The state of infrastructure that supports the social foundation depends on each country’s economic development stage (early growth, rapid growth, maturity, and stagnation). Accordingly, the needs for engineers, such as: maintenance and management of infrastructure, renewal technologies, and new construction technologies, also vary from one country to another. With this in mind, this program aims to develop human resources who can support sustainable infrastructure development that meets the needs of Asian countries from a technical perspective, and who can also play an active role on an international level.
– Degrees awarded by each university under the “Double Degree Program”While enrolled at a university in home country, students can obtain the required credits and conduct research activities at host university abroad, and submit theses to each university which will award a degree.
– Credit transfer system is also available for the “ Short-term Exchange ProgramExchange students can stay in Japan, China, or Korea for 6 months and take specialized courses related to social infrastructure development. Internship programs are offered in three countries where credits can be transferred.
CAMPUS Asia program consists of three student exchange programs tailored to the needs of students. Based on admission schedule decided by the three universities, and students are recommended to participate according to rigorous selection criteria at each university. The recommended students will then take an entrance examination at the host university, submit application documents and have an online interview. Based on results of these examinations and screening, host university will select students to participate and host in the CAMPUS Asia Program. For more details on admission procedure, please contact the respective university.
Program | Year | Country | term | Student |
---|---|---|---|---|
Hybrid Short-term Exchange Program
|
22 | Online | 1m | Master J(5),K(5),C(5) S(2) |
Japan | 1w | |||
China | 1w | |||
Korea | 1w | |||
Singapura | 1w | |||
Online | 1m | |||
23 | Online | 1m | Master J(8),K(8),C(8) ASEAN(S(2),L(2)) |
|
Japan | 1w | |||
China | 1w | |||
Korea | 1w | |||
Singapura | 1w | |||
Online | 1m | |||
24 | Online | 1m | Master J(8),K(8),C(8) ASEAN(S(2),L(2)) |
|
Japan | 1w | |||
China | 1w | |||
Korea | 1w | |||
Laos | 1w | |||
Online | 1m | |||
26 | Online | 1m | Master J(8),K(8),C(8) ASEAN(S(2),L(2)) |
|
Japan | 1w | |||
China | 1w | |||
Korea | 1w | |||
Laos | 1w | |||
Online | 1m | |||
JCK Double Degree Program
|
21 | Japan | 2y | Doctor Degree C(1) |
22 | Japan | 2y | ||
China | Doctor Degree K(1) | |||
Korea | Doctor Degree J(1) | |||
23 | Japan | 2y | Doctor Degree K(1) | |
China | ||||
Korea | ||||
24 | Japan | 2y | ||
China | Doctor Degree J(1) | |||
Korea | Doctor Degree C(1) | |||
25 | Japan | 2y | Doctor Degree C(1) | |
China | ||||
Korea | ||||
22, 23, 24, 25 | Japan | 1y | Master Degree C(2),K(2) | |
China | Master Degree K(2),J(1) | |||
Korea | Master Degree C(2),J(1) | |||
[ASEAN Exchange Program
|
24, 25 | Japan | 6m | Master ASEAN(L(3)) |
China | ||||
Korea | ||||
Singapura | 3m | J(1),K(1),C(1) |
* For application guidelines of other universities, please contact the respective university.
First Type:
Dispatching Universities and Schools:
Sungkyunkwan University (Korea) – Graduate School of Water Resources and School of Civil, Architectural and Environmental Systems Engineering
Shandong University (China) – School of Civil Engineering, School of Environmental Science and Engineering, and School of Qilu Transportation
Nagasaki University (Japan) – Graduate School of Engineering↓Host Universities and Schools:
Nanyang Technological University (Singapore) – School of Civil and Environmental Engineering
Second Type:
Dispatching Universities and Schools:
National University of Laos (Laos) – Department of Civil Engineering↓Host Universities and Schools:
Sungkyunkwan University (Korea) – Graduate School of Water Resources and Graduate School of Civil, Architectural and Environmental Systems Engineering
Shandong University (China) – School of Civil Engineering, School of Environmental Science and Engineering, and School of Qilu Transportation
Nagasaki University (Japan) – Graduate School of Engineering
Nagasaki University | |||||
---|---|---|---|---|---|
Affiliation | Position | Name | Sex | Research contents | Specialty |
Civil and Enviromental Engineering Program | Professor | Yujing JIANG | M | Maintenance management and design for underground structures | Rock engineering¸ underground construction and maintenance management |
Professor | Kiyoshi OMINE | M | Advanced geotechnical engineering and geo-environmental engineering | Soil foundations engineering | |
Professor | Shozo NAKAMURA | M | Improvement of design and maintenance method for steel structures | Structural engineering, earthquake engineering, maintenance management engineering | |
Professor | Toshihiro OKUMATSU | M | Development of measurement technology for structural health monitoring | Structural engineering, earthquake engineering, maintenance management engineering(Earthquake Engineering, maintenance and Management Engineering) | |
Associate Professor | Shinta SETO | M | Satellite remote sensing of precipitation and its application for disaster prevention | Water control science | |
Associate Professor | Takafumi NISHIKAWA | M | System identification, image processing, and civil informatics for strucutural health monitoring | Structural engineering, maintenance and management engineering | |
Associate Professor | Seiji SUZUKI | M | Study on the substance transportation in aquatic environment considering behavior of lives | Environmental hydraulics | |
Associate Professor | Tomoya ISHIBASHI | M | Advanced landscape engineering and city planning | Landscape engineering, City planning, Urban history | |
Associate Professor | Satoshi SUGIMOTO | M | Advanced geotechnical engineering and geo-environmental engineering | Soil foundations engineering¸ Natural disaster science. |
|
Associate Professor | Masao MORIYAMA | M | Computational environmental data analysis | Satellite Remote Sensing | |
Associate Professor | Wataru TANAKA | M | Ecology of floodplain ecsystem (Relationship of floodplain connectivity and dynamics for riverine biodiversity) | River engineering, Ecology of freshwater fish and water bug | |
Water and Environmental Engineering Program | Professor | Shuji TANABE (Concurrent Post) |
M | Research development of water clarification system utilizable in developing countries, for example, Africa (i.e. Kenya) and South-East Asia | Application of Nano-materials, catalyst, surface technologies for advanced water treatment |
Professor | Tomoaki ITAYAMA | M | Molecular ecology of aquatic ecosystem and development of water purification technology using ecological engineering for developing countries | Water and wastewater engineering for developing countries, and ecological engineering for eutrophic lakes and reservoirs. | |
Professor | Hiroto MURAKAMI (Concurrent Post) |
M | Development of functional polymer membrane | Application of advanced functional polymer materials for water treatment | |
Associate Professor | Takahiro FUJIOKA | M | Development of water treatment processes using membrane separation technologies and online water quality monitoring instruments | Water treatment | |
Structual Engineering Program | Associate Professor | Kohei YAMAGUCHI | M | Research on improving the efficiency of bridge maintenance and detecting internal damage to concrete | Bridge engineering, Infrastructure, Maintenance, Inspection and diagnosis, Municipal support |
Associate Professor | Kenji SASAKI | M | Advancement of evaluation method for material and construction performance toward improving quality and productivity of concrete structures | Concrete engineering |
Cource of Civil and Enviromental Engineering | |||
---|---|---|---|
Subject | Lecturer | Credits | |
1 | Advanced structural design | Prof. Yamaguchi | 2 |
2 | Advanced Environmental Hydraulics | Prof. Tada | 2 |
3 | Advanced Coastal Environmental Engineering | 2 | |
4 | Advanced Water Treatment Engineering | 2 | |
5 | Continuum Mechanics | Prof. Nakamura | 2 |
6 | Reliability-based Design for Structures | 2 | |
7 | Numerical Fluid Dynamics Exercise | Asso.Prof.Suzuki | 1 |
8 | Advanced Water Environmental System Engineering | 2 | |
9 | Advanced Maintenance and Management of Infrastructure | Prof. Okumatsu | 2 |
10 | Advanced Geoenvironmental Engineering | Prof. Jiang | 2 |
11 | Advanced Remote Sensing | Prof. Seto | 2 |
12 | International Course in Civil Infrastructure Maintenance | Prof. Matsuda, Nishikawa, Jiang, Omine, Yamaguchi, Nakamura, Okumatsu, Sasaki | 2 |
13 | Advanced Structural Analysis Exercise | Asso. Prof. Nishikawa | 1 |
14 | Advanced Urban and Regional Planning | Asso.Prof.Ishibashi | 2 |
15 | Internship | 1 | |
16 | Advanced Geotechnical Engineering | Prof. Omine | 2 |
17 | Advanced Recycle Technology Engineering | Prof. Sugimoto | 2 |
18 | Practical English for Science and Engineering A | Prof.Omine | 1 |
19 | Practical English for Science and Engineering B | Prof.Jiang | 1 |
20 | Practical English for Science and Engineering C | All teachers | 1 |
21 | Practical English for Science and Engineering D | All teachers | 1 |
22 | Advanced Civil Engineering Exercise A | All teachers | 2 |
23 | Advanced Civil Engineering Exercise B | All teachers | 2 |
24 | Advanced Civil Engineering Exercise C | All teachers | 2 |
25 | Advanced Geoinformatics※Not offered in 2020 | 2 | |
26 | Overseas Project Management | 2 | |
27 | Maintenance and Management of Civil Infrastructures | 3 | |
28 | Advanced Applied Physics and Engineering | Prof. Moriyama | 2 |
29 | Applied Entrepreneurship & Business Planning | 1 | |
30 | Innovation Management/Technology, IP & Open Innovation Strategies | 1 | |
31 | Technology Marketing & Customer Development | 1 | |
32 | Advanced Modern Applied Mathematics | Prof.Shimomoto | 2 |
33 | Management of intellectual property | Prof.Yazawa | 1 |
34 | Introduction to the Ocean Development Industry * | Prof. Kyozuka | 2 |
35 | Advanced Seminar in Numerical Analysis ※2 | Prof.Saimoto,Yamaguchi, Shimomoto,Moriyama |
1 |
36 | Exercise for Computational Physics ※2 | Prof.Saimoto | 1 |
37 | Practice in Interdisciplinary Engineering | 1 | |
38 | Advanced Management of Technology | 1 | |
39 | Advanced Industrial Economics | 1 | |
40 | Principle of Environment Energy and Resources | 1 |
Course of Water and Enrivonmental Engineering | |||
---|---|---|---|
Subject | Lecturer | Credits | |
41 | Advanced Surface Chemisty | Prof.Tanabe | 2 |
42 | Transport theory in water environment and water engineering | Prof. Tanabe,Prof.Tada | 2 |
43 | Mathematical and physical methods for water environmental engineering and science | Prof. Itayama, Prof Tada | 2 |
44 | Environmental monitoring and analysis practicum | Prof. Tada, Prof. Suzuki | 1 |
45 | Environmental material science and chemistry | Prof. Itayama, Prof. Tanabe, Prof. Murakami | 2 |
46 | Environmental data analysis | Prof. Moriyama | 2 |
47 | Advanced Applied Physics and Engineering | 2 | |
48 | Geoinformatics | 2 | |
49 | Restoration and conservation of water environment | Prof. Itayama | 2 |
50 | Water environment practicum | 1 | |
51 | Water treatment and process control | 2 | |
52 | Advanced water treatment practicum A | 1 | |
53 | Advanced water treatment practicum B | Prof. Itayama | 1 |
54 | Practical internship program | Prof. Fujioka, Prof. Itayama | 2 |
55 | Modern water treatment engineering | Prof. Itayama, Prof. Tanabe, Prof. Fujioka | 2 |
56 | Practical English for Science and Engineering A | 1 | |
57 | Practical English for Science and Engineering B | Prof.Fujioka | 1 |
58 | Practical English for Science and Engineering C | 1 | |
59 | Practical English for Science and Engineering D | 1 | |
60 | Advanced membrane technology ※1 | 2 | |
61 | Hydrosphere modeling practicum A | Prof. Suzuki | 1 |
62 | Hydrosphere modeling practicum B | Prof. Seto | 1 |
63 | Advanced coastal observation date assimilation※1 | Prof. Sakai | 2 |
64 | Anaerobic water treatment technology ※1 | Rameshprabu Ramaraj | 2 |
65 | Water and environmental technology for international support ※2 | 2 | |
66 | Advanced environmental impact assessment ※2 | 2 | |
67 | Precision chemical analysis ※2 | 2 | |
68 | Advanced Modern Applied Mathematics | Prof.Shimomoto | 2 |
69 | Management of intellectual property | Prof.Yazawa | 1 |
70 | Introduction to the Ocean Development Industry * | Prof. Kyozuka | 2 |
71 | Advanced Seminar in Numerical Analysis ※2 | Prof.Saimoto,Yamaguchi,Shimomoto,Moriyama | 1 |
72 | Exercise for Computational Physics ※2 | Prof.Saimoto | 1 |
73 | Practice in Interdisciplinary Engineering | 1 | |
74 | Advanced Management of Technology | 1 | |
75 | Advanced Industrial Economics | 1 | |
76 | Principle of Environment Energy and Resources | 1 |
Compulsory course | |||
---|---|---|---|
Subject | Lecturer | Credits | |
1 | China Survey | Dr. LI Saiqiang; Dr. TAN Mingran; ect | 2 |
School of Civil Engineering for M.S. Students (Jinan Campus) | |||
---|---|---|---|
Subject | Lecturer | Credits | |
2 | Finite element method and optimization algorithm in engineering | Dr. Song YU | 2 |
3 | Science and Technology of Civil Engineering Materials | Dr. Zhaofeng LI | 2 |
4 | International construction management and practice | Dr. Yanhong LIANG | 2 |
5 | BIM in Design and Construction | Dr. Mei LIU | 2 |
6 | Structural Dynamics and Earthquake Engineering | Dr. Canxing QIU | 2 |
7 | Fracture Mechanics | Dr. Bo ZHANG | 2 |
8 | Geotechnical Earthquake Engineering | Dr. Bo HAN | 2 |
9 | Contaminant Hydrogeology | Dr. Deqiang MAO | 2 |
10 | Advanced Structural Mechanics | Dr. Yanming Wang | 2 |
11 | Rock Mechanics | Dr. Lei Yang | 2 |
12 | Advanced Water and Wastewater Treatment | Dr. Jiong ZHANG | 2 |
13 | Construction Project Management | Dr. Yanhong LIANG, Haiying JIANG | 2 |
14 | Chinese Language | 4 | |
15 | Earthquake Engineering | 2 | |
16 | The Elastic Mechanics | 2 |
School of Environmental Science and Engineering (Qingdao Campus) | |||
---|---|---|---|
Subject | Lecturer | Credits | |
17 | Advanced Environmental Chemistry | Dr. Pamela Holt | 2 |
18 | Environmental Toxicology | Dr. Rutao Liu, Dr. Qigui Niu | 2 |
19 | Resource utilization of industrial and agricultural wastes by microbial technology | Dr.Qigui Niu | 2 |
20 | Atmospheric Climate and Environment: Global Changes | Prof. Christophe Guimbaud | 2 |
21 | Bioaerosols | Dr. Yan Wu | 2 |
22 | Special wastewater treatment technology | Dr. Chunhua Xu | 3 |
23 | Recycling and Valorization of Waste Biomass | Prof. Yang ZENG | 2 |
24 | Modern Water and Wastewater Treatment Technology | Prof. Baoyu Gao | 2 |
25 | Modern Environmental Toxicology | Prof. Rutao Liu | 2 |
26 | Atmospheric chemistry | Prof. Weijun Li | 3 |
27 | Environmental Theoretical Chemistry | Prof. Qingzhu Zhang | 3 |
28 | Valorization of Waste Biomass via Products and Energy Recovery | Prof. Yang ZENG | 2 |
29 | Novel technologies for waste treatment and bio-resource utilization | Dr. Qigui Niu and Prof. Rutao Liu | 2 |
30 | Anaerobic Biotechnology | 2 | |
31 | Drinking Water Treatment Technology | 2 | |
32 | Special topic on practice of pollution control technology | 6 | |
33 | major english | 2 | |
34 | Frontiers (Lectures) of Environmental Engineering | 2 |
Selective course | |||
---|---|---|---|
Subject | Lecturer | Credits | |
35 | US Economy and Trade Policy | Dr. Lijuan ZHANG | 2 |
36 | Western Civilization with Chinese Comparisons | Undetermined | 2 |
37 | Technical Writing in English | Foreign teachers | 2 |
38 | Multivariate Data Analysis | Dr. Pengchao SI | 2 |
39 | Engineering Fracture Mechanics | Dr. Jun WANG;Dr. Hongtao ZHU | 2 |
40 | Finite Element Method | Dr. Jianming WANG;Dr.Jie SUN;Dr.Qiaona LV | 3 |
41 | Elastic-plastic Mechanics | Dr. Shenjie ZHOU | 3 |
42 | Data Mining | Dr.Yang LIU;Dr.Xiaohui YU;Dr.Jun MA | 2 |
43 | Image Processsing and Analysis | Dr.Xueying QIN;Dr.Yilong YIN | 2 |
44 | Advanced Database Systems | Dr.Xiaohui YU;Dr.Yang LIU;Dr.Xunjin WANG | 3 |
Chemistry& Chemical Engineering courses | |||
---|---|---|---|
Subject | Lecturer | Credits | |
45 | Kinetics of electrode process | Shuyong ZHANG | 3 |
46 | Synthesis Chemistry | Zaijun LU, Baoxiang ZHAO, Peidan HE | 3 |
47 | Modern Instrumental Analysis and Application | Lin NIU | 3 |
48 | Molecular Spectroscopy | Baiqing LI | 2 |
49 | Quantum Chemistry | Dongju ZHANG | 3 |
Water Resources and Environmental Engineering | |||
---|---|---|---|
Subject | Lecturer | Credits | |
1 | Co-operative Training in Water Resources | Kyung Soo Jun | 3 |
2 | Co-operative Education for Water Resources Practice | 3 | |
3 | Independent Research for Masters Thesis (1) | 3 | |
4 | Independent Research for Masters Thesis (2) | 3 | |
5 | Flow Analysis for River Systems | 3 | |
6 | Computational River Hydraulics | 3 | |
7 | Analysis and Management of River Water Quality | 3 | |
8 | Practical Business for Global Water Industry | 3 | |
9 | Floating Desalination Plant | Hyung Soo Kim | 3 |
10 | Smart Water Grid | 3 | |
11 | Membrane Water Treatment | 3 | |
12 | Water Circulation Plant Engineering | 3 | |
13 | Adcanced Environmental Analyical Chemistry | 3 | |
14 | ICT-based Smart River Management | Chang Wan Kim | 3 |
15 | Design of Hydraulic Structures | Nak Kyung Kim | 3 |
16 | Advanced Water Treatment Unit Operation | Ji Hoon Kim | 3 |
17 | Groundwater Modeling: Theory and Practice | Dong Kyun Kim | 3 |
18 | Commercialization of environmental technique | Jong Doo Kim | 3 |
19 | Integrated Coastal Zone Management | Jung Lyul Lee | 3 |
20 | Scientific Computing: Theory and Practice | 3 | |
21 | Management of Coastal Environment | 3 | |
22 | Smart Eco City Technology | 3 | |
23 | Environmental Economics | 3 | |
24 | Introduction to Offshore Energy | 3 | |
25 | Advanced Wave Mechanics | 3 | |
26 | Advanced Environmental Analytical Chemistry | Eui Jong Lee | 3 |
27 | Special Topics in Environmental Engineering | 3 | |
28 | Introduction to U-IT | Doo Hyung Lee | 3 |
29 | Advanced Biological Water Treatment | Ick Tae Yeom | 3 |
30 | Water Chemistry | 3 | |
31 | Advanced Rock Engineering | Chung Sik Yu | 3 |
32 | Planning and Design of Multi-purpose Dams | Kyung Taek Yum | 3 |
33 | International Construction Contract | Chan Ho Yoon | 3 |
34 | Global Water Industry | Jin Seok Seo | 3 |
35 | Global Environmental Ethics | 3 | |
36 | Hydrologic Modeling: Theory and Practice | Umar Waqas Liaqat | 3 |
37 | Water Resources & Remote sensing | 3 | |
38 | Integrated Water Resources Management | Young Hyun Cho | 3 |
39 | The State & Forecast of Environmental Industry | Young Moo Cho | 3 |
40 | Hydro-meteorology | Minha Choi | 3 |
41 | Statistical Hydrology | 3 | |
42 | Integrated Flood Risk Management | Eun Sung Chung | 3 |
43 | Modeling and Management of the Water Supply Pipe Network | Han Yung Park | 3 |
44 | Membrane Manufacturing | Jae Young Jang | 3 |
45 | Communications and presentations on water resources 1 | Am Jang | 3 |
46 | Communications and presentations on water resources 2 | Sang Hyun Jeong | 3 |
47 | Evaluation of the business feasibility for environment project | Keom Bae | 3 |
48 | Planning and Design of Multi-purpose Dams | Adjunct Professor | 3 |
Water Resources and Environmental Engineering | |||
---|---|---|---|
Subject | Lecturer | Credits | |
49 | Advanced Soil Mechanics | Chung Sik Yoo | 3 |
50 | Slope Stability | 3 | |
51 | Building Structure System | Jin Goo Kim | 3 |
52 | Structural Dynamics | Tae Hoon Kim | 3 |
53 | Advanced Construction Materials | Gwang Myeong Lee | 3 |
54 | Design of Steel Structures | Mohamed Eldin | 3 |
55 | Dynamic Analysis of Structural Systems | 3 | |
56 | Application of Finite Element Method | Moon Young Kim | 3 |
57 | Building Performance Simulation | Bo Hyeong Ju | 3 |
58 | Advanced Foundation Engineering Ⅱ | Nak Kyeong Kim | 3 |
59 | Advanced Design of Mega Foundations | 3 | |
60 | Advanced Construction | Ye Sang Kim | 3 |
61 | Spatial Information Analysis | Gwang Bae Kim | 3 |
62 | An Introduction to Photogrammetry | 3 | |
63 | Advanced Hydrographic Surveying | Ho Joon Lee | 3 |
64 | Advanced Design of Reinforced Concrete Structures | Jung Yoon Lee | 3 |
65 | Prestressed Concrete Structural System | 3 | |
66 | Space/Satellite Eodesy | Hong Sic Yun | 3 |
67 | Disaster Surcey Method | 3 | |
68 | Advanced Information Technology in the Construction Industry | Sangyoon Chin | 3 |
69 | Cost Estimation for Building Construction | Soonwook Kwon | 3 |
70 | Fundamentals of Soil Behavior | Nak Kyeong Kim | 3 |
Please feel free to ask us anything about “CAMPUS Asia”!
This department has 6 laboratories for infrastructure; Hydrospheric Environment, Environmental Planning, International Water Environment, Geo-environment and Civil Engineering Structures. You can study about ground, civil engineering and water environment which are required to create a safe and secure infrastructure.
Nagasaki University has university co-op and a cafeteria. Talking about the university co-op, at the store on campus, you can get groceries including freshly baked bread and boxed lunches, stationary and daily necessities. In addition to those, you can also get OA equipment and Nagasaki University original goods. Talking about the cafeteria, in addition to a daily special with rice as the main dish, there are also Donburi, noodles and single dishes. Its cafeteria is quite large and cleanliness
The library, which stands in front of the Department of Engineering, boasts a collection of some 592,400 books alone. The library has an ICT support counter for computer-related questions and consultations, a learning commons where students can study while conversing, and a library lounge that can be used for group study and refreshments. The library lounge is highly convenient and well received by students.
The area around the campus has Sumiyoshi Shopping Street and Nakazono Shopping Street, which are locally loved. Fresh food, clothing stores, bookstores, drugstores, beauty salons, and other necessities are available and very convenient. There is also a wide variety of restaurants and eateries suitable for both day and evening meals.
With the experience of accepting international students for more than 50 years, the university has the largest number of international students in Shandong Province. Many professors have over 20 years of experience!
Students are expected to identify a task and engage in research on their own at Shandong University. Collaboration with your classmates and senior students will help make your research more meaningful and productive. Students, of course, communicate in English.
The central campus has a cafeteria building with four floors above the ground and one floor under the ground. Each floor has cafeteria with various items from stir-fried dishes and steamed dishes to noodles! You can even find Halal dishes. One dish costs about 10 yuan (about 180 yen).
The museum in the central campus exhibits precious clay vessels and the like discovered in Shandong Province, showing its deep and long history.
The campus has three large dorm buildings. Each dorm consists mainly of private rooms as well as shared rooms for two or four persons. There are so you can easily start staying in the dorm. You will see messages from other international students on the wall in the public space on the first floor!
The campus of Shandong University is located in the heart of Jinan, a big city with large parks and shopping malls. It has many good places to eat, from cafeteria to restaurant!
The professors here are noted for being caring and gentle towards students and they teach with courtesy. They also listen to students empathically to help them concentrate on their studies without concerns.
Being one of the top 10 private universities in Korea, the university offers a wide range of lectures from 9 am to 3 pm. International students can also take Korean lessons, which will make their daily lives easier.
Suwon Campus has three cafeterias, offering various items. Today’s dish is Bibimbap, a popular Korean food! The cafeterias provide large and comfortable space.
This huge library with seven floors above the ground and one floor under the ground is a symbol of the Suwon Campus. Students spend their after-class hours studying here.
The dorm has three types of rooms; for two persons, four persons, and six persons. An attendant is on duty 24 hours a day. It is equipped with ample facilities including cafeteria, laundry machines, and fitness rooms (2000 yen per month), just like a guest house!
At Korea House in Seoul, you can try on Korean traditional costume, Hanbok, and cook Bibimbap. I enjoyed them with other exchange students.
You can walk straight out of the back gate onto the downtown area, where you will find places to eat and drink, convenience stores and so on. The campus is conveniently located with a big supermarket and a subway station nearby.