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Yokohama National University (YNU)
Yokohama National University (YNU) (横浜国立大学) is one of 58 universities included in U-Multirank for Japan. Yokohama National University (YNU) is a midsize public university located in Yokohama with 9613 students enrolled (2019 data or latest available). It was founded in 1949. With regard to the scope of its subjects and degree programmes offered, the Yokohama National University (YNU) is a broad institution. It offers programmes in foreign languages. It is characterised by a medium percentage of international students. The Yokohama National University (YNU) graduation rate is 95,73 for bachelors (A score). As made clear by its sunburst chart – a snapshot illustration of the university’s performance profile across the five U-Multirank dimensions – the Yokohama National University (YNU) is strongest in Knowledge Transfer. Its overall profile shows top performance across various indicators, with 11 ‘A’ (very good) scores overall. For a comprehensive overview of this university’s performance, see its complete performance scores in the tables below.
Yokohama National University (YNU)
79-1 Tokiwadai, Hodogaya-ku
240-8501 Yokohama
Japan
+81453393036
https://www.ynu.ac.jp/english/
Embed sunburst: <iframe src=https://www.umultirank.org/university-performance-charts/yokohama-national-university-ynu-rankings scrolling=no style="height:274px;width:300px;border:none; padding-left: 0px; padding-top: 0px;"/>
Compare Yokohama National University (YNU) to other universities
U-Multirank's unique 'Sunburst chart' gives an illustration of a university's performance profile across the five U-Multirank dimensions. These are indicated in different colours. For instance, the teaching and learning dimension is symbolised by the colour green. Each 'sunray' represents one of the thirty plus U-Multirank indicators. The longer the ray, the better the performance of an institution on the selected indicator: a full-length ray stands for 'top group' performance, whereas a short ray means 'weak' performance. A missing sunray indicates that the specific data indicator is not available. An institution's performance in an indicator can be identified by moving the cursor over the rays. A key guard for the sunburst chart is provided here .
Outreach programs
1
0
6
Pedagogiacally skilled teaching staff
0
0
4
Digital education investment
1
%0
66.08
Bachelor graduation rate
95.73
%0
100
Masters graduation rate
0
100
Graduating on time (bachelors)
86.12
%0
100
Graduating on time (masters)
95.35
%0
100
Relative BA graduate unemployment
Relative MA graduate unemployment
Relative graduate unemployment long first degree
Graduating on time (long first degree)
Graduation rate long first degree
Gender balance
0.39
1.22
86.44
Female authors
11.01
%0
100
Citation rate
0.58
0.11
2.71
Research publications (absolute numbers)
2,044
0
98,038
Research publications (size-normalised)
0.213
0
13.17
External research income
42.76
0
859.22
Art related output
0.07
0
24.96
Top cited publications
3
%0
32.8
Interdisciplinary publications
10.3
0.3
35.7
Post-doc positions
2.2
%0
100
Professional publications
3.93
0
54.68
Open Access Publications
20
%0
100
Co-publications with industrial partners
11.7
%0
59.7
Income from private sources
17.4
0
888.9
Patents awarded (absolute numbers)
44
0
3,266
Patents awarded (size-normalised)
4.577
0
500.4
Industry co-patents
54.546
%0
100
Spin-offs
0
0
334.57
Publications cited in patents
0.9
%0
7.3
Income from continuous professional development
0
%0
100
Graduate companies
0
433.85
Foreign language bachelor programmes
9.09
%0
100
Foreign language master programmes
50
%0
100
Foreign language long first degree programmes
Student mobility
0.03
0
1
International academic staff
4.59
%0
100
International joint publications
31.8
%6.3
92.4
International doctorate degrees
40.3
%0
100
Bachelor graduates working in the region
0
100
Master graduates working in the region
0
100
Student internships in the region
79.45
%0
100
Regional joint publications
40.2
%0
93.5
Income from regional sources
18.62
%0
100
Regional Publications with Industrial Partners
69.5
0
97.06
Social inclusion
0.3 % students with disability; 0.2 % mature students; 31.8 % first generation students
Female academic staff
18
%Student-staff ratio
0
145.27
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
97.1
%0
100
Academic staff with doctorates
100
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
0
/90
9
Gender balance
1.19
4.14
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
23.78
%0
79
External research income
90.1
0
963
Doctorate productivity
0.2
0
3.68
Research publications (absolute numbers)
142
0
10,580
Citation rate
0.73
0
2.96
Top cited publications
5.1
%0
33
Interdisciplinary publications
19.8
%0
33.1
Research orientation of teaching
0
Open Access Publications
21.1
%0
72.2
Income from private sources
3.85
%0
100
Co-publications with industrial partners
12
%0
12.9
Publications cited in patents
2.36
%0
9.39
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
5
/150
15
Opportunities to study abroad
0
International doctorate degrees
20
%0
75
International joint publications
36.6
%0
100
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
41.5
%0
84.8
Income from regional sources
58.51
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
17
Total number of students in field (major)
62
Percentage of female students
45
%Profile in teaching & learning
Our graduate school cultivates talented individuals in a variety of fields who transcend the barriers between the liberal arts and sciences with the aim of helping to usher in a safe, hospitable, and sustainable society by creating new social value bas...
Our graduate school cultivates talented individuals in a variety of fields who transcend the barriers between the liberal arts and sciences with the aim of helping to usher in a safe, hospitable, and sustainable society by creating new social value based on information from interactions among various environments. Our students not only acquire specialist knowledge and skills, but also develop fluency in communication across different disciplines. This course provides knowledge and skills on Ecology, Bioscience, Earth Science and management of the natural environment.
Teaching & learning website
http://www.eis.ynu.ac.jp/english/index.html
Profile in research
This course consists of three types of research fields, namely Ecology and Bioscience, Earth and Biological Science, and what we call Environmental Studies. Ecology and Bioscience Program covers ecology and life science to discuss the conservation, ma...
This course consists of three types of research fields, namely Ecology and Bioscience, Earth and Biological Science, and what we call Environmental Studies. Ecology and Bioscience Program covers ecology and life science to discuss the conservation, maintenance, and recovery of the natural environment. Earth and Biological Science Program covers geoscience and life sciences to understand violent chanegs in the natural environment. Environmental Studies Program covers interdisciplinary research involving many types of stakeholders for management of the natural environment.
Research website
http://www.eis.ynu.ac.jp/english/index.html
Major profile of faculty
Ecology
Ecology
Graduating in time
97.1
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
8
%Program international orientation
5
/130
13
Graduates employment in the region
9
%Total number of students
62
Students in their 1st year
30
International students
8
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
In the chemistry and life science areas including an interdisciplinary Energy and Sustainable Chemistry area, we have three types of education programs, TED, PED and PSD. The TED program is a traditional course for researchers and engineers. The PED Pr...
In the chemistry and life science areas including an interdisciplinary Energy and Sustainable Chemistry area, we have three types of education programs, TED, PED and PSD. The TED program is a traditional course for researchers and engineers. The PED Program is designed to produce practical engineers and researchers who can turn innovations resulting from the advancement of sciences and technologies into advanced manufacturing. YNU's original PSD Program enables students to acquire various necessary skills in our industrial society through workshops and internships.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
0
145.27
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
99
%0
100
Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
2
/90
9
Gender balance
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
23.78
%0
79
External research income
46.5
0
963
Doctorate productivity
0.07
0
3.68
Research publications (absolute numbers)
142
0
10,580
Citation rate
0.73
0
2.96
Top cited publications
5.1
%0
33
Interdisciplinary publications
19.8
%0
33.1
Research orientation of teaching
0
Open Access Publications
21.1
%0
72.2
Income from private sources
7.81
%0
100
Co-publications with industrial partners
12
%0
12.9
Publications cited in patents
2.36
%0
9.39
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
6
/150
15
Opportunities to study abroad
0
International doctorate degrees
33.3
%0
75
International joint publications
36.6
%0
100
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
41.5
%0
84.8
Income from regional sources
47.17
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
44
Total number of students in field (major)
220
Percentage of female students
30
%Profile in teaching & learning
In the chemistry and life science areas including an interdisciplinary Energy and Sustainable Chemistry area, we have three types of education programs, TED, PED and PSD. The TED program is a traditional course for researchers and engineers. The PED Pr...
In the chemistry and life science areas including an interdisciplinary Energy and Sustainable Chemistry area, we have three types of education programs, TED, PED and PSD. The TED program is a traditional course for researchers and engineers. The PED Program is designed to produce practical engineers and researchers who can turn innovations resulting from the advancement of sciences and technologies into advanced manufacturing. YNU's original PSD Program enables students to acquire various necessary skills in our industrial society through workshops and internships.
Teaching & learning website
https://www.fse.ynu.ac.jp/english/index.html
Profile in research
The important keys for the sustainable development of civilization include the pursuit of exceptional substances and materials, the construction of good production systems, and the understanding and application of life phenomena. This department focuse...
The important keys for the sustainable development of civilization include the pursuit of exceptional substances and materials, the construction of good production systems, and the understanding and application of life phenomena. This department focuses on chemistry and life science and produces internationally-minded professionals who can adapt to evolving science technologies with their basic competency and comprehensive skills to address a wide range of issues involving nature research, manufacturing, energy, and life forms by applying principles and their knowledge.
Research website
https://www.fse.ynu.ac.jp/english/index.html
Graduating in time
99
%0
100
Contact with work environment
2
/90
9
Relative rate of graduate unemployment
Program international orientation
6
/130
13
Graduates employment in the region
Total number of students
220
Students in their 1st year
114
International students
17
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
The approach of the Degree in Civil Engineering is practical, integrating interdisciplinary projects with companies in the development of teaching, as well as Google and Microsoft programming certifications and soft skills learning. The research projec...
The approach of the Degree in Civil Engineering is practical, integrating interdisciplinary projects with companies in the development of teaching, as well as Google and Microsoft programming certifications and soft skills learning. The research projects developed by students and teachers in the RoadLab Sacyr-UAX laboratory are a basic pillar of the degree. In addition, all the students in the last year carry out internships in highly prestigious engineering and construction companies with which the university has signed agreements.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
5.08
145.27
0
Graduating on time (bachelors)
100
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
3
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
4.14
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
23.78
%0
79
External research income
0.3
0
963
Doctorate productivity
0
Research publications (absolute numbers)
142
0
10,580
Citation rate
0.73
0
2.96
Top cited publications
5.1
%0
33
Interdisciplinary publications
19.8
%0
33.1
Research orientation of teaching
0
Open Access Publications
21.1
%0
72.2
Income from private sources
66.55
%0
100
Co-publications with industrial partners
12
%0
12.9
Publications cited in patents
2.36
%0
9.39
BA theses in cooperation with private organisations
34
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
36.6
%0
100
International research grants
0
%0
100
Student internships in the region
16.7
%0
100
Regional joint publications
41.5
%0
84.8
Income from regional sources
0
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
44
Total number of students in field (major)
229
Percentage of female students
36
%Other study programmes
Risk Management and Environmental Science
Risk Management and Environmental Science
Profile in teaching & learning
Risk management theory. "This course systematically covers the principles of risk assessment and analysis, and risk management and communication for practical skills. The Department of Environmental Risk Science is the only department in Japan that off...
Risk management theory. "This course systematically covers the principles of risk assessment and analysis, and risk management and communication for practical skills. The Department of Environmental Risk Science is the only department in Japan that offers a systematic study of environmental risk management. Practical Exercise Courses: In addition to social sciences such as consensus building and spatial analysis such as GIS (geological information systems), the department offers practical seminar courses based on a fusion of humanities and science.
Teaching & learning website
http://www.envrisk.ynu.ac.jp/
Profile in research
Ecological Risk, Biodiversity, Ecosystem Assessment, Forest, Soil, Plant Ecology, Plant Molecular Physiology, Paleoecology, Geology, Earth System Science, Rock Properties, Marine Science, Biological Oceanography, Aquatic Ecology, Environmental Safety C...
Ecological Risk, Biodiversity, Ecosystem Assessment, Forest, Soil, Plant Ecology, Plant Molecular Physiology, Paleoecology, Geology, Earth System Science, Rock Properties, Marine Science, Biological Oceanography, Aquatic Ecology, Environmental Safety Chemistry, Information Security Management, Urban Environment, Energy Systems, Urban and Regional Economics, Social Gerontology, Global and Local Management, History of Science, Philosophy and Ethics, Environmental Law, Urban Disaster Prevention Planning, Public Policy, Empirical Economy
Research website
http://www.envrisk.ynu.ac.jp/
Graduating in time
100
%0
100
Contact with work environment
3
/90
9
Relative rate of graduate unemployment
Program international orientation
0
13
Graduates employment in the region
Total number of students
229
Students in their 1st year
59
International students
19
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
Teaching is characterized by a very practical approach, based on case analysis, with expert teachers in cybersecurity, who have extensive research experience in their field of knowledge. In addition, the professional profile of a large part of the teac...
Teaching is characterized by a very practical approach, based on case analysis, with expert teachers in cybersecurity, who have extensive research experience in their field of knowledge. In addition, the professional profile of a large part of the teaching staff, who occupy positions of great responsibility in leading companies in information security, guarantee high-quality teaching and up-to-date content. Students carry out work experience in leading companies in the sector.
Restricted admission in academic year 2012/13
yes
yes
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
11.55
62.84
0
Graduating on time (bachelors)
95.3
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
2.81
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
21.62
%0
88.33
External research income
0
0
714.3
Doctorate productivity
0
Research publications (absolute numbers)
86
0
2,913
Citation rate
0.43
0
2.07
Top cited publications
1.4
%0
27.4
Interdisciplinary publications
21.6
%0
38.9
Research orientation of teaching
0
Open Access Publications
4.7
%0
75.3
Income from private sources
0
%0
100
Co-publications with industrial partners
18.6
%0
27
Publications cited in patents
0.52
%0
3.44
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
1
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
5.8
%0
87.1
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
32.6
%0
100
Income from regional sources
0
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
11
Total number of students in field (major)
116
Percentage of female students
47
%Profile in teaching & learning
Our program aims to nurture human resources who will become engineers in life science-related industries and researchers in bioscience-related fields, aiming to realize a healthy and safe society based on the results of modern biology. Students can dev...
Our program aims to nurture human resources who will become engineers in life science-related industries and researchers in bioscience-related fields, aiming to realize a healthy and safe society based on the results of modern biology. Students can develop practical knowledge, experimental techniques, and information science skills through the use of experimental facilities and faculty members who can study everything from the molecular level to the cellular and individual levels, as well as microorganisms, plants, animals, and related sciences, and information sciences.
Teaching & learning website
http://www.bio.ynu.ac.jp/
Profile in research
This program includes the disciplines of biological sciences, agriculture, medicine, and pharmacy, covering the research areas of genetics, molecular biology, microbiology, plant science, medical engineering and regenerative medicine. Through specializ...
This program includes the disciplines of biological sciences, agriculture, medicine, and pharmacy, covering the research areas of genetics, molecular biology, microbiology, plant science, medical engineering and regenerative medicine. Through specialized education provided by a group of faculty members and laboratory facilities that can cover a wide range of biological fields, including basic biology to genome science and bioinformatics.
Research website
http://www.bio.ynu.ac.jp/
Graduating in time
95.3
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Program international orientation
1
/130
13
Graduates employment in the region
Total number of students
116
Students in their 1st year
31
International students
2
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
Courses are awarded with 6 ECTS and are mostly elective, covering various mathematical areas. Special emphasis is given to discrete mathematics and algebra. Elective courses by guest lecturers are often available, giving the students opportunity to dis...
Courses are awarded with 6 ECTS and are mostly elective, covering various mathematical areas. Special emphasis is given to discrete mathematics and algebra. Elective courses by guest lecturers are often available, giving the students opportunity to discover different areas. Through their thesis, students can be introduced into research. For students interested in the finance and the economy courses within applied mathematics are offered. In the year 2021/22 we offer 3 study field within the programme. Graduates also opt for careers that are not directly related to Mathematics.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
9.58
62.84
0
Graduating on time (bachelors)
89.9
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
2.81
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
21.62
%0
88.33
External research income
0.8
0
714.3
Doctorate productivity
0
Research publications (absolute numbers)
86
0
2,913
Citation rate
0.43
0
2.07
Top cited publications
1.4
%0
27.4
Interdisciplinary publications
21.6
%0
38.9
Research orientation of teaching
0
Open Access Publications
4.7
%0
75.3
Income from private sources
67.57
%0
100
Co-publications with industrial partners
18.6
%0
27
Publications cited in patents
0.52
%0
3.44
BA theses in cooperation with private organisations
30
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
5.8
%0
87.1
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
32.6
%0
100
Income from regional sources
0
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
30
Total number of students in field (major)
327
Percentage of female students
26
%Other study programmes
Chemistry Applications Program
Chemistry Applications Program
Profile in teaching & learning
From the first year to the first half of the second year, students are provided with a solid foundation in the common basic education of the Department of Chemistry and Life Sciences. From the second semester of the second year, specialized education w...
From the first year to the first half of the second year, students are provided with a solid foundation in the common basic education of the Department of Chemistry and Life Sciences. From the second semester of the second year, specialized education will be added based on the student's wishes and the status of course registration. In the second and third years, students cultivate basic knowledge of chemistry, materials, chemical processes, safety and the environment through lectures and exercises, and acquire practical application skills through experiments and practical training.
Teaching & learning website
http://www.cap.ynu.ac.jp/
Profile in research
In the graduation research, students set research themes that have a strong connection with the real world, and through repeated research discussions with senior graduate students and faculty members, they develop their expertise and research and devel...
In the graduation research, students set research themes that have a strong connection with the real world, and through repeated research discussions with senior graduate students and faculty members, they develop their expertise and research and development skills, and acquire the high ability to contribute to society.
Research website
http://www.cap.ynu.ac.jp/
Graduating in time
89.9
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Program international orientation
0
/130
13
Graduates employment in the region
Total number of students
327
Students in their 1st year
79
International students
4
Period of study
4
year(s)Tuiton fees for national students
4,885
€Tuiton fees for international students
4,885
€Special features of the study programmes
The first two years are mainly devoted to learning and consolidating the fundamentals of analysis, algebra, discrete mathematics, numerical computing. During the entire study, students complete 30 courses (21 compulsory and 9 elective), all awarded wit...
The first two years are mainly devoted to learning and consolidating the fundamentals of analysis, algebra, discrete mathematics, numerical computing. During the entire study, students complete 30 courses (21 compulsory and 9 elective), all awarded with 6 ECTS-credits. Computer Science subjects are offered as elective courses, although there is already a strong interdisciplinarity with CS also in mandatory courses. Intertwined with mathematics is also the study programme Mathematics in Economics and Finance. In the year 2021/2022, we offer 4 study fields within the programme Mathematics (B).
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
0
150.46
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
2
/90
9
Gender balance
0
3.79
0
Overall learning experience
0
6
1
Quality of courses & teaching
0
6
1
Organisation of program
0
6
1
Contact with teachers
0
6
1
Inclusion of work/practical experience
0
6
1
Library facilities
0
6
1
IT provision
0
6
1
Digital teaching
0
6
1
Room facilities
0
6
1
Female authors
13.56
%0
76
External research income
101.8
0
1,334.4
Doctorate productivity
0
0
2.67
Research publications (absolute numbers)
557
4
20,844
Citation rate
0.63
0
2.31
Top cited publications
2.7
%0
29.8
Interdisciplinary publications
12.6
%0
31.5
Research orientation of teaching
0
6
1
Open Access Publications
17.4
%0
53.1
Income from private sources
3.71
%0
100
Co-publications with industrial partners
14.9
%0
26.2
Publications cited in patents
1.51
%0
7.02
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
5
/150
15
Opportunities to study abroad
0
6
1
International doctorate degrees
0
%0
100
International joint publications
18.7
%0
87.5
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
35.9
%0
68.8
Income from regional sources
0.35
%
Social inclusion
Academic staff (fte)
27
Total number of students in field (major)
0
Percentage of female students
0
%Profile in teaching & learning
In the chemistry and life science areas including an interdisciplinary Energy and Sustainable Chemistry area, we have three types of education programs, TED, PED and PSD. The TED program is a traditional course for researchers and engineers. The PED Pr...
In the chemistry and life science areas including an interdisciplinary Energy and Sustainable Chemistry area, we have three types of education programs, TED, PED and PSD. The TED program is a traditional course for researchers and engineers. The PED Program is designed to produce practical engineers and researchers who can turn innovations resulting from the advancement of sciences and technologies into advanced manufacturing. YNU's original PSD Program enables students to acquire various necessary skills in our industrial society through workshops and internships.
Teaching & learning website
https://www.fse.ynu.ac.jp/english/index.html
Profile in research
The important keys for the sustainable development of civilization include the pursuit of exceptional substances and materials, the construction of good production systems, and the understanding and application of life phenomena. This department focuse...
The important keys for the sustainable development of civilization include the pursuit of exceptional substances and materials, the construction of good production systems, and the understanding and application of life phenomena. This department focuses on chemistry and life science and produces internationally-minded professionals who can adapt to evolving science technologies with their basic competency and comprehensive skills to address a wide range of issues involving nature research, manufacturing, energy, and life forms by applying principles and their knowledge.
Research website
https://www.fse.ynu.ac.jp/english/index.html
Major profile of faculty
Chemistry
Chemistry
Graduating in time
0
100
Contact with work environment
2
/90
9
Relative rate of graduate unemployment
Program international orientation
5
/130
13
Graduates employment in the region
Total number of students
Students in their 1st year
International students
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
The mathematical sciences program aims to develop (i) human resources to contribute to society through mathematical sciences and (ii) human resources to solve complex problems using computer simulation and mathematical modeling. In order to achieve th...
The mathematical sciences program aims to develop (i) human resources to contribute to society through mathematical sciences and (ii) human resources to solve complex problems using computer simulation and mathematical modeling. In order to achieve the goals, the program prepares educational courses consisting of lectures and exercises regarding mathematical sciences. Students learn mathematical sciences, focusing on the basics of modern mathematics, with applications in information science, mathematical physics, computer simulation, and mathematical modeling.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
8.29
150.46
0
Graduating on time (bachelors)
94.6
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
3.79
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
13.56
%0
76
External research income
13.5
0
1,334.4
Doctorate productivity
0
Research publications (absolute numbers)
557
4
20,844
Citation rate
0.63
0
2.31
Top cited publications
2.7
%0
29.8
Interdisciplinary publications
12.6
%0
31.5
Research orientation of teaching
0
Open Access Publications
17.4
%0
53.1
Income from private sources
2.09
%0
100
Co-publications with industrial partners
14.9
%0
26.2
Publications cited in patents
1.51
%0
7.02
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
18.7
%0
87.5
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
35.9
%0
68.8
Income from regional sources
7.02
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
39
Total number of students in field (major)
341
Percentage of female students
28
%Profile in teaching & learning
This program trains scientific researchers having sufficient basic knowledge of chemistry who can solve the truth of the material of interest through the atomic and/or molecular worlds by drawing their knowledge from various natural sciences, and scien...
This program trains scientific researchers having sufficient basic knowledge of chemistry who can solve the truth of the material of interest through the atomic and/or molecular worlds by drawing their knowledge from various natural sciences, and scientific engineers who can think over the leading-edge chemistry and can contribute to the technological innovation by drawing their skills.
Teaching & learning website
https://www.es.ynu.ac.jp/english/education/dep/dep2.html
Profile in research
This program trains scientific researchers having sufficient basic knowledge of chemistry who can solve the truth of the material of interest through the atomic and/or molecular worlds by drawing their knowledge from various natural sciences, and scien...
This program trains scientific researchers having sufficient basic knowledge of chemistry who can solve the truth of the material of interest through the atomic and/or molecular worlds by drawing their knowledge from various natural sciences, and scientific engineers who can think over the leading-edge chemistry and can contribute to the technological innovation by drawing their skills.
Research website
https://www.es.ynu.ac.jp/english/education/dep/dep2.html
Major profile of faculty
Chemistry
Chemistry
Graduating in time
94.6
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Program international orientation
0
/130
13
Graduates employment in the region
Total number of students
341
Students in their 1st year
84
International students
1
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
Ocean and space engineering, which form the basis of System Design for Ocean Space EP, does not aim to acquire individual elemental technologies as the ultimate goals, but covers a wide range of basic technologies and advanced technologies. It has the ...
Ocean and space engineering, which form the basis of System Design for Ocean Space EP, does not aim to acquire individual elemental technologies as the ultimate goals, but covers a wide range of basic technologies and advanced technologies. It has the characteristics of macro engineering (comprehensive planning engineering) that integrates into and organically creates complex structures.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
6.93
99.98
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
99.3
%0
100
Academic staff with doctorates
71.1
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
0
/90
9
Gender balance
0.32
1.56
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
6.25
%0
50
External research income
93.2
0
843.4
Doctorate productivity
0.4
0
2.69
Research publications (absolute numbers)
83
0
2,929
Citation rate
0.43
0
1.73
Top cited publications
2.4
%0
33
Interdisciplinary publications
12.8
%0
47.6
Research orientation of teaching
0
Open Access Publications
15.7
%0
47.2
Income from private sources
5.17
%0
100
Co-publications with industrial partners
15.7
%0
15.7
Publications cited in patents
0
%0
2.38
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
6
/150
15
Opportunities to study abroad
0
International doctorate degrees
79.3
%0
79.31
International joint publications
42.2
%0
84.5
International research grants
0.41
%0
100
Student internships in the region
0
%0
100
Regional joint publications
30.1
%0
44.4
Income from regional sources
17.98
%
Social inclusion
No students with disability; 14,9 % mature students;
Academic staff (fte)
26
Total number of students in field (major)
141
Percentage of female students
30
%Profile in teaching & learning
Master course students in the program are required to take necessary credits of course works and studios/internship and additional successful completion of the master thesis. Student's research progress is supervised and assessed by the respective supe...
Master course students in the program are required to take necessary credits of course works and studios/internship and additional successful completion of the master thesis. Student's research progress is supervised and assessed by the respective supervisor during discussion, seminars, and presentation within laboratory throughout the study period.
Teaching & learning website
https://www.urban.ynu.ac.jp/english/
Profile in research
Department of Infrastructure and Urban Society has five civil engineering research groups; Group 1 (Structural Engineering Research), Group 2 (Estuarine and Coastal Engineering Research), Group 3 (Geotechnical Engineering Research), Group 4 (Transporta...
Department of Infrastructure and Urban Society has five civil engineering research groups; Group 1 (Structural Engineering Research), Group 2 (Estuarine and Coastal Engineering Research), Group 3 (Geotechnical Engineering Research), Group 4 (Transportation and Urban Engineering Research), Group 5 (Hybrid Structure Engineering Research).
Research website
https://www.urban.ynu.ac.jp/english/
Major profile of faculty
Structure and Geotechnology
Structure and Geotechnology
Graduating in time
99.3
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Program international orientation
6
/130
13
Graduates employment in the region
Total number of students
116
Students in their 1st year
40
International students
58
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
Chemistry Applications Education Programme (EP) fosters a high level of culture and ethics, and students are educated to develop practical and highly specialized skills in chemical engineering, energy engineering, environmental science, and safety engi...
Chemistry Applications Education Programme (EP) fosters a high level of culture and ethics, and students are educated to develop practical and highly specialized skills in chemical engineering, energy engineering, environmental science, and safety engineering, which integrate and apply various academic systems while nurturing deep insight and logical thinking skills, so that students can play an active role in the future as researchers and engineers who can meet the expectations of modern society, and boldly take on the challenge of solving the problems of modern society.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
10.23
99.98
0
Graduating on time (bachelors)
100
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
71.1
%0
100
Contact with work environment (bachelors)
3
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
1.56
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
6.25
%0
50
External research income
0
0
843.4
Doctorate productivity
0
Research publications (absolute numbers)
83
0
2,929
Citation rate
0.43
0
1.73
Top cited publications
2.4
%0
33
Interdisciplinary publications
12.8
%0
47.6
Research orientation of teaching
0
Open Access Publications
15.7
%0
47.2
Income from private sources
0
%0
100
Co-publications with industrial partners
15.7
%0
15.7
Publications cited in patents
0
%0
2.38
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
42.2
%0
84.5
International research grants
0
%0
100
Student internships in the region
6.9
%0
100
Regional joint publications
30.1
%0
44.4
Income from regional sources
0
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
26
Total number of students in field (major)
208
Percentage of female students
25
%Profile in teaching & learning
The undergraduate course covers general studies and basic subjects of civil engineering in their junior year. General studies are consisting of fundamental Urban Sciences related to global/local risks and innovative technologies for the further develop...
The undergraduate course covers general studies and basic subjects of civil engineering in their junior year. General studies are consisting of fundamental Urban Sciences related to global/local risks and innovative technologies for the further development of the cities such as city planning and the development of urban societies. The courses for the senior students are more specialized or practical subjects such as structural mechanics, hydraulics, geotechnical engineering, transportation, and concrete engineering. A graduation thesis is required to complete the undergraduate course.
Teaching & learning website
http://www.cvg.ynu.ac.jp/
Profile in research
Undergraduates work on major research themes of the field of civil engineering for the writing of their graduation thesis. The main research fields are structural engineering, estuarine and coastal engineering, geotechnical engineering, transportation ...
Undergraduates work on major research themes of the field of civil engineering for the writing of their graduation thesis. The main research fields are structural engineering, estuarine and coastal engineering, geotechnical engineering, transportation engineering, and concrete engineering. Students usually publish their research outcomes in various conferences and academic journals, and their research activities are very active.
Major profile of faculty
Structure and Geotechnology
Structure and Geotechnology
Graduating in time
100
%0
100
Contact with work environment
3
/90
9
Relative rate of graduate unemployment
Program international orientation
0
13
Graduates employment in the region
Total number of students
208
Students in their 1st year
50
International students
29
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
The curriculum of the Computer Science and Engineering Program covers a wide range of academic subjects including database engineering, audio-visual data processing, natural language processing, multimedia information processing, linguistic theory, art...
The curriculum of the Computer Science and Engineering Program covers a wide range of academic subjects including database engineering, audio-visual data processing, natural language processing, multimedia information processing, linguistic theory, artificial intelligence, information security, and software system development and management. The program is uniquely designed so that students can both acquire theoretical and analytical skills and develop and refine these skills in a variety of practical contexts, through a combination of lectures and lab classes.
Restricted admission in academic year 2012/13
yes
yes
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
6
179.77
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
98.3
%0
100
Academic staff with doctorates
100
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
0
/90
9
Gender balance
0.25
2.41
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
4.31
%0
58.43
External research income
145.1
0
876.6
Doctorate productivity
0.36
0
2.3
Research publications (absolute numbers)
58
0
3,485
Citation rate
0.56
0
4.85
Top cited publications
5.1
%0
38.9
Interdisciplinary publications
4.6
%0
48.8
Research orientation of teaching
0
Open Access Publications
27.6
%0
65.2
Income from private sources
0.54
%0
100
Co-publications with industrial partners
17.2
%0
17.9
Publications cited in patents
0.78
%0
3.88
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
13
%0
100
International joint publications
24.1
%0
100
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
44.8
%0
90.9
Income from regional sources
20.03
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
21
Total number of students in field (major)
128
Percentage of female students
14
%Profile in teaching & learning
Our graduate school cultivates talented individuals in a variety of fields who transcend the barriers between the liberal arts and sciences with the aim of helping to usher in a safe, hospitable, and sustainable society by creating new social value bas...
Our graduate school cultivates talented individuals in a variety of fields who transcend the barriers between the liberal arts and sciences with the aim of helping to usher in a safe, hospitable, and sustainable society by creating new social value based on information from interactions among various environments. Our students not only acquire specialist knowledge and skills, but also develop fluency in communication across different disciplines. This course provides knowledge and skills on Ecology, Bioscience, Earth Science and management of the natural environment.
Teaching & learning website
http://www.eis.ynu.ac.jp/english/index.html
Profile in research
This course consists of three types of research fields, namely Ecology and Bioscience, Earth and Biological Science, and what we call Environmental Studies. Ecology and Bioscience Program covers ecology and life science to discuss the conservation, ma...
This course consists of three types of research fields, namely Ecology and Bioscience, Earth and Biological Science, and what we call Environmental Studies. Ecology and Bioscience Program covers ecology and life science to discuss the conservation, maintenance, and recovery of the natural environment. Earth and Biological Science Program covers geoscience and life sciences to understand violent chanegs in the natural environment. Environmental Studies Program covers interdisciplinary research involving many types of stakeholders for management of the natural environment.
Research website
http://www.eis.ynu.ac.jp/english/index.html
Major profile of faculty
Informatics
Informatics
Graduating in time
98.3
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Above 0 to 5%
Program international orientation
0
13
Graduates employment in the region
2
%Total number of students
128
Students in their 1st year
57
International students
16
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
Materials engineering is an engineering field for achieving manufacturing by applying the basic sciences of physics and chemistry. We provide basic and systematic education on materials for metals, ceramics, semiconductors and their peripheral material...
Materials engineering is an engineering field for achieving manufacturing by applying the basic sciences of physics and chemistry. We provide basic and systematic education on materials for metals, ceramics, semiconductors and their peripheral materials, and train material engineers and researchers who contribute to the development and design of functional and structural materials. Specifically, we are conducting research on cutting-edge multiphase metal-materials, self-healing ceramics, magnetism, thermoelectric materials, and semiconductor material design.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
14.11
179.77
0
Graduating on time (bachelors)
86.2
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
2.41
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
4.31
%0
58.43
External research income
6.2
0
876.6
Doctorate productivity
0
0
2.3
Research publications (absolute numbers)
58
0
3,485
Citation rate
0.56
0
4.85
Top cited publications
5.1
%0
38.9
Interdisciplinary publications
4.6
%0
48.8
Research orientation of teaching
0
Open Access Publications
27.6
%0
65.2
Income from private sources
0
%0
100
Co-publications with industrial partners
17.2
%0
17.9
Publications cited in patents
0.78
%0
3.88
BA theses in cooperation with private organisations
15
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
1
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%0
100
International joint publications
24.1
%0
100
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
44.8
%0
90.9
Income from regional sources
0
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
17
Total number of students in field (major)
225
Percentage of female students
10
%Profile in teaching & learning
Our goal is to develop human resources who can contribute to society by learning the basics and applications of informatics and information engineering, and creating cutting-edge information theory, processing methods, and systems. Through education ba...
Our goal is to develop human resources who can contribute to society by learning the basics and applications of informatics and information engineering, and creating cutting-edge information theory, processing methods, and systems. Through education based on information engineering, computer science, and software systems, we train human resources with comprehensive abilities to lead the basics, applications, deepening, and innovation of information technology, which is the foundation of society and industry.
Teaching & learning website
http://www.cse.ynu.ac.jp/
Profile in research
In the year of graduation, students will be assigned to laboratories in fields such as databases, images / languages / voice / multimedia information processing, language theory, artificial intelligence, cognitive science, computer networks, security...
In the year of graduation, students will be assigned to laboratories in fields such as databases, images / languages / voice / multimedia information processing, language theory, artificial intelligence, cognitive science, computer networks, security, and software systems. After graduating from this educational program, many students can go on to graduate school to develop their research or advance to any field related to information engineering, such as manufacturing, IT-related companies, service industries, and national research institutes.
Research website
http://www.cse.ynu.ac.jp/
Graduating in time
86.2
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Program international orientation
1
/130
13
Graduates employment in the region
Total number of students
225
Students in their 1st year
51
International students
12
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
The programme unites all necessary disciplines related to classical biology, molecular biology, chemistry and especially bioinformatics. Students can apply the natural science fundamentals to practical experience in industry and business. This assures ...
The programme unites all necessary disciplines related to classical biology, molecular biology, chemistry and especially bioinformatics. Students can apply the natural science fundamentals to practical experience in industry and business. This assures that they will be prepared for work and quickly integrate in these fields. The programme is an innovative and adaptable one which will provide a wide range of natural science proficiencies.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
5.25
179.77
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
98.6
%0
100
Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
2
/90
9
Gender balance
0
2.41
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
4.31
%0
58.43
External research income
76.5
0
876.6
Doctorate productivity
0.08
0
2.3
Research publications (absolute numbers)
58
0
3,485
Citation rate
0.56
0
4.85
Top cited publications
5.1
%0
38.9
Interdisciplinary publications
4.6
%0
48.8
Research orientation of teaching
0
Open Access Publications
27.6
%0
65.2
Income from private sources
7.09
%0
100
Co-publications with industrial partners
17.2
%0
17.9
Publications cited in patents
0.78
%0
3.88
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
5
/150
15
Opportunities to study abroad
0
International doctorate degrees
7.1
%0
100
International joint publications
24.1
%0
100
International research grants
0.18
%0
100
Student internships in the region
5.6
%0
100
Regional joint publications
44.8
%0
90.9
Income from regional sources
9.29
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
64
Total number of students in field (major)
305
Percentage of female students
10
%Other study programmes
Electrical Engineering, Mathematics, Physics
Electrical Engineering, Mathematics, Physics
Profile in teaching & learning
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creati...
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creative science and technology. All our programs are founded on a deep understanding of the basic principles of mathematics and physics. Our working environment is international, open to new ideas and cultures, and non-discriminative.
Teaching & learning website
https://www.fse.ynu.ac.jp/english/index.html
Profile in research
The paradigm shifts and innovation require integrated and interdisciplinary understanding in extensive fields from basic science in mathematics and physics to applied engineering. The program at the Department of Mathematics, Physics, Electrical Engine...
The paradigm shifts and innovation require integrated and interdisciplinary understanding in extensive fields from basic science in mathematics and physics to applied engineering. The program at the Department of Mathematics, Physics, Electrical Engineering and Computer Science produces globally-competitive, practical, and creative engineers and researchers by offering learning and research opportunities in a wide area including mathematical science, physics, applied physics, as well as electrical, electronic, communication, information, and medical information engineering.
Research website
https://www.fse.ynu.ac.jp/english/index.html
Graduating in time
98.6
%0
100
Contact with work environment
2
/90
9
Relative rate of graduate unemployment
Program international orientation
5
/130
13
Graduates employment in the region
Total number of students
305
Students in their 1st year
150
International students
4
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
Learning is carried out through interdisciplinary projects in which students work with leading technology companies in the sector, which brings them closer to the world of work. In addition, they learn advanced concepts about data and programming, with...
Learning is carried out through interdisciplinary projects in which students work with leading technology companies in the sector, which brings them closer to the world of work. In addition, they learn advanced concepts about data and programming, with which they obtain certifications with Google and Microsoft. Learning soft skills is another basic element of the Degree. Student and teacher participation in joint research projects is highly valued. In addition, the final year students carry out internships in engineering and leading companies in the technology and energy sector.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
64.06
5.04
Graduating on time (bachelors)
0
100
Graduating on time (masters)
0
100
Academic staff with doctorates
0
100
Contact with work environment (bachelors)
0
/90
9
Contact with work environment (masters)
0
9
Gender balance
1.68
0.01
Overall learning experience
6
1
Quality of courses & teaching
6
1
Organisation of program
6
1
Contact with teachers
6
1
Inclusion of work/practical experience
6
1
Library facilities
6
1
IT provision
6
1
Digital teaching
6
1
Room facilities
6
1
External research income
0
222.13
Doctorate productivity
0
3.94
Research publications (absolute numbers)
80
0
5,881
Citation rate
0.66
0.23
2.35
Top cited publications
3.8
%0
21.6
Interdisciplinary publications
5.7
%0
29.8
Research orientation of teaching
6
1
Open Access Publications
8.8
%1.6
42.2
Income from private sources
0
100
Co-publications with industrial partners
6.3
%0
49.8
Publications cited in patents
0
%0
1
BA theses in cooperation with private organisations
MA theses in cooperation with private organisations
International orientation of bachelor programmes
0
15
International orientation of master programmes
0
15
Opportunities to study abroad
6
1
International doctorate degrees
0
100
International joint publications
50
%24.6
100
International research grants
0
100
Student internships in the region
0
100
Regional joint publications
50
%0
83.3
Income from regional sources
Academic staff (fte)
33
Total number of students in field (major)
117
Percentage of female students
34
%Profile in teaching & learning
Undergraduate students take college-wide common courses and basic courses of risk management, natural and social environment in their junior year. College-wide common courses are composed of related courses in the basics of Urban Sciences and in the th...
Undergraduate students take college-wide common courses and basic courses of risk management, natural and social environment in their junior year. College-wide common courses are composed of related courses in the basics of Urban Sciences and in the three fields of Global/Local, Risk Symbiosis, and Innovation as knowledge required for city planning and the development of urban societies. The senior class curriculum places emphasis on the more specialized or practical subjects including design and planning exercises. Work on the graduation thesis completes the undergraduate course.
Teaching & learning website
http://www.envrisk.ynu.ac.jp/
Profile in research
( [Second comment] This college is not a research institution but an educational institution in our university. Therefor we can not provide any research profile about this college. However the teachers who teach and research this field belong to "Gradu...
( [Second comment] This college is not a research institution but an educational institution in our university. Therefor we can not provide any research profile about this college. However the teachers who teach and research this field belong to "Graduate school of environmental and information sciences" and a certain number of students who graduate from this college enter this graduate school, I have entered an URL of the web site of the graduate school for your information.)
Research website
http://www.eis.ynu.ac.jp/english/index.html
Major profile of faculty
Natural Environment; Social Environment; Risk Management
Natural Environment; Social Environment; Risk Management
Graduating in time
0
100
Contact with work environment
0
/90
9
Relative rate of graduate unemployment
Program international orientation
0
13
Graduates employment in the region
Total number of students
117
Students in their 1st year
56
International students
11
Period of study
4
year(s)Tuiton fees for national students
4,113
€Tuiton fees for international students
4,113
€Special features of the study programmes
Understanding basic principles about risks of natural and social environment, knowledge of society with risk coexistence that manages a balance between various risks and wealth appearing in close association is developed. Individuals with practical ski...
Understanding basic principles about risks of natural and social environment, knowledge of society with risk coexistence that manages a balance between various risks and wealth appearing in close association is developed. Individuals with practical skills contributing to sustainable development of cities are nurtured. With interdisciplinary collaboration and sophistication to talk with the society, such individuals find ways to coexistence with risks of natural and social environment.
Restricted admission in academic year 2012/13
yes
yes
Student-staff ratio
5.04
64.06
5.04
Graduating on time (bachelors)
0
100
Graduating on time (masters)
93.8
%0
100
Academic staff with doctorates
0
100
Contact with work environment (bachelors)
0
9
Contact with work environment (masters)
0
9
Gender balance
0.24
1.68
0.01
Overall learning experience
6
1
Quality of courses & teaching
6
1
Organisation of program
6
1
Contact with teachers
6
1
Inclusion of work/practical experience
6
1
Library facilities
6
1
IT provision
6
1
Digital teaching
6
1
Room facilities
6
1
External research income
0
222.13
Doctorate productivity
0.38
0
3.94
Research publications (absolute numbers)
80
0
5,881
Citation rate
0.66
0.23
2.35
Top cited publications
3.8
%0
21.6
Interdisciplinary publications
5.7
%0
29.8
Research orientation of teaching
6
1
Open Access Publications
8.8
%1.6
42.2
Income from private sources
8.38
%0
100
Co-publications with industrial partners
6.3
%0
49.8
Publications cited in patents
0
%0
1
BA theses in cooperation with private organisations
MA theses in cooperation with private organisations
International orientation of bachelor programmes
0
15
International orientation of master programmes
4
/150
15
Opportunities to study abroad
6
1
International doctorate degrees
27
%0
100
International joint publications
50
%24.6
100
International research grants
0
100
Student internships in the region
0
100
Regional joint publications
50
%0
83.3
Income from regional sources
Academic staff (fte)
33
Total number of students in field (major)
178
Percentage of female students
30
%Profile in teaching & learning
Our graduate school cultivates talented individuals in a variety of fields who transcend the barriers between the liberal arts and sciences with the aim of helping to usher in a safe, hospitable, and sustainable society by creating new social value bas...
Our graduate school cultivates talented individuals in a variety of fields who transcend the barriers between the liberal arts and sciences with the aim of helping to usher in a safe, hospitable, and sustainable society by creating new social value based on information from interactions among various environments. Our students not only acquire specialist knowledge and skills, but also develop fluency in communication across different disciplines.? This course provides knowledge and skills on Ecology, Bioscience, Earth Science and management of the natural environment.
Teaching & learning website
http://www.eis.ynu.ac.jp/english/index.html
Profile in research
This course consists of three types of research fields, namely Ecology and Bioscience, Earth and Biological Science, and what we call Environmental Studies. Ecology and Bioscience Program covers ecology and life science to discuss the conservation, ma...
This course consists of three types of research fields, namely Ecology and Bioscience, Earth and Biological Science, and what we call Environmental Studies. Ecology and Bioscience Program covers ecology and life science to discuss the conservation, maintenance, and recovery of the natural environment. Earth and Biological Science Program covers geoscience and life sciences to understand violent chanegs in the natural environment. Environmental Studies Program covers interdisciplinary research involving many types of stakeholders for management of the natural environment.
Research website
http://www.eis.ynu.ac.jp/english/index.html
Major profile of faculty
Chemistry; Safety engineering; Environmental Management System
Chemistry; Safety engineering; Environmental Management System
Graduating in time
93.8
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
91,00%
Program international orientation
4
/130
13
Graduates employment in the region
15,00%
Total number of students
178
Students in their 1st year
77
International students
25
Period of study
2
year(s)Tuiton fees for national students
4,113
€Tuiton fees for international students
4,113
€Special features of the study programmes
The studies conducted in this department address not only cities and industrial plants built with artificial structures, but also the way people live and interact with local communities. This program is designed to help students acquire an understandin...
The studies conducted in this department address not only cities and industrial plants built with artificial structures, but also the way people live and interact with local communities. This program is designed to help students acquire an understanding of the advanced and practical engineering technologies that are required to ensure safety and security in the sustainable society that they help to create under an artificial environment, which is made up of humans and physical objects.
Restricted admission in academic year 2012/13
yes
yes
Student-staff ratio
64.06
5.04
Graduating on time (bachelors)
0
100
Graduating on time (masters)
97.9
%0
100
Academic staff with doctorates
0
100
Contact with work environment (bachelors)
0
9
Contact with work environment (masters)
0
9
Gender balance
0.44
1.68
0.01
Overall learning experience
6
1
Quality of courses & teaching
6
1
Organisation of program
6
1
Contact with teachers
6
1
Inclusion of work/practical experience
6
1
Library facilities
6
1
IT provision
6
1
Digital teaching
6
1
Room facilities
6
1
External research income
62.94
0
222.13
Doctorate productivity
0.19
0
3.94
Research publications (absolute numbers)
80
0
5,881
Citation rate
0.66
0.23
2.35
Top cited publications
3.8
%0
21.6
Interdisciplinary publications
5.7
%0
29.8
Research orientation of teaching
6
1
Open Access Publications
8.8
%1.6
42.2
Income from private sources
4.51
%0
100
Co-publications with industrial partners
6.3
%0
49.8
Publications cited in patents
0
%0
1
BA theses in cooperation with private organisations
MA theses in cooperation with private organisations
International orientation of bachelor programmes
0
15
International orientation of master programmes
2
/150
15
Opportunities to study abroad
6
1
International doctorate degrees
23.1
%0
100
International joint publications
50
%24.6
100
International research grants
0
100
Student internships in the region
0
100
Regional joint publications
50
%0
83.3
Income from regional sources
Academic staff (fte)
23
Total number of students in field (major)
73
Percentage of female students
36
%Profile in teaching & learning
Our graduate school cultivates talented individuals in a variety of fields who transcend the barriers between the liberal arts and sciences with the aim of helping to usher in a safe, hospitable, and sustainable society by creating new social value bas...
Our graduate school cultivates talented individuals in a variety of fields who transcend the barriers between the liberal arts and sciences with the aim of helping to usher in a safe, hospitable, and sustainable society by creating new social value based on information from interactions among various environments. Our students not only acquire specialist knowledge and skills, but also develop fluency in communication across different disciplines.? This course provides knowledge and skills on Ecology, Bioscience, Earth Science and management of the natural environment.
Teaching & learning website
http://www.eis.ynu.ac.jp/english/index.html
Profile in research
This course consists of three types of research fields, namely Ecology and Bioscience, Earth and Biological Science, and what we call Environmental Studies. Ecology and Bioscience Program covers ecology and life science to discuss the conservation, ma...
This course consists of three types of research fields, namely Ecology and Bioscience, Earth and Biological Science, and what we call Environmental Studies. Ecology and Bioscience Program covers ecology and life science to discuss the conservation, maintenance, and recovery of the natural environment. Earth and Biological Science Program covers geoscience and life sciences to understand violent chanegs in the natural environment. Environmental Studies Program covers interdisciplinary research involving many types of stakeholders for management of the natural environment.
Research website
http://www.eis.ynu.ac.jp/english/index.html
Major profile of faculty
Ecology; Bioscience; Earth Science
Ecology; Bioscience; Earth Science
Graduating in time
97.9
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
48,00%
Program international orientation
2
/130
13
Graduates employment in the region
9,00%
Total number of students
73
Students in their 1st year
31
International students
1
Period of study
2
year(s)Tuiton fees for national students
4,113
€Tuiton fees for international students
4,113
€Special features of the study programmes
The sustainability of human society depends crucially on understanding the sustainability of the natural environment as society's foundation and the way to ensure its safety. Without limiting the focus of programs to the use and conservation of the liv...
The sustainability of human society depends crucially on understanding the sustainability of the natural environment as society's foundation and the way to ensure its safety. Without limiting the focus of programs to the use and conservation of the living environment and the sustainability of eco-systems over the medium to long term, this department helps students to acquire the knowledge and skills required to take into account the environmental changes that have occurred throughout the history of the Earth and interactions with local communities.
Restricted admission in academic year 2012/13
yes
yes
Student-staff ratio
7
109.09
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
0
%0
100
Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
2
/90
9
Gender balance
0
1.85
0
Overall learning experience
0
6
1
Quality of courses & teaching
0
6
1
Organisation of program
0
6
1
Contact with teachers
0
6
1
Inclusion of work/practical experience
0
6
1
Library facilities
0
6
1
IT provision
0
6
1
Digital teaching
0
6
1
Room facilities
0
6
1
Female authors
9.28
%0
60.98
External research income
160.3
0
1,325.3
Doctorate productivity
0
0
1.37
Research publications (absolute numbers)
149
0
5,688
Citation rate
0.38
0
2.1
Top cited publications
1.6
%0
21.9
Interdisciplinary publications
6.4
%0
42.2
Research orientation of teaching
0
6
1
Open Access Publications
19.5
%0
91.3
Income from private sources
7.09
%0
100
Co-publications with industrial partners
8.1
%0
35.7
Publications cited in patents
1.39
%0
5.57
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
5
/150
15
Opportunities to study abroad
0
6
1
International doctorate degrees
0
%0
100
International joint publications
16.1
%0
95.6
International research grants
0.18
%0
100
Student internships in the region
0
%0
100
Regional joint publications
25.5
%0
92.9
Income from regional sources
9.29
%
Social inclusion
Academic staff (fte)
30
Total number of students in field (major)
194
Percentage of female students
0
%Profile in teaching & learning
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creati...
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creative science and technology. All our programs are founded on a deep understanding of the basic principles of mathematics and physics. Our working environment is international, open to new ideas and cultures, and non-discriminative.
Teaching & learning website
https://www.fse.ynu.ac.jp/english/index.html
Profile in research
The paradigm shifts and innovation require integrated and interdisciplinary understanding in extensive fields from basic science in mathematics and physics to applied engineering. The program at the Department of Mathematics, Physics, Electrical Engine...
The paradigm shifts and innovation require integrated and interdisciplinary understanding in extensive fields from basic science in mathematics and physics to applied engineering. The program at the Department of Mathematics, Physics, Electrical Engineering and Computer Science produces globally-competitive, practical, and creative engineers and researchers by offering learning and research opportunities in a wide area including mathematical science, physics, applied physics, as well as electrical, electronic, communication, information, and medical information engineering.
Research website
https://www.fse.ynu.ac.jp/english/index.html
Major profile of faculty
Electrical and electronic engineering
Electrical and electronic engineering
Graduating in time
0
100
Contact with work environment
2
/90
9
Relative rate of graduate unemployment
Program international orientation
5
/130
13
Graduates employment in the region
Total number of students
Students in their 1st year
International students
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
The YNU Department of Physics was founded in 1997 to offer a top-quality interdisciplinary education in physics, and thus educate future leaders for various branches of scientific research, the industry, and business world. We provide a unique curricul...
The YNU Department of Physics was founded in 1997 to offer a top-quality interdisciplinary education in physics, and thus educate future leaders for various branches of scientific research, the industry, and business world. We provide a unique curriculum, covering broadly the different sub-fields of physics ranging from elementary particles to materials science. We educate broadminded, responsible experts with a sound knowledge of science and technology. We foster an atmosphere of high ethics, openness, and equality to educate visionaries for our future society.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
14.43
109.09
0
Graduating on time (bachelors)
85.9
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
1.85
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
9.28
%0
60.98
External research income
13.6
0
1,325.3
Doctorate productivity
0
Research publications (absolute numbers)
149
0
5,688
Citation rate
0.38
0
2.1
Top cited publications
1.6
%0
21.9
Interdisciplinary publications
6.4
%0
42.2
Research orientation of teaching
0
Open Access Publications
19.5
%0
91.3
Income from private sources
0
%0
100
Co-publications with industrial partners
8.1
%0
35.7
Publications cited in patents
1.39
%0
5.57
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
1
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
16.1
%0
95.6
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
25.5
%0
92.9
Income from regional sources
0
%
Social inclusion
0,9 % students with disability; No mature students;
Academic staff (fte)
34
Total number of students in field (major)
506
Percentage of female students
6
%Profile in teaching & learning
In the first and second years, students gain deep understanding of the fundamentals of electrical circuits, electromagnetism, electronics, communications, and information. From the second year onward, students learn specialized subjects of the above fi...
In the first and second years, students gain deep understanding of the fundamentals of electrical circuits, electromagnetism, electronics, communications, and information. From the second year onward, students learn specialized subjects of the above fields, and their boundaries and fusion areas. Students also increase their practical capabilities and powers of self-expression through experiments, and seminars in a small-group instruction environment. Students learn how to think and act independently with originality in special research of advanced technologies through graduation work.
Teaching & learning website
http://www.ece.ynu.ac.jp/#
Profile in research
This program conducts research primarily in the four technology fields; Power and control system: Eelectrical energy generation and transmission, high efficiency conversion technologies, control technologies. /Integrated electronics: High performance e...
This program conducts research primarily in the four technology fields; Power and control system: Eelectrical energy generation and transmission, high efficiency conversion technologies, control technologies. /Integrated electronics: High performance electronic devices, new materials, nanotechnology applications./Communication and circuit systems: ultra highspeed communication, mobile communication, signal processing technologies/Information and communication systems:computer program, wireless communications, digital signal processing, audio/video/biosignal processing, artificial intelligence.
Research website
http://www.ece.ynu.ac.jp/#
Major profile of faculty
Electrical and electronic engineering
Electrical and electronic engineering
Graduating in time
85.9
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Program international orientation
1
/130
13
Graduates employment in the region
Total number of students
506
Students in their 1st year
115
International students
12
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
This program fosters engineers and researchers who can understand life through the methods of modern biology based on biology, chemistry, and physics, and apply the results to solving urgent global issues such as food problems and life and medical care...
This program fosters engineers and researchers who can understand life through the methods of modern biology based on biology, chemistry, and physics, and apply the results to solving urgent global issues such as food problems and life and medical care. Specialized fields of research include molecular biology, applied microbiology, applied molecular and cellular biology, medical engineering, regenerative medicine, genetic engineering, developmental genetics, and environmental technology.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
5.15
61.17
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
95.8
%0
100
Academic staff with doctorates
85.7
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
0
/90
9
Gender balance
0.01
3.06
0
Overall learning experience
0
6
1
Quality of courses & teaching
0
6
1
Organisation of program
0
6
1
Contact with teachers
0
6
1
Inclusion of work/practical experience
0
6
1
Library facilities
0
6
1
IT provision
0
6
1
Digital teaching
0
6
1
Room facilities
0
6
1
Female authors
11.76
%0
71.43
External research income
78.5
0
886.1
Doctorate productivity
0.28
0
4.18
Research publications (absolute numbers)
66
0
4,126
Citation rate
0.73
0
1.96
Top cited publications
4.8
%0
29.6
Interdisciplinary publications
25.8
%0
36.2
Research orientation of teaching
0
6
1
Open Access Publications
31.8
%0
86.8
Income from private sources
2.66
%0
100
Co-publications with industrial partners
13.6
%0
14.1
Publications cited in patents
0.85
%0
1.82
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
6
1
International doctorate degrees
29.2
%0
100
International joint publications
53
%0
93.9
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
24.2
%0
66.9
Income from regional sources
43.93
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
28
Total number of students in field (major)
146
Percentage of female students
29
%Profile in teaching & learning
Our graduate school cultivates talented individuals in a variety of fields who transcend the barriers between the liberal arts and sciences with the aim of helping to usher in a safe, hospitable, and sustainable society by creating new social value bas...
Our graduate school cultivates talented individuals in a variety of fields who transcend the barriers between the liberal arts and sciences with the aim of helping to usher in a safe, hospitable, and sustainable society by creating new social value based on information from interactions among various environments. Our students not only acquire specialist knowledge and skills, but also develop fluency in communication across different disciplines. This course provides knowledge and skills on Ecology, Bioscience, Earth Science and management of the natural environment.
Teaching & learning website
http://www.eis.ynu.ac.jp/english/index.html
Profile in research
This course consists of three types of research fields, namely Ecology and Bioscience, Earth and Biological Science, and what we call Environmental Studies. Ecology and Bioscience Program covers ecology and life science to discuss the conservation, ma...
This course consists of three types of research fields, namely Ecology and Bioscience, Earth and Biological Science, and what we call Environmental Studies. Ecology and Bioscience Program covers ecology and life science to discuss the conservation, maintenance, and recovery of the natural environment. Earth and Biological Science Program covers geoscience and life sciences to understand violent chanegs in the natural environment. Environmental Studies Program covers interdisciplinary research involving many types of stakeholders for management of the natural environment.
Research website
http://www.eis.ynu.ac.jp/english/index.html
Graduating in time
95.8
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Above 0 to 5%
Program international orientation
0
13
Graduates employment in the region
20
%Total number of students
146
Students in their 1st year
54
International students
31
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
The Master in Engineering of Roads, Canals and Ports develops learning through the resolution of practical cases and modeling with the most advanced software tools related to roads, railway, hydraulic works, sustainability and infrastructures. Learning...
The Master in Engineering of Roads, Canals and Ports develops learning through the resolution of practical cases and modeling with the most advanced software tools related to roads, railway, hydraulic works, sustainability and infrastructures. Learning in the subjects is carried out with an interdisciplinary approach, based on the research experience of the teaching staff. All the students in the last year carry out internships in highly prestigious engineering and construction companies with which the university has signed agreements.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
0
48.27
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
100
%0
100
Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
2
/90
9
Gender balance
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
12.12
%0
66.67
External research income
18.7
0
443.9
Doctorate productivity
0.11
0
0.96
Research publications (absolute numbers)
385
9
13,978
Citation rate
0.51
0
1.98
Top cited publications
1.5
%0
25.7
Interdisciplinary publications
13.9
%0
40.1
Research orientation of teaching
0
Open Access Publications
20.3
%0
43.8
Income from private sources
22.03
%0
100
Co-publications with industrial partners
14.3
%0
24
Publications cited in patents
1.63
%0
6.02
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
6
/150
15
Opportunities to study abroad
0
International doctorate degrees
33.3
%0
52.85
International joint publications
23.1
%0
86.5
International research grants
0
%0
100
Student internships in the region
3.1
%0
100
Regional joint publications
37.4
%0
69.3
Income from regional sources
4.38
%
Social inclusion
No students with disability; 1,8 % mature students;
Academic staff (fte)
27
Total number of students in field (major)
229
Percentage of female students
8
%Other study programmes
Mechanical engineering, Production / Industrial engineering
Mechanical engineering, Production / Industrial engineering
Profile in teaching & learning
In the Mechanical Engineering, Materials Science, and Ocean Engineering areas including an interdisciplinary Aerospace Engineering area, we have two types of education programs, TED and PED. The YNU's original Pi-type Engineering Degree (PED) Program i...
In the Mechanical Engineering, Materials Science, and Ocean Engineering areas including an interdisciplinary Aerospace Engineering area, we have two types of education programs, TED and PED. The YNU's original Pi-type Engineering Degree (PED) Program is designed to produce practical engineers and researchers who can turn innovations resulting from the advancement of sciences and technologies into advanced manufacturing. The TED Program is a traditional course, aiming at producing specialists in their area of expertise at their assigned laboratories.
Teaching & learning website
https://www.fse.ynu.ac.jp/english/index.html
Profile in research
Mechanical engineering, material engineering, naval architecture and ocean engineering, and aerospace engineering all seek to build advanced systems and highly functional materials by combining elementary technologies while incorporating basic principl...
Mechanical engineering, material engineering, naval architecture and ocean engineering, and aerospace engineering all seek to build advanced systems and highly functional materials by combining elementary technologies while incorporating basic principles. The learning and research activities in the department seek to build advanced systems and create highly functional materials by bringing together elementary technologies, designing technologies to make the most of elements, and creating production technologies that maintain the balance between our society and the environment.
Research website
https://www.fse.ynu.ac.jp/english/index.html
Graduating in time
100
%0
100
Contact with work environment
2
/90
9
Relative rate of graduate unemployment
Program international orientation
6
/130
13
Graduates employment in the region
Total number of students
229
Students in their 1st year
113
International students
22
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
The studies conducted in this department address not only cities and industrial plants built with artificial structures, but also the way people live and interact with local communities. This program is designed to help students acquire an understandin...
The studies conducted in this department address not only cities and industrial plants built with artificial structures, but also the way people live and interact with local communities. This program is designed to help students acquire an understanding of the advanced and practical engineering technologies that are required to ensure safety and security in the sustainable society that they help to create under an artificial environment, which is made up of humans and physical objects.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
14.34
48.27
0
Graduating on time (bachelors)
80.2
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
1.09
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
12.12
%0
66.67
External research income
0
0
443.9
Doctorate productivity
0
Research publications (absolute numbers)
385
9
13,978
Citation rate
0.51
0
1.98
Top cited publications
1.5
%0
25.7
Interdisciplinary publications
13.9
%0
40.1
Research orientation of teaching
0
Open Access Publications
20.3
%0
43.8
Income from private sources
0
%0
100
Co-publications with industrial partners
14.3
%0
24
Publications cited in patents
1.63
%0
6.02
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
23.1
%0
86.5
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
37.4
%0
69.3
Income from regional sources
0
%
Social inclusion
No students with disability;
Academic staff (fte)
12
Total number of students in field (major)
180
Percentage of female students
8
%Profile in teaching & learning
Based on the basics of physics and chemistry, we will develop the ability to continuously grasp the structure, structure, function, and characteristics of various materials from nm to mm scale and understand the phenomenon, and in mechanical structures...
Based on the basics of physics and chemistry, we will develop the ability to continuously grasp the structure, structure, function, and characteristics of various materials from nm to mm scale and understand the phenomenon, and in mechanical structures and electronic information equipment. Produce human resources who will contribute to the development and design of functions and structural materials that carry out various functions.
Teaching & learning website
http://www.materep.ynu.ac.jp/education/policy
Profile in research
Materials engineering is one of the engineering fields for achieving manufacturing by applying basic chemistry of physics and chemistry. We provide basic and systematic education on materials for metals, ceramics, semiconductors and their peripheral ma...
Materials engineering is one of the engineering fields for achieving manufacturing by applying basic chemistry of physics and chemistry. We provide basic and systematic education on materials for metals, ceramics, semiconductors and their peripheral materials, and train material engineers or researchers who contribute to the development and design of functional and structural materials.
Research website
http://www.materep.ynu.ac.jp/laboratory
Graduating in time
80.2
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Program international orientation
0
/130
13
Graduates employment in the region
Total number of students
180
Students in their 1st year
44
International students
3
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
During their studies, students must take a total of 15 courses (12 compulsory and 3 electives), 2 seminars, and a 3-week practical training (in the 2nd year). Within the programme, students are required to take Internal Elective Courses, which are diff...
During their studies, students must take a total of 15 courses (12 compulsory and 3 electives), 2 seminars, and a 3-week practical training (in the 2nd year). Within the programme, students are required to take Internal Elective Courses, which are different every academic year. Internal electives are divided into lectures and laboratory work. They are also required to take a total of 3 external elective courses (1 in the first year and 2 in the second year of study). They can choose courses offered by other accredited higher education institutions in Slovenia or abroad.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
7.57
140.93
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
0
%0
100
Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
2
/90
9
Gender balance
0
2.42
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
7.23
%0
80
External research income
14.4
0
1,074.1
Doctorate productivity
0
0
1.44
Research publications (absolute numbers)
130
0
2,038
Citation rate
0.47
0
2.65
Top cited publications
3.6
%0
36.1
Interdisciplinary publications
1
%0
33.1
Research orientation of teaching
0
Open Access Publications
4.6
%0
72.1
Income from private sources
0
%0
100
Co-publications with industrial partners
0.8
%0
12.8
Publications cited in patents
0
%
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%0
100
International joint publications
36.9
%0
93.3
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
39.2
%0
62.8
Income from regional sources
15.24
%
Social inclusion
Academic staff (fte)
5
Total number of students in field (major)
29
Percentage of female students
0
%Profile in teaching & learning
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creati...
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creative science and technology. All our programs are founded on a deep understanding of the basic principles of mathematics and physics. Our working environment is international, open to new ideas and cultures, and non-discriminative.
Teaching & learning website
https://www.fse.ynu.ac.jp/english/index.html
Profile in research
The paradigm shifts and innovation require integrated and interdisciplinary understanding in extensive fields from basic science in mathematics and physics to applied engineering. The program at the Department of Mathematics, Physics, Electrical Engine...
The paradigm shifts and innovation require integrated and interdisciplinary understanding in extensive fields from basic science in mathematics and physics to applied engineering. The program at the Department of Mathematics, Physics, Electrical Engineering and Computer Science produces globally-competitive, practical, and creative engineers and researchers by offering learning and research opportunities in a wide area including mathematical science, physics, applied physics, as well as electrical, electronic, communication, information, and medical information engineering.
Research website
https://www.fse.ynu.ac.jp/english/index.html
Graduating in time
0
100
Contact with work environment
2
/90
9
Relative rate of graduate unemployment
Program international orientation
0
13
Graduates employment in the region
Total number of students
Students in their 1st year
International students
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creati...
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creative science and technology. All our programs are founded on a deep understanding of the basic principles of mathematics and physics. Our working environment is international, open to new ideas and cultures, and non-discriminative.
Restricted admission in academic year 2012/13
yes
yes
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
6.28
140.93
0
Graduating on time (bachelors)
91.1
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
2.42
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
7.23
%0
80
External research income
0
0
1,074.1
Doctorate productivity
0
Research publications (absolute numbers)
130
0
2,038
Citation rate
0.47
0
2.65
Top cited publications
3.6
%0
36.1
Interdisciplinary publications
1
%0
33.1
Research orientation of teaching
0
Open Access Publications
4.6
%0
72.1
Income from private sources
0
%0
100
Co-publications with industrial partners
0.8
%0
12.8
Publications cited in patents
0
%
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
36.9
%0
93.3
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
39.2
%0
62.8
Income from regional sources
0
%
Social inclusion
2,4 % students with disability; No mature students;
Academic staff (fte)
23
Total number of students in field (major)
152
Percentage of female students
12
%Profile in teaching & learning
Students systematically learn the mathematical sciences, acquiring knowledge of the mathematical principles and structures underlying the sciences based on modern mathematics. They also study a wide range of basic theories of information science and ma...
Students systematically learn the mathematical sciences, acquiring knowledge of the mathematical principles and structures underlying the sciences based on modern mathematics. They also study a wide range of basic theories of information science and mathematical physics, applications to computer graphics, computer simulation, audio-visual information processing, and utilization of information media. Further, the program trains human resources who focus their attention on the fundamental principles about various problems in light of modern mathematics and the mechanisms of human cognition.
Teaching & learning website
http://www.ms.ynu.ac.jp/
Profile in research
The research fields of the faculty members are extensive, for example, toric geometry, logarithmic geometry, algebraic geometry, mathematical analysis, differential equations, singularity theory of smooth mappings, catastrophe theory, algebraic topolog...
The research fields of the faculty members are extensive, for example, toric geometry, logarithmic geometry, algebraic geometry, mathematical analysis, differential equations, singularity theory of smooth mappings, catastrophe theory, algebraic topology, topology, knot theory, discrete mathematics, graph theory, interacting particle systems, quantum walks, complex networks, percolation, causal inference, graphical models, machine learning, multivariate data analysis, computational fluid dynamics, vision and brain science, psychophysics, image processing, virtual reality, and computer graphics.
Research website
http://www.ms.ynu.ac.jp/
Graduating in time
91.1
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Program international orientation
0
/130
13
Graduates employment in the region
Total number of students
152
Students in their 1st year
42
International students
0
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
The programme unites all necessary disciplines related to classical biology, molecular biology, chemistry and especially bioinformatics. Students can apply the natural science fundamentals to practical experience in industry and business. This assures ...
The programme unites all necessary disciplines related to classical biology, molecular biology, chemistry and especially bioinformatics. Students can apply the natural science fundamentals to practical experience in industry and business. This assures that they will be prepared for work and quickly integrate in these fields. The programme is an innovative and adaptable one which will provide a wide range of natural science proficiencies.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
0
133.25
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
0
%0
100
Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
2
/90
9
Gender balance
0
2.23
0
Overall learning experience
0
6
1
Quality of courses & teaching
0
6
1
Organisation of program
0
6
1
Contact with teachers
0
6
1
Inclusion of work/practical experience
0
6
1
Library facilities
0
6
1
IT provision
0
6
1
Digital teaching
0
6
1
Room facilities
0
6
1
Female authors
6.82
%0
32.07
External research income
251.1
0
1,232.1
Doctorate productivity
0
0
1.25
Research publications (absolute numbers)
67
0
2,156
Citation rate
0.73
0
2.11
Top cited publications
1.7
%0
32.4
Interdisciplinary publications
15
%0
38.2
Research orientation of teaching
0
6
1
Open Access Publications
9
%0
32.1
Income from private sources
9.06
%0
100
Co-publications with industrial partners
16.4
%0
32.1
Publications cited in patents
0.65
%0
2.56
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
5
/150
15
Opportunities to study abroad
0
6
1
International doctorate degrees
0
%0
100
International joint publications
31.3
%0
79.6
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
29.9
%0
88.5
Income from regional sources
3.17
%
Social inclusion
Academic staff (fte)
8
Total number of students in field (major)
0
Percentage of female students
0
%Profile in teaching & learning
In the Mechanical Engineering, Materials Science, and Ocean Engineering areas including an interdisciplinary Aerospace Engineering area, we have two types of education programs, TED and PED. The YNU's original Pi-type Engineering Degree (PED) Program i...
In the Mechanical Engineering, Materials Science, and Ocean Engineering areas including an interdisciplinary Aerospace Engineering area, we have two types of education programs, TED and PED. The YNU's original Pi-type Engineering Degree (PED) Program is designed to produce practical engineers and researchers who can turn innovations resulting from the advancement of sciences and technologies into advanced manufacturing. The TED Program is a traditional course, aiming at producing specialists in their area of expertise at their assigned laboratories.
Teaching & learning website
https://www.fse.ynu.ac.jp/english/index.html
Profile in research
Mechanical engineering, material engineering, naval architecture and ocean engineering, and aerospace engineering all seek to build advanced systems and highly functional materials by combining elementary technologies while incorporating basic principl...
Mechanical engineering, material engineering, naval architecture and ocean engineering, and aerospace engineering all seek to build advanced systems and highly functional materials by combining elementary technologies while incorporating basic principles. The learning and research activities in the department seek to build advanced systems and create highly functional materials by bringing together elementary technologies, designing technologies to make the most of elements, and creating production technologies that maintain the balance between our society and the environment.
Research website
https://www.fse.ynu.ac.jp/english/index.html
Major profile of faculty
Mechanical Engineering
Mechanical Engineering
Graduating in time
0
100
Contact with work environment
2
/90
9
Relative rate of graduate unemployment
Program international orientation
5
/130
13
Graduates employment in the region
Total number of students
Students in their 1st year
International students
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creati...
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creative science and technology. All our programs are founded on a deep understanding of the basic principles of mathematics and physics. Our working environment is international, open to new ideas and cultures, and non-discriminative.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
11.99
133.25
0
Graduating on time (bachelors)
86.2
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
1
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
2.23
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
6.82
%0
32.07
External research income
2.1
0
1,232.1
Doctorate productivity
0
Research publications (absolute numbers)
67
0
2,156
Citation rate
0.73
0
2.11
Top cited publications
1.7
%0
32.4
Interdisciplinary publications
15
%0
38.2
Research orientation of teaching
0
Open Access Publications
9
%0
32.1
Income from private sources
0
%0
100
Co-publications with industrial partners
16.4
%0
32.1
Publications cited in patents
0.65
%0
2.56
BA theses in cooperation with private organisations
23
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
1
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
31.3
%0
79.6
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
29.9
%0
88.5
Income from regional sources
0
%
Social inclusion
0,9 % students with disability; 0,9 % mature students;
Academic staff (fte)
38
Total number of students in field (major)
469
Percentage of female students
9
%Profile in teaching & learning
Mechanical engineering is an engineering study with a target on both machines and machine system which is a combined integration of machines. The Mechanical Engineering Program focuses on fundamental-area education such as material mechanics, thermodyn...
Mechanical engineering is an engineering study with a target on both machines and machine system which is a combined integration of machines. The Mechanical Engineering Program focuses on fundamental-area education such as material mechanics, thermodynamics, fluid mechanics, mechanical dynamics, and automatic control engineering, and implements an educational system for building solid foundations in mechanical engineering. Our philosophy for education is to cultivate capable human resources, thus playing an active role in diverse fields in mechanical engineering.
Teaching & learning website
http://www.mechep.ynu.ac.jp/en/index.html
Profile in research
The Mechanical Engineering Program has more than thirty faculty members, who are committed to innovative studies on diversified areas in mechanical engineering. The students are involved in graduation research in the final year to write their theses.
The Mechanical Engineering Program has more than thirty faculty members, who are committed to innovative studies on diversified areas in mechanical engineering. The students are involved in graduation research in the final year to write their theses.
Research website
http://www.mechep.ynu.ac.jp/en/index.html
Major profile of faculty
Mechanical Engineering
Mechanical Engineering
Graduating in time
86.2
%0
100
Contact with work environment
1
/90
9
Relative rate of graduate unemployment
Above 0 to 5%
Program international orientation
1
/130
13
Graduates employment in the region
Total number of students
469
Students in their 1st year
107
International students
22
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
In the Mechanical Engineering, Materials Science, and Ocean Engineering areas including an interdisciplinary Aerospace Engineering area, we have two types of education programs, TED and PED. The YNU's original Pi-type Engineering Degree (PED) Program i...
In the Mechanical Engineering, Materials Science, and Ocean Engineering areas including an interdisciplinary Aerospace Engineering area, we have two types of education programs, TED and PED. The YNU's original Pi-type Engineering Degree (PED) Program is designed to produce practical engineers and researchers who can turn innovations resulting from the advancement of sciences and technologies into advanced manufacturing. The TED Program is a traditional course, aiming at producing specialists in their area of expertise at their assigned laboratories.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
5.7
83.45
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
0
%0
100
Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
0
/90
9
Gender balance
0
2.14
0
Overall learning experience
0
6
1
Quality of courses & teaching
0
6
1
Organisation of program
0
6
1
Contact with teachers
0
6
1
Inclusion of work/practical experience
0
6
1
Library facilities
0
6
1
IT provision
0
6
1
Digital teaching
0
6
1
Room facilities
0
6
1
Female authors
7.8
%0
70.83
External research income
252.4
0
1,658.7
Doctorate productivity
0
0
1.94
Research publications (absolute numbers)
462
0
12,835
Citation rate
0.49
0
2.48
Top cited publications
2.3
%0
31.5
Interdisciplinary publications
9.6
%0
30.4
Research orientation of teaching
0
6
1
Open Access Publications
13.4
%0
65.5
Income from private sources
3.85
%0
100
Co-publications with industrial partners
8.2
%0
50.3
Publications cited in patents
0.52
%0
2.44
BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
4
/150
15
Opportunities to study abroad
0
6
1
International doctorate degrees
0
%0
100
International joint publications
31.6
%0
96.8
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
47.6
%0
94.7
Income from regional sources
0.51
%
Social inclusion
Academic staff (fte)
20
Total number of students in field (major)
104
Percentage of female students
0
%Profile in teaching & learning
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creati...
This department is composed of the four educational programs of (1) Mathematical Sciences, (2) Physics and Applied Physics, (3) Electrical and Computer Engineering and (4) Computer Science and Engineering. We seek students who strive for new and creative science and technology. All our programs are founded on a deep understanding of the basic principles of mathematics and physics. Our working environment is international, open to new ideas and cultures, and non-discriminative.
Teaching & learning website
https://www.fse.ynu.ac.jp/english/index.html
Profile in research
The paradigm shifts and innovation require integrated and interdisciplinary understanding in extensive fields from basic science in mathematics and physics to applied engineering. The program at the Department of Mathematics, Physics, Electrical Engine...
The paradigm shifts and innovation require integrated and interdisciplinary understanding in extensive fields from basic science in mathematics and physics to applied engineering. The program at the Department of Mathematics, Physics, Electrical Engineering and Computer Science produces globally-competitive, practical, and creative engineers and researchers by offering learning and research opportunities in a wide area including mathematical science, physics, applied physics, as well as electrical, electronic, communication, information, and medical information engineering.
Research website
https://www.fse.ynu.ac.jp/english/index.html
Graduating in time
0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Program international orientation
4
/130
13
Graduates employment in the region
Total number of students
Students in their 1st year
International students
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
Based in metropolis, Yokohama, relationship between nature and society is learned, and the future that coexist with risks will be created. Understanding basic principles about risks of natural and social environment, knowledge of society with risk coex...
Based in metropolis, Yokohama, relationship between nature and society is learned, and the future that coexist with risks will be created. Understanding basic principles about risks of natural and social environment, knowledge of society with risk coexistence that manages a balance between various risks and wealth appearing in close association is developed. With interdisciplinary collaboration and sophistication to talk with the society, such individuals find ways to coexistence with risks of natural and social environment.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
11.88
83.45
0
Graduating on time (bachelors)
81
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
2.14
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
7.8
%0
70.83
External research income
0
0
1,658.7
Doctorate productivity
0
Research publications (absolute numbers)
462
0
12,835
Citation rate
0.49
0
2.48
Top cited publications
2.3
%0
31.5
Interdisciplinary publications
9.6
%0
30.4
Research orientation of teaching
0
Open Access Publications
13.4
%0
65.5
Income from private sources
0
%0
100
Co-publications with industrial partners
8.2
%0
50.3
Publications cited in patents
0.52
%0
2.44
BA theses in cooperation with private organisations
18
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
31.6
%0
96.8
International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
47.6
%0
94.7
Income from regional sources
0
%
Social inclusion
Academic staff (fte)
31
Total number of students in field (major)
388
Percentage of female students
11
%Profile in teaching & learning
The educational program for undergraduate students is designed to give a broad understanding of physics-related subjects, such as dynamics, electromagnetism, thermodynamics, statistical mechanics, quantum mechanics, and applied mathematics, with the op...
The educational program for undergraduate students is designed to give a broad understanding of physics-related subjects, such as dynamics, electromagnetism, thermodynamics, statistical mechanics, quantum mechanics, and applied mathematics, with the opportunity to pursue research at the forefront engineering physics. The aim of our department is to contribute innovative development in progressive fields, the life science, information and telecommunication, and environmental science. Our department is fully committed to help students gain knowledge, vision, and skills in modern physics.
Teaching & learning website
http://www.phys.ynu.ac.jp/opencampus.html
Profile in research
We perform researches on the frontier areas of modern physics, such as condensed matter physics, nano-technology and materials physics, plasma and nonlinear physics, high-energy physics, quantum information physics, quantum measurement, optical and las...
We perform researches on the frontier areas of modern physics, such as condensed matter physics, nano-technology and materials physics, plasma and nonlinear physics, high-energy physics, quantum information physics, quantum measurement, optical and laser physics. Physics is essential for the development of modern scientific technologies, like semiconductors, superconductors, optical and quantum devices, liquid crystals and plasma technologies. Graduates from this program hold exciting and challenging positions in industries as well as academic institutions as engineers and/or scientists.
Research website
http://www.phys.ynu.ac.jp/opencampus.html
Graduating in time
81
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
Program international orientation
0
/130
13
Graduates employment in the region
Total number of students
388
Students in their 1st year
97
International students
0
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
The study programme’s focus on software covers knowledge that is deemed most appropriate in the region, i.e. the presence of computer companies involved in developing software, but the absence of major computer or manufacturing companies. The study p...
The study programme’s focus on software covers knowledge that is deemed most appropriate in the region, i.e. the presence of computer companies involved in developing software, but the absence of major computer or manufacturing companies. The study programme places special emphasis on creative and organisational knowledge that will provide students with a basis for work in development enterprises. Students must take a total of 12 courses (4 basic and 8 electives) and 3 seminars, of which at least one is research-based and one is project-based.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
5.53
128.82
0
Graduating on time (bachelors)
0
%Graduating on time (masters)
0
%0
100
Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/9Contact with work environment (masters)
2
/90
9
Gender balance
0
1.39
0
Overall learning experience
0
6
1
Quality of courses & teaching
0
6
1
Organisation of program
0
6
1
Contact with teachers
0
6
1
Inclusion of work/practical experience
0
6
1
Library facilities
0
6
1
IT provision
0
6
1
Digital teaching
0
6
1
Room facilities
0
6
1
Female authors
0
%External research income
34.8
0
1,106.2
Doctorate productivity
0
0
1.62
Research publications (absolute numbers)
8
0
401
Citation rate
0
Top cited publications
0
%Interdisciplinary publications
0
%Research orientation of teaching
0
6
1
Open Access Publications
0
%Income from private sources
9.41
%0
100
Co-publications with industrial partners
0
%Publications cited in patents
0
%BA theses in cooperation with private organisations
0
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
5
/150
15
Opportunities to study abroad
0
6
1
International doctorate degrees
0
%0
100
International joint publications
0
%International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
0
%Income from regional sources
1.62
%
Social inclusion
Academic staff (fte)
13
Total number of students in field (major)
75
Percentage of female students
0
%Profile in teaching & learning
In the Mechanical Engineering, Materials Science, and Ocean Engineering areas including an interdisciplinary Aerospace Engineering area, we have two types of education programs, TED and PED. The YNU's original Pi-type Engineering Degree (PED) Program i...
In the Mechanical Engineering, Materials Science, and Ocean Engineering areas including an interdisciplinary Aerospace Engineering area, we have two types of education programs, TED and PED. The YNU's original Pi-type Engineering Degree (PED) Program is designed to produce practical engineers and researchers who can turn innovations resulting from the advancement of sciences and technologies into advanced manufacturing. The TED Program is a traditional course, aiming at producing specialists in their area of expertise at their assigned laboratories.
Teaching & learning website
https://www.fse.ynu.ac.jp/english/index.html
Profile in research
Mechanical engineering, material engineering, naval architecture and ocean engineering, and aerospace engineering all seek to build advanced systems and highly functional materials by combining elementary technologies while incorporating basic principl...
Mechanical engineering, material engineering, naval architecture and ocean engineering, and aerospace engineering all seek to build advanced systems and highly functional materials by combining elementary technologies while incorporating basic principles. The learning and research activities in the department seek to build advanced systems and create highly functional materials by bringing together elementary technologies, designing technologies to make the most of elements, and creating production technologies that maintain the balance between our society and the environment.
Research website
https://www.fse.ynu.ac.jp/english/index.html
Graduating in time
0
100
Contact with work environment
2
/90
9
Relative rate of graduate unemployment
Program international orientation
5
/130
13
Graduates employment in the region
Total number of students
Students in their 1st year
International students
Period of study
2
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
The study programme closely combines the fields of Computer Science and Mathematics. It relies on a strong theoretical basis that serves as a prerequisite for the establishment of an effective computer science programme. The close interaction between ...
The study programme closely combines the fields of Computer Science and Mathematics. It relies on a strong theoretical basis that serves as a prerequisite for the establishment of an effective computer science programme. The close interaction between Mathematics and Theoretical Computer Science contributes greatly to the quality of the study programme by enhancing an understanding of both the basics of Computer Science and of research topics arising from newly emerging areas of Computer Science.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
Student-staff ratio
8.31
128.82
0
Graduating on time (bachelors)
86.2
%0
100
Graduating on time (masters)
0
%Academic staff with doctorates
0
%0
100
Contact with work environment (bachelors)
0
/90
9
Contact with work environment (masters)
0
/9Gender balance
0
1.39
0
Overall learning experience
0
Quality of courses & teaching
0
Organisation of program
0
Contact with teachers
0
Inclusion of work/practical experience
0
Library facilities
0
IT provision
0
Digital teaching
0
Room facilities
0
Female authors
0
%External research income
2.8
0
1,106.2
Doctorate productivity
0
Research publications (absolute numbers)
8
0
401
Citation rate
0
Top cited publications
0
%Interdisciplinary publications
0
%Research orientation of teaching
0
Open Access Publications
0
%Income from private sources
0
%0
100
Co-publications with industrial partners
0
%Publications cited in patents
0
%BA theses in cooperation with private organisations
39
%MA theses in cooperation with private organisations
0
%International orientation of bachelor programmes
0
/150
15
International orientation of master programmes
0
/150
15
Opportunities to study abroad
0
International doctorate degrees
0
%International joint publications
0
%International research grants
0
%0
100
Student internships in the region
0
%0
100
Regional joint publications
0
%Income from regional sources
0
%
Social inclusion
No students with disability; No mature students;
Academic staff (fte)
19
Total number of students in field (major)
155
Percentage of female students
17
%Profile in teaching & learning
System Design for Ocean Space EP has been implementing a curriculum that is very characteristic in the world where the students learn ocean engineering and aerospace engineering. The education goals of each field are to learn the common basic knowledg...
System Design for Ocean Space EP has been implementing a curriculum that is very characteristic in the world where the students learn ocean engineering and aerospace engineering. The education goals of each field are to learn the common basic knowledges, and to create complex structures organically by integrating basic and advanced technologies. The goal of undergraduate education is to acquire practical "knowledge." The students are provided not only lectures in class but also technical tours, practical training, and exercises to grow into engineers and researchers with a broad perspective.
Teaching & learning website
http://www.shp.ynu.ac.jp/naoae.html
Profile in research
The space utilization targeted by engineering is expanding from the ocean to the atmosphere to outer space due to the current advanced technology. Our research fields are also expanding on the planning of man-made objects using these spaces, maintenanc...
The space utilization targeted by engineering is expanding from the ocean to the atmosphere to outer space due to the current advanced technology. Our research fields are also expanding on the planning of man-made objects using these spaces, maintenance and human interfaces during construction and operation, and engineering considering the environmental load. We are conducting practical research with the aim of creating a future society while maintaining cooperation with national research institutes and private companies.
Research website
http://www.shp.ynu.ac.jp/naoae.html
Graduating in time
86.2
%0
100
Contact with work environment
0
9
Relative rate of graduate unemployment
More than 25%
Program international orientation
0
/130
13
Graduates employment in the region
Total number of students
155
Students in their 1st year
34
International students
1
Period of study
4
year(s)Tuiton fees for national students
4,393
€Tuiton fees for international students
4,393
€Special features of the study programmes
In the Degree in Computer Science, learning is achieved through a practical approach to teaching, interdisciplinary projects with leading companies in the IT sector and expert teachers with extensive research experience. All students obtain certificate...
In the Degree in Computer Science, learning is achieved through a practical approach to teaching, interdisciplinary projects with leading companies in the IT sector and expert teachers with extensive research experience. All students obtain certificates from Google and Microsoft that certify their advanced knowledge in programming and data analysis. In addition, internships are carried out with leading companies in the sector with which the university has signed an agreement.
Restricted admission in academic year 2012/13
yes
yes
Programme type
Full time
Full time
Partner institutions
Yokohama National University (YNU)
Yokohama National University (YNU)
What to study in Japan
- Biology
- Business studies
- Chemical Engineering
- Chemistry
- Civil Engineering
- Computer Science
- Dentistry
- Earth Science
- Economics
- Education
- Electrical Engineering
- Environmental Engineering
- History
- Materials Engineering
- Mathematics
- Mechanical Engineering
- Physics
- Political Science
- Production/Industrial Engineering
- Sociology
Where to study in Japan
- Chiba University
- Ehime University
- Gifu University
- Gunma University
- Hirosaki University
- Hiroshima University
- Hokkaido University
- Japan Advanced Institute of Science and Technology (JAIST)
- Jichi Medical University
- Juntendo University
- Kagoshima University
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- Keio University
- Kindai University
- Kitasato University
- Kobe University
- Kumamoto University
- Kwansei Gakuin University
- Kyoto University
- Kyoto Prefectural University of Medicine
- Kyushu University
- Mie University
- Nagaoka University of Technology
- Nagasaki University
- Nagoya Institute of Technology
- Nagoya University
- Nagoya City University
- Nara Institute of Science and Technology (NAIST)
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- Niigata University
- Okayama University
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- Osaka Prefecture University
- Ritsumeikan University
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- University of Tokushima
- The University of Tokyo
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- Tokyo Metropolitan University
- Tottori University
- University of Toyama
- University of Tsukuba
- Waseda University
- Yamagata University
- Yamaguchi University
- University of Yamanashi
- Yokohama National University (YNU)
- Yokohama City University
