)
The study is focused on the analysis and experimental characterization for the liquid
metal coolant in the Liquid Metal Reactor and the Nuclear Fusion Reactor. The theo-
retical and experimental study on liquid metal circulation and electricity generation
system is carried out through the electromagnetic and fluid mechanical approach.
Environmental radiation Safety
The research covers the environmental radiation monitoring around
nuclear installations. The main interest is concerned with the gamma
radiation monitoring and the radioactivity analysis on the radioactive
waste from nuclear facilities. The
study is implemented with the
fundamental understanding of
the health physics and radiation
measurement.
core courses
- Analytical Chemistry
- Electrochemistry
- Electronic Devices
- Energy conversion and Storage
- Energy Materials
- Fuel cell
- Inorganic Chemistry
- Instrumental Analysis
- Materials Science and Engi-
neering
- Nanoscience and Nanotech-
nology
- Organic Chemistry
- Physical Chemistry
- Polymer Material Science
- Solar Cells
- Solid State Chemistry
career paTHs
research Institute
ETRI, KIST, KIER, RIST, KRICT
Public Enterprise
Korea Gas Corporation, Korea
National Oil Company, Korea
Energy Management Corporation
Company
SAMSUNG, LG Electronics Chem-
istry, HYUNDAI, SK ENERGY,
STX, ETC
Graduate School
researcH areas
Fuel Cells
Fuel cells are one of the ways to build hydrogen-based electrochemical
devices that convert chemical energy to electrical energy directly. There
are some of the features that make them attractive, such as their high
efficiency, fuel flexibility, and low emission of pollutants. Fuel cells can
be categorized as several types of PEMFC, MCFC, and SOFC that show
enormous applications to transport, stationary, and portable purpose in
extensive power range from 0.5 kW to 5 MW.
Solar Cells
Based on an understanding of the fundamental concepts in solar cells, we
will synthesize and characterize the various solar cells such as polymer
photovoltaic cells, dye-sensitized solar cells, quantum dot solar cells, and
organic-inorganic hybrid solar cells.
Secondary batteries
Secondary batteries remain the most promising electrical energy stor-
age systems for a number of applications, such as portable electronics,
electric vehicles, and smart grids, by allowing a drastic reduction in fuel
consumption and emissions. Structuring of electrode materials plays an
important role in enhancing battery performance, including specific ca-
pacity, rate capability, cycling life, and safety.
Nano Energy Materials
We are actively conducting researches to synthesize and characterize
new energy nanomaterials such as graphen, bio-related materials and
computational analysis for leading in the future energy conversion and
storage.
enerGy conVersion and sToraGe ecs nuclear science and enGineerinG nueEnergy Conversion and Storage (ECS) track pursues high-quality education and research in the fields of chemical-to-electrical energy conversion and (2) production and storage of hydrogen. The
ECS track is based on the knowledge of chemistry, physics, and energy engineering, and synergistically combines advanced, emerging disciplines such as nanoscience and biomimetics. The ultimate
goals of this track are two-fold: (i) the development of energy technologies and systems that can contribute to sustainable human life and (ii) training students into globally competitive, top-notch
scientists.
The science and engineering principles for nuclear engineering are provided, which are related to using the energy released from nuclear fission or fusion such as nuclear power generation, nuclear
propulsion, nuclear radiation applications. Education and research topics include design principles and analyses for nuclear reactions, commercial light water reactors and next generation nuclear
reactors such as liquid-metal-cooled fast reactor and gas-cooled reactor for hydrogen generation, nuclear fusion reactor, fuel cycle and nuclear waste disposal, systems and components for nuclear
reactors, nuclear fuel and cladding, nuclear structural materials, and nuclear radiation applications.
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Jongnam Park
- Assistant Professor
- Development of advanced
nanomaterials for energy and bio
application
- e-mail : [email protected]
- http://sites.google.com/site/
jnpark21
Jong-Beom Baek
- Associate Professor
- Graphene, CNTs, High Performance
Polymers
- e-mail : [email protected]
- http://jbbaek.unist.ac.kr
kyu Tae lee
- Assistant Professor
- Electrode materials for Li-ion bat-
teries Fundamental electrochemis-
try & solid state chemistry
- e-mail : [email protected]
- http://sites.google.com/site/
unist75
Myoung Soo lah
- Professor
- Supramolecular coordination
chemistry, Crystal Engineering
- e-mail : [email protected]
- http://mslah.unist.ac.kr
Nam-Soon Choi
- Assistant Professor
- Organic materials for lithium/
magnesium/sodium rechargeable
batteries
- e-mail : [email protected]
- http://sites.google.com/site/ener-
gymaterialslab
Noejung Park
- Associate Professor
- Computational and theoretical
study of energy storage materials
- e-mail : [email protected]
- http://ulsanqppc.hicomp.net/
konstantin S. Novoselov
- Chair Professor
- Mesoscopic systems and nano-
structures
- e-mail : [email protected]
- http://www.manchester.ac.uk/
research/konstantin.novoselov/
Philip kim
- Chair Professor
- Electronic and Thermal and Ther-
moelectric Transport in Carbon
Nanotubes and Nanowires
- e-mail : [email protected]
- http://pico.phys.columbia.edu
Su-Moon Park
- Chair Professor
- Electrochemistry and Materials
chemistry
- e-mail : [email protected]
- http://home.unist.ac.kr/~smpark
Jaephil Cho
- Professor/Head
- Electrode Materials, Li-ion and
Metal-Air Batteries
- e-mail : [email protected]
- http://jpcho.com/
Byeong-Su kim
- Assistant Professor
- Soft and Hybrid Nanomaterial
for Energy and Biomedical Ap-
plications (Polymer, Graphene,
Nanoparticles)
- e-mail : [email protected]
- http://home.unist.ac.kr/professor/
bskim19
Tae-Hyuk kwon
- Assistant Professor
- Synthesis of Organic Functional
Materials and Their Applications
- e-mail : [email protected]
- https://sites.google.com/site/
tkgroup90/home
Soojin Park
- Associate Professor
- Block Copolymer, Battery, Solar
Cells
- e-mail : [email protected]
- http://spark.unist.ac.kr
Yongseok Jun
- Assistant Professor
- Dye-Sensitized Solar Cell, Thin
Film Solar Cell, Nanomaterials for
Energy
- e-mail : [email protected]
- http://yjun.unist.ac.kr/
Yoon Seok Jung
- Assistant Professor
- Lithium-ion batteries, All-
solid-state batteries, Atomic layer
deposition
- e-mail : [email protected]
- https://sites.google.com/site/
jungbatt
Dong-Seong Sohn
- Professor
- Nuclear Fuels and Fuel Cycle
- e-mail : [email protected]
- http://dsshon.unist.ac.kr/
Changduk Yang
- Assistant Professor
- Organic Electronics, Functionaliza-
tion of Carbonaceous Solids
- e-mail : [email protected]
- http://yang.unist.ac.kr/
Deokjung lee
- Assistant Professor
- Nuclear Reactor Physics; Reactor
Core Design, Analysis, and Meth-
odology Development
- e-mail : [email protected]
- http://reactorcore.unist.ac.kr
Guntae kim
- Assistant Professor
- Electrochemistry & Solid Oxide
Fuel Cells
- e-mail : [email protected]
- http://gunslab.unist.ac.kr
Hee reyoung kim
- Associate Professor
- Liquid Metal Magnetohydrody-
namics, Environmental Radiation
Safety
- e-mail : [email protected]
- http://kimhr.unist.ac.kr
Hoi ri Moon
- Assistant Professor
- Multi-functional Nanostructure
Materials, Hydrogen Storage
Materials
- e-mail : [email protected]
- http://sites.google.com/site/
hoirimoon
Hyun-kon Song
- Associate Professor
- Solar cells, biofuel cells, recharge-
able batteries
- e-mail : [email protected]
- http://echem.kr
Hyeon Suk Shin
- Associate Professor
- Nanochemistry and Nano-analysis,
Nanometerials for Energy
- e-mail : [email protected]
- http://lnn.unist.ac.kr
In Cheol Bang
- Assistant Professor
- Thermal-Hydraulic Design of
Nuclear and Energy Systems,
Nanofluids Science and Technol-
ogy
- e-mail : [email protected]
- http://icbang.unist.ac.kr
Ji-Hyun Jang
- Assistant Professor
- Fabrication and applications
of artificial multi-dimensional
structures
- e-mail : [email protected]
- http://clau.unist.ac.kr/
Ji Hyun kim
- Associate Professor
- Materials Science and Engineering
for Nuclear Fuel Cladding and
Structural Metals and Alloys
- e-mail : [email protected]
- http://unimat.unist.ac.kr
Jin Young kim
- Associate Professor
- Polymer Light-Emitting Diode,
Polymer Solar Cell, Polymer
Battery
- e-mail : [email protected]
- http://ngel.unist.ac.kr
professor
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IntervIew wIth a graduate student
1. Please introduce yourself.
I’m Bonjae Koo who is studying for a master’s degree within the
Interdisciplinary School of Green Energy. I entered UNIST in 2009
and now, I am currently enrolled in a combined Bachelor and Mas-
ter’s Course. My advisor is Nam-soon Choi who is a researcher in
the field of rechargeable battery energy.
2. What made you choose Interdisciplinary School of Green En-
ergy?
We can study a wide range of engineering courses due to our
‘undeclared’ status as freshmen. I had an interest in chemical en-
gineering, and participated in each tracks conference (UMI) that
is related to my interests. Finally, I decided to select the Interdis-
ciplinary School of Green Energy due to my interests.
In my major, students can be research and study developing Sci-
ence & technology areas to help solve the environmental prob-
lems facing humanity. I selected this major because the purpose
of this major connects with my feelings of hope for the future.
3. What was the most impressive experience during your under-
graduate?
The most impressive thing is interactive distance between pro-
fessor and student is very close. We can easily connect with
them as it deals with our interests about Interdisciplinary School
of Green Energy. Besides, professors always give an advice to
us. Various major courses, conferences and time consulting with
professors helped me eliminate self doubt and worry which I had
felt in some of my classes previously.
4. Please introduce your lab. How did you join this lab? What kind
of work are you doing?
I am studying Rechargeable battery energy at ‘Energy Materials
Laboratory’ with graduate students and undergraduates under
the guidance of Professor Nam-Soon Choi.
I have participated in the laboratory after having meeting with
students and my advisor. Current, I am researching and studying
rechargeable battery energy using polymer materials and elec-
trolyte part.
5. What is your future plan?
My dream is to help in further developments in science & technol-
ogy to help solve difficult environmental problems. I have already
taken my first step toward my dream by entering the Interdisci-
plinary School of Green Energy. I’ll try to transition from ‘walk-
ing’ to full out ‘running’ as I chase my dream. I will do my best
to achieve my dream through concentrating on my studies in the
Interdisciplinary School of Green Energy.
6. Please give an advice for the freshmen as alumni.
I think for many, freshmen life isn’t as enjoyable as they had ex-
pected with so many worries about the future. However, there is
no reason for this. Enjoy your UNIST life! Also, set time aside to
follow your dreams! I have had an enjoyable time by keeping a
bright and positive mind at the Interdisciplinary Green School of
Energy. With an honest, constant effort to improve yourself with
passion at the Interdisciplinary Green School of Energy, you might
be one step closer to your dream without even realizing it.
GEE ActivitiEs
Bonjae koo
Main Activity
Activities of School Union is mainly three
1. Participation in school events
2. Projecting the school events
3. Overall school performance.
Opening day assembly, School presentation for freshman is per-
formed in spring semester led by School Union and Sports festival
is performed already in fall semester, also academic seminar and
surprise event by all school union is scheduled.
facebook : http://ko-kr.facebook.com/unistgee
cyworld club : http://club.cyworld.com/unistGEE
Student Union ofInterdisciplinary School of
Green Energy
Head of union
Vice head
Head of ECS track
Vice head of ECS track
Head of NUE track
Scribe1
1 2011 UNIBITION
2-3 2012 NBC-GEE Woman Engineering Mentoring
4-5 2012 GEE Athletic Meeting
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068
scHool of TecHnoloGy manaGemenT
Greetings to all,
USTM (UNIST School of Technology Management) aims to become a “World Class School of Tech-
nology Management, Educating Future Global Business Leaders.” Talented students, distinguished
faculty and dedicated administrative supporting teams are pursuing excellence in technology man-
agement education.
The USTM is actively collaborating with leading industries in Korea and in the world, and strongly
encourages and supports global internship opportunities and the international student & faculty ex-
change programs with universities worldwide. In response to a continuously changing market and
global economy, USTM students will be equipped with the knowledge, capabilities and agility to com-
pete with the global brain powers.
The school strives to provide an excellent management education as well as cutting edge research.
Though relatively young, the USTM will rapidly ascend to the level of top-tier institutions for tech-
nology management education. We nurture talented and inspired students and help them becoming
creative global business and academic leaders.
Minseok Song, Ph.D.
Head, School of Technology Management
Vision
World Class School of Technology Management Educating Global Business leaders!!
Mission
Nurture Creative Leaders
Educating Global Managers
World-leading Research
Program
Undergraduate / Graduate
APSM / MOT Program
PSM
- Energy Commodity Trading &
Financial Engineering Program
- Business Analytics Program
Executive/Global MBA
Strategic objectives
- Recruits and retains world-class faculty from diverse backgrounds.
- Recruits of globally top-notch students.
- Formulates curriculum for convergence of scientific and managerial knowledge.
- Provides both general and highly specialized knowledge for a global manager.
- Has student and faculty exchange programs with globally renowned universities.
- Collaborate with world-class international research institutions.
Curriculum
General Management
Required 31 Cred.Elective 2 Cred.
Finance / Accounting
Required 16 Cred.Elective 17 Cred.
Technology Management /Information Systems / Entrepreneurship
Required 19 Cred.Elective 14 Cred.
Marketing / International Business
Required 22 Cred.Elective 11 Cred.
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- System Analysis and Design
- Special Topics in Technology Management
- Special Topics in Knowledge & Information Management
- Managing innovation and Change
- Entrepreneurship and Venture Management
- Special Topics Entrepreneurship
career paTHs
- Consulting Agencies
- Manufacturing Firms
- IT & Software Service Providers
- Government Agencies & Public Institutions
- Universities & Colleges
- Research institution
- Retails & Transportation
- Entrepreneurs
core coueses
- Organizational Behavior
- Financial Accounting
- Financial Management
- Strategic Management
- Operations Management
- Data Analysis &Decision Making
- Interdisciplinary Project
- Game Theory
- Business Ethics
- Legal Environment of Business
- Independent Study
- Capstone Projects
- Technology Management
- Process & Quality Management
- Operations Research
- Database and Data Mining
- Internet Business and Marketing
- Strategic Management of IT
- Mobile Business
researcH areas
- Technology Management
- Information Systems
- Operation Research
-Business Analytics
- Entrepreneurship
career paTHs
- Financial institutions
- Accounting & Consulting Agencies
- Broadcasting & Advertisement Agencies
- Manufacturing Firms
- International Trade & Merchandising Firms
- IT & Software Service Providers
- Government Agencies & Public Institutions
- Universities & Colleges
- Research institution
- Entrepreneurs
core coueses
- Organizational Behavior
- International Business
- Marketing Management
- Financial Accounting
- Managerial Accounting
- Financial Management
- Strategic Management
- Operations Management
- Data Analysis &Decision Making
- Microeconomics
- Interdisciplinary Project
- Macroeconomics
- Econometrics
- Game Theory
- Business Ethics
- Legal Environment of Business
- Independent Study
- Capstone Projects
researcH areas
- Economics
- Management Policy and Process
- Society and Enterprise
- Leadership, Values, and Corporate Responsibility
General manaGemenT Gm TecHnoloGy manaGemenT / informaTion sysTems / enTrepreneursHip Tie
General Management area is designed to provide general management education and committed to enhancing knowledge of business and management issues on all major functional areas. - Technology Management is designed to provides a framework for the analysis of a wide range of managerial decision making process in today’s global economy.
- Information Systems is designed to provide the necessary understanding in both technical and business issues relating to the business use of information technology.
- Entrepreneurship is about identifying, valuing and capturing business opportunities in a new or existing organization. The area in Entrepreneurship provides the understanding of the entrepreneurial
process and the knowledge and skills of the successful entrepreneur.
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- Experimental Design with Applications in Marketing
- Case Studies in Marketing
- Special Topics in Marketing
- Global Business Strategy
- Case Studies in International Business
- Special Topics in International Business
career paTHs
- Account Manager
- Advertising Manager
- Brand Manager
- Media Buyer
- Product Manager
- Public Relation Specialist
- Research Analyst
core coueses
- International Business
- Marketing Management
- Financial Management
- Strategic Management
- Data Analysis &Decision Making
- Microeconomics
- Consumer Behavior
- Interdisciplinary Project
- Macroeconomics
- Econometrics
- Business Ethics
- Legal Environment of Business
- Independent Study
- Capstone Projects
- Database and Data Mining
- Internet Business and Marketing
- Quantitative Marketing Decision Making
- International Marketing
- International Finance
- Brand Management
- Marketing Research
- Advertising Management
researcH areas
- Consumer Behavioral marketing
- Quantitative Marketing
- Marketing Strategy
- International Business
career paTHs
- CPA, CMA, CFO,
- Financial Analyst
- Corporate Controller
- Bank Executive
- Auditor
- Financial Supervisory Service
- National Tax Service
- Korea Bank
core coueses
- Financial Accounting
- Managerial Accounting
- Financial Management
- Data Analysis &Decision Making
- Microeconomics
- Interdisciplinary Project
- Macroeconomics
- Econometrics
- Business Ethics
- Legal Environment of Business
- Independent Study
- Capstone rojects
- Investment analysis
- Money and Banking
- Futures and Option
- Intermediate Accounting 1
- Intermediate Accounting 2
- Tax Accounting
- Strategic Cost Management
- Financial Engineering
- Case Studies in Finance
- Special Topics in Finance
- Auditing
- International Finance
researcH areas
- Financial Accounting Theory
- Strategic Cost Management Theory and Practices
- Corporate Governance and Firm performance
finance / accounTinG fia markeTinG / inTernaTional Business miB- Finance is an area to study how individuals, corporations, and other business organizations allocate resources and make financial decisions in the capital markets.
- Accounting helps managers to create and disseminate financial accounting information to communicate effectively with investors and capital market participants, and apply managerial accounting
information internally to make more efficient financial and economic decisions.
- Marketing studies the issues on acquiring and retaining customers for products and services so as to create a mutually beneficial exchange between a company and its customers.
- International Business aims to prepare for the challenges of operating business in the international environment.
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Sanjana Janardhanan
-Lecturer
- Research Area : Leadership &
Teamwork
Jee Young Seong
-Visiting Professor
- Leadership & Teamwork
Mooyoung Jung
- Professor, Dean of Graduate
School
- Oil Pricing Methodology
- Applications of Fractal Concept /
Energy Supply Chain Management /
Energy Strategy
- http://home.unist.ac.kr/professor/
myjung/
professortechnology Man-ageMentinforMation sys-teMsentrepreneurship track
JinHyouk Im
-Professor
- e-education / e-government/e-
community / Online privacy / Pro-
tection of intellectual properties
- https://sites.google.com/site/
jinhim/
Minseok Song
- Assistant Professor, Head of School
- Process mining / Process knowl-
edge management / Business
process analysis, simulation, and
optimization / Data mining/busi-
ness intelligence
- https://sites.google.com/site/
bpmunist/
kyootai lee
- Assistant Professor
- Innovation Management and Strat-
egy / Energy Market Environment
- https://sites.google.com/site/
kyootai/
Han-Gyun Woo
- Assistant Professor
- Process mining / Requirements
Management / Business Processes
&ERP Systems / Open Innovation
- http://hwoo.blogspot.kr/
Yoonhyuk Jung
- Assistant Professor
- Users”f sensemaking and adoption
of information technologies / Social
technologies / Mobile commerce
- https://sites.google.com/site/
whatisst/
Young Bong Chang
- Assistant Professor
- Economics of Information
Systems Information Technol-
ogy Outsourcing Competition /
Information Technology Value
Creation Organizational Impacts
of Information Technology Supply
Chain Management
- http://manage13-www.unist.ac.kr
Wooje Cho
- Assistant Professor
- Strategy for IT firms / IT Portfolio
Management and Strategic IT
Investments / M&A and System
Integration / Information Systems
Quality/Software Quality
- https://sites.google.com/site/
citrategy/
Yeong-Ho Woo
- Chaired Professor
- Financial Market Structure / Finan-
cial Regulation / OTC Derivatives
Markets / Mergers &Aquisitions
professorfinance / accounting track
Hyeongsop Shim
- Assistant Professor
- Initial Public Offerings / Capital
Structure / Mergers and Acquisi-
tions / Bankruptcy / Credit Risk
Modelling
- http://manage18-www.unist.ac.kr
kwanho kim
- Professor
- Financial Engineering / Risk Man-
agement / Valuation of Complex
Derivatives
- http://khkim.unist.ac.kr/
Sangtai Choi
- Visiting Professor
- Quality of financial reporting /
Audit quality and related regulatory
systems / International Financial
Reporting Standards / Manage-
ment Accounting
- http://stchoi.unist.ac.kr/
Eunsnh lee
- Assistant Professor
- Quality of financial reporting /
International Financial Reporting
Standards / Management Ac-
counting
Chang-Yeol Jung
- Assistant Professor
- Partial differential equations, Fluid
dynamics, Numerical analysis and
Scientific computing / Asymptotic
analysis: singular perturbations,
boundary layer analysis and its
numerical applications / Stochastic
partial differential equations and
uncertainty quantification
- http://cjung.unist.ac.kr/
Su Jung Choi
- Assistant Professor
- Finance / Capital Structure
Chang Hyeong lee
- Assistant Professor
- Stochastic Analysis and Simulation
/ Modeling, Analysis and Computa-
tion of Biochemical and Biological
Networks / Epidemic modeling /
Financial Engineering
- http://chlee.unist.ac.kr
Bongsoo Jang
- Assistant Professor
- Development of a new compu-
tational algorithm / New solitary
wave solutions / Homogenization
in irregular media / Scientific
computation
- http://amath.unist.ac.kr/bbs/
board.php?bo_table=main
Pilwon kim
- Assistant Professor
- Numerical Analysis, Adaptive
numerical methods for differential
equations / Image Processing,
PDE-based image filters, Pattern
recognition / Complex System
Modelling, Multi-scale modelling,
Biochemical reaction networks
- http://amath.unist.ac.kr/~pwkim/
Bongsuk kwon
- Assistant Professor
- Theory of Partial Differential
Equations and their applications
/ Hyperbollic conservation laws,
Kinetic theory / Stability of nonlin-
ear waves, Asymptotic behavior
of solutions
- http://amath.unist.ac.kr/~bkwon/
professorMarketing / international Business track
Byoung ki Seo
- Assistant Professor
- Mathematics / Financial Engineer-
ing
Hyewook Jeong
- Assistant Professor
- Emotions / Social Relationships and
Economic Transactions
- http://hjeong.unist.ac.kr/index.sko
Sangdo oh
- Assistant Professor
- Information processing / Implicit
attitudes and persuasion / Goal,
motivation and self-regulation
- http://sangoh.unist.ac.kr/index.sko
Young-Sun roh
- AIC Research Professor
researcH professor
Hong-Yeul lee
- AIC Research Professor
Insook Cho
- Assistant Professor
- Labor Economics / Economics of
Education and Health / Pension and
Retirement /Applied Microeco-
nomics
- https://sites.google.com/site/el-
leninsook/
keunsuk Chung
- Assistant Professor
- International Capital Flows and
the Growth Effects / Capital Flows
under the Presence of Market
Imperfection / Economic Growth,
Income Distribution, and Optimal
Government Policy
- http://chungk.unist.ac.kr/index.sko
Dongryul lee
- Assistant Professor
- Game Theory and Applications /
Industrial Organization / Theory of
Contests and Tournaments / Public
Goods and Behavioral Economics
(Non-selfish Behavior)
- http://dongryullee.blogspot.kr/
lu Zhang
- Assistant Professor
- Diversity management / Staffing
/ Leadership / Power dynamics in
organizations / Corporate social
responsibility
Jinhyuk lee
- Assistant Professor
- Economics of Education and
Health / Economic Growth, Income
Distribution, and Optimal Govern-
ment Policy
professorgeneralManageMent track
076 077
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·Sports Competition Day
·STM Field Trip
TM ACTIVITIES
World Top 10University in Science and Technology by 2030
Intensive support for core research areas•
Promotion of interdisciplinary cooperative research•
Extensive commercialization of research outcomes
Outstanding Faculty & Students
World ClassInfrastructure
InterdisciplinaryResearch & Education