A Status Report on Information Science Education at Japanese Private Universities[1]

 

Ken Takagaki, British Columbia Institute of Technology, Canada

and

Tomio Koyama, Osaka Institute of Technology, Japan

 

March, 2001

 

 

ABSTRACT

 

This short report highlights some features of Computer Information Systems training at leading Japanese private universities.  Important trends and comparisons to Canadian post-secondary training in this area are made. A brief overall description of the Japanese Post-Secondary system is also provided.

 

 

INTRODUCTION

 

There are some 570 national, regional and private universities in Japan of which the vast majority, some 435, are private.  The national and regional universities receive financial support primarily from the national or regional (mainly prefectural or municipal) governments. Private universities also receive financial support through the Ministry of Education (Monbusho) but to a lesser extent.  Therefore, tuition fees at private universities average about twice that of public universities. All recognized universities are subject to various regulations and program standards as set by Monbusho. 

 

Overall, the public universities, and in particular, the national universities, tend to enjoy the greatest prestige and reputations.  However, there has always existed a strong tradition of private post-secondary education in Japan and some of the leading universities in Japan fall into this category.  The sheer number of universities (not to mention several thousand two-year colleges and technical institutes) allows for diversity and specialization impossible in a less populous country such as Canada.  Altogether, the system offers a huge range of alternatives and options to the student seeking post-secondary education.

 

Recently, many Japanese universities, with the encouragement of Monbusho, have established new programs in Computer-Based Information Systems (Jou-Hou Kagaku in Japanese).  As a result, there has been a proliferation of Jou-Hou Kagaku programs throughout the post-secondary system, including both undergraduate and graduate levels. This report focuses on some of the key characteristics of these Computer-based Information Systems programs, mainly as implemented by private universities and institutes of technology.

 

First, a brief description of the Japanese Post-Secondary system in Science and Technology/Engineering is given to provide a contextual background.  The role of private universities in Japan is then briefly described.  Various implementations of Information System programs at different universities are discussed together with an analysis of their curricula.  The report concludes with brief summary comparisons to the programs and curricula of corresponding Canadian universities and institutes of technology.

 

 

THE JAPANESE POST-SECONDARY SYSTEM

 

Recruitment and Admission to Japanese Post-Secondary Institutions [2]

Japan has one of the higher secondary and post-secondary participation rates in the world. Virtually all youth in Japan complete high school.  The 1997 high school completion rate in Japan was reported at 98%.  In the same year, Monbusho reported that 45% of high school graduates that year proceeded to university or junior (2-year) college and a further 20% proceeded to some other form of post-secondary training.  (This compares to a reported 80% high school completion rate and 21% transition from high school to post-secondary for British Columbia[3].)

 

Admission to almost all universities, private or public, is primarily by competitive examination.  All national and public universities as well as many private ones require a nation-wide University Entrance Examination.  In addition, most universities provide their own individual entrance examinations that are designed, in theory, to identify applicants best suited to the kind of education they provide.  In some cases, individual faculties or departments will also require their own entrance examinations. Every applicant attempting an entrance examination is charged a fee typically ranging from about 20,000 Yen to 35,000 Yen ($250 - $440 CAD)[4].

 

Competition for university admission is intense, especially for the more reputable and prestigious institutions.  Further, the national universities schedule their examinations twice per year on the same dates, thus restricting the applicant’s choice of universities. Regional and private universities, however, are more flexible, both with respect to examination dates and consideration of other factors in addition to examination results.  Recently, in addition to raw examination scores, private universities have introduced a large number of assessment variations to make their programs accessible to a broader range of applicants.  For example, identified subject areas (e.g. mathematics or English) or a combination of best scores in certain areas might be weighted more heavily in computing final scores.

 

Applicants who are not accepted into the university of their choice have the option of re-applying in succeeding years.  A minor industry in the private sector has developed to provide intensive preparation and strategies for taking university entrance examinations.  It is not unusual for high school graduates to defer the application process for a year or more in order to better prepare for entrance examination to the school of their choice.  Summary statistics published by the universities suggest that students who have waited a year before applying have significantly better success rates than students coming directly from high school. In fact, Tokyo University reports that about 50% of their annual admission consist of students who have deferred their application one year or more.  Once a student is accepted, he or she pays a one-time entrance fee typically about 250,000 Yen ($3,150 CAD) in addition to the normal first year tuition.

 

Compared to Canada, this process tends to require much earlier and greater commitment to a specific institution and program of studies on the part of the student. Further, once a student is accepted, transfers to other universities or other programs within the same university are rare.  Unlike Canada, where students often roam from school to school or program to program, especially in the first two years of university, direct admission other than to the first year of a program from another post-secondary institution is difficult and rarely occurs.

 

As in Canada, many universities will provide for separate admission procedures for foreign students. Mobusho as well as many of the top ranked universities in Japan have pro-active policies for recruiting qualified applicants from outside Japan.

 

 

School Terms, Class Sizes, Tuition

The university academic year in Japan is divided into two semesters, mid-April to late September and mid-October to beginning of March.  There is a five-week summer break (late July and August) and a two-week winter break (last week of December and first week of January).

 

Except for their final year, undergraduate students typically enroll in about 15 courses per semester and attend about 30 hours of lectures, laboratories or seminars per week.

 

The school day, Monday to Friday, is divided into four or five periods of 90 to 100 minutes each.  Typically, each course meets one or two periods per week.  Most courses are one semester in length.

 

Typically, final year students, particularly those in Science or Engineering faculties, spend most of their time preparing a graduating thesis.  Normally, they are assigned to a research or development laboratory and supervised by a senior professor who, in most cases, takes an individual interest in ensuring that the student is appropriately qualified upon graduation.  This final year tends to be a ‘capstone’ experience for the student and it is not unusual for the student to maintain a strong professional relationship with the supervising professor long after graduation.

 

Average undergraduate class sizes range from a small handful to large lecture classes of 150 or more.  The average student-to-faculty ratio is about 1-25 in private universities and 1-15 in national universities.  The total number of students admitted to any university within a given year is regulated by Monbusho and is usually a function of the number of full-time, tenured professors.  The total number of tenured professors within any university is also determined by Monbusho.

 

As of 1998, the typical annual tuition at a well-regarded private university was approximately 1,200,000 Yen ($15,000 CAD)[5]. Annual living expense for a university student averages around 2,000,000 Yen ($25,000) per year.  Monbusho and other organizations offer a variety of scholarships and long-term loans to students to help finance their education.  In some cases, loans are interest-free or forgivable.

 

Faculty and Working Conditions

As in Canada, faculty at Japanese universities are well qualified and highly trained.  Tenured professors and associate professors are expected to possess the Ph.D. or equivalent in their area of specialization as well as significant academic and research records.  In addition to teaching and lecturing, professors are expected to maintain research programs and supervise both fourth year and graduate students. Typically, professors will supervise about 25-30 fourth year and graduate students at private schools and about 5-10 students at public universities. Many professors also maintain strong industry relationships through consulting, recommending graduates for employment, and other related activities.  However, compared to many Canadian programs, institutional-level arrangements between industry and universities such as formal Advisory Committees appear to be rarer.

 

University professors in Japan enjoy significant respect and social status.  Wage levels are equal to or better than Canada, with typical annual salaries for tenured professors averaging about 10 Million Yen at public universities and 12 Million Yen at private universities ($126,000 - $150,000 CAD).  Currently, salaries at Japanese universities fall in the upper third or quarter of wage scales in Japan. This is in contrast to Canada where salary scales in post-secondary education have often fallen significantly behind industry, especially in high technology fields. While full year sabbaticals are apparently still rare in Japan, professors are eligible for short-term sabbatical leaves and international travel to conferences and other scholarly activities.

 

 

PRIVATE UNIVERSITIES IN JAPAN

 

Private universities, junior colleges and other post-secondary institutions play a far more important role in Japan than in Canada.  The vast majority (over 75%) of universities in Japan are private and some 80% of all universities students attend a private institution.  Unlike Canada, where private universities generally operate with minimum government intervention and are sometimes not well understood (or accepted) by the public, private education in Japan is an important and highly integrated part of the Japanese educational system. Japanese legislation provides for government subsidies to private institutions for their operating expenses as well as grants and long-term, low-interest loans for capital costs.  In 1997, Monbusho support for the operating expenses of private universities was in the order of 295 Billion-Yen ($3.9 Billion Canadian Dollars) or about 12.4 percent of the operating budgets of private universities. (Interestingly, private schools overall in Japan have experienced a significant reduction in government support since 1980, when the percentage of government support was at a high of about 30%.)

 

Private universities in Japan are operated by educational foundations known as Gakkou Hou-jin in Japanese.  Hou-jin received charters from the appropriate government bodies and Monbusho to operate private schools and other educational enterprises.  Many foundations operate several schools at different levels under a single management umbrella.  For example, a Hou-jin may operate a university, a junior college and a high school. Successful Hou-jin may run several universities and/or campuses.

 

As mentioned earlier, Japanese students seeking post-secondary education have a huge range and diversity of alternatives before them, limited primarily by the intensely competitive entry process, especially at the more prestigious institutions.  As a result, the entire Japanese post-secondary environment is also highly competitive, with each school aggressively promoting its unique features and programs to attract the best students.  As described previously, in addition to straight raw scores, universities have recently been introducing various imaginative and creative approaches to evaluating entrance examination results in order to attract the most suitable applicants to their programs. For example, OIT lists six separate ways of applying to their programs in their entry guidebook, each based on a different method of computing examination scores.  Thus, applicants with weaknesses in certain areas but corresponding strengths in others may still be successful in entering an OIT program.

 

The amount and quality of the information provided to applicants by the typical Japanese university is impressive.  In addition to the usual calendars and program descriptions, other information provided include sample entrance examinations and detailed statistics related to examination results, demographics of successful candidates, and post-graduation examination results.  Further, publishing houses and other organizations also publish their own statistical summaries and guidebooks to universities. 

 

Due to the sheer volume of information as well as the high costs of the entry process, Japanese students appear to be somewhat more aware and better-informed consumers of post-secondary education overall, especially compared to the typical applicant to Canadian universities.

 

 

The Osaka Institute of Technology

The Osaka Institute of Technology (OIT) is primarily an Engineering and Computer Technology university offering programs at Bachelor, Master’s and Ph.D. levels.  OIT forms part of the Osaka Kodai Setsunan Daigaku Educational Foundation (Hou-Jin), which includes three universities (OIT, Setsunan University and Hiroshima International University), a junior college (Osaka Institute of Technology Junior College) and a private high school (Osaka Institute of Technology High School).   In total, the foundation operates five university campuses (4 in Osaka and 1 in Hiroshima), the junior college campus, high school campus, and numerous conference centers, guesthouses, private hotels and retreats throughout Japan.

 

OIT is ranked in the top third of Japanese universities and comprised of three major faculties or schools, Engineering, Information Systems and Graduate Studies and serves some 8,000 full-time students in both day and night programs[6].  As with many Japanese universities of this caliber, OIT also enjoys significant international relationships with universities around the world, including China, Korea, Indonesia, Mexico and the United States.

 

 

INFORMATION SYSTEMS PROGRAM AT OIT

 

Japan has a highly developed computing industry and a commensurate educational and training system to provide the necessary human resources to grow and maintain this important industry sector.  Recently, Information Science as opposed to Computer Science or Computer Engineering has been receiving significant attention throughout the Japanese post-secondary sector.  With the encouragement of Monbusho, the number of new programs focusing specifically on Information Science (Jouhou-Kagaku) has proliferated significantly during the mid-1990’s, with major investments of money and other resources by many Gakkou-Houjin in this area.[7]

 

The Faculty of Information Science at the Osaka Institute of Technology is a typical example of the level of commitment been made by Japanese universities in this new, developing area.

 

The Faculty of Information Science was established at OIT in April 1996.  A specially designed campus and 148,000 square meter building were established to house the activities of this new faculty.  Currently, the Faculty offers two 4-year, bachelor level programs, Information Processing/Management and Information Systems Science to some planned 1300 full-time students with a staff of about 28 tenured professors and numerous contract faculty.  At the present, only about 10% of the students are women.

 

 

Information Systems Programs - Typical Syllabus

Graduation requirements (in credits) for the Information Processing/Management 4-year program at OIT are as follows:

 

General Education- Humanities

24

18%

General Education - Science

14

10%

Information Science - Required Courses

40

30%

Information Science - Electives

56

42%

Total Credits

134

100%

Typically, courses at Japanese universities are offered in 2 credit units each semester.

 

Courses in General Humanities fall into three major categories:

1.         Social Sciences and Philosophy (e.g. Logic, Philosophy, Literature, History, Law, Psychology, and Economics);

2.         Foreign Languages (e.g. English Conversation, English Grammar, Modern English Usage, and English/American Culture)

3.         Physical Education.

 

Courses in General Science include:

1.         Physics

2.         Chemistry (General and Molecular)

3.         Earth Sciences

4.         Biological Sciences

 

The majority of these courses are taken in the first two years of the program.  In certain situations, variations are allowed for foreign students studying in Japan (e.g. Japanese language courses can be applied toward graduation requirements).


 

The Information Science courses are as follows:

 

 

Information Processing

Information Systems Science

First Year

Math I & II- Linear Algebra

Math III & IV – Calculus*

Engineering Science I

Intro to Information Science I*

History of Science

Graph Theory

Programming Workshop I*

Math I & II- Linear Algebra

Math III & IV – Calculus*

Engineering Science I

Intro to Information Science I*

History of Science

Graph Theory

Programming Workshop I*

Second Year

Math V - Fourier Transforms

Math VI -Differential Equations

Probability & Statistics

Introduction to Electricity/Electronics

Engineering Science II

Intro to Information Science II*

Programming Fundamentals

Programming Environments

Systems Programming I

Numerical Methods

Mathematical Programming

Data Structures

Intro to Computer Circuits

Artificial Intelligence

Applications of Computing

Programming Workshop II*

Software Workshop I*

Math V - Fourier Transforms

Math VI -Differential Equations

Probability & Statistics

Introduction to Electricity/Electronics

Engineering Science II

Intro to Information Science II*

Programming Fundamentals

Programming Environments

Systems Programming I

Numerical Methods

Mathematical Programming

Data Structures

Communication Theory

Artificial Intelligence

Applications of Computing

Programming Workshop II*

Software Workshop I*

Third Year

Systems Programming II

Software Engineering*

Compilers

Theory of Algorithms

Computer Architecture II

Computer Circuits II

Integrated Circuit Technology

Optical Circuit Technology

Sensing/Measuring Devices

Reasoning/Inference Systems

Text Processing

Image Processing*

Voice Recognition

Robotics

Software Workshop II*

Information Systems Workshop I*

Technical Writing*

Systems Programming II

Software Engineering*

Compilers

Theory of Algorithms

Computer Architecture II

Signal Processing

Data Communications

Information Systems Science II*

Simulation

Operations Research

Computer Graphics

Data Base Systems*

Information Searching/Data Warehousing

Voice Recognition

Robotics

Software Workshop II*

Information Systems Workshop I*

Technical Writing*

Fourth Year

Hardware Interfacing

Parallel Computing Architectures

Actuator Theory

Integrated Circuit Design

Natural Language Processing

Information System Devices

Info System Law

Info System Workshop II*

Special Topics in Information Systems*

Graduation Thesis*

Systems Validation

Management Science

Social/Economic Systems

Info Systems Media

Data Base Applications

Information System Devices

Info System Law

Info System Workshop II*

Special Topics in Information Systems*

Graduation Thesis*

* Required Courses   

 

 

In Canada, programs equivalent to Jouhou-Kagaku roughly fall into one of two categories, Computer Science and Information Systems. 

 

Compared to the typical Canadian Computer Science program, the following general observations can be made*

1.         General education and humanities components are similar except for the emphasis on English language courses.  OIT considers English language skills important as a way of promoting internationalization of their graduates and, in the field of computing, especially since much of the primary source of new information in this area is English-based.

2.         The mathematics component of the OIT program is similar in most respects to Canadian Computer Science programs, especially in the first two years.

3.         Most of the software-based course titles are similar to those in Canadian programs.

4.         The OIT program has a strong emphasis on hardware, including courses in Mechanics, Electronics, and circuit design.  This is typical of Information System programs in Japan and may partially reflect Japan’s strength in electronics manufacturing and design.

5.         A unique characteristic of Japanese undergraduate training is the graduating thesis

6.         Since the entrance examinations provide a significant amount of uniformity in terms of background knowledge, there is little concept of remedial courses in Japan. There is, however, some overall concern about the basic skills levels of high school graduates, particularly in language and mathematics.

 

 

Compared to Canadian programs in Information Systems, the following general observations can be made.

1.         The general education and humanities components are similar (except for the comment above on English language skills).

2.         The mathematics component is similar or greater than most Information Systems programs in Canada.

3.         The core software-based course titles are similar (programming, data base, AI, etc)

4.         The hardware component is significantly greater than in Canadian programs.  In fact, many Canadian IS programs do not include any hardware component.

5.         Canadian programs tend to include many courses in an applications area, primarily business applications. For example, a typical Canadian IS program will include several courses in Accounting, Economics, Business Law, Marketing, and Organizational Behavior.  Japanese IS programs do not normally include such topics.

6.         In most cases, Japanese Information Systems programs are located within Schools of Engineering.  In Canada, they are just as likely to be located within Business Schools.

7.         Recently, Canadian programs have been emphasizing courses or other activities related to interpersonal communication, group work and teamwork skills.  While the Japanese curriculum does not include such formal coursework, the social culture and context appears to encourage and foster a high level of camaraderie among students.  Friendships are forged and centered around course and research activities.  Such friendships permit life-long networking after graduation.

 

Japanese Information Systems programs tend to include more hardware and media technology courses. This seems to be consistent with the large product design and development industry in Japan.

 

In Canada, the focus tends to be more on software development methodologies, systems analysis and design, systems configuration and integration, and use of computers to promote overall business and management efficiency.

 

Graduating Thesis

All students from the program are expected to complete a graduating thesis or graduation research report.  This is usually done in the fourth year of the program.

 

Every fourth year student is assigned to a tenured professor who provides the necessary guidance and research facilities to complete the research.

 

At OIT, each tenured professor is provided with a research laboratory equipped to conduct the appropriate level of research.  In addition, most tenured professors maintain an adjunct office for the exclusive use of graduating students.  The preparation of the graduating thesis can be an intense and challenging experience for many students.  In their final term, students can sometimes spend 24-hour days at their laboratory, totally immersed in their research activity.  This can be contrasted to Canadian universities where this type of intense research activity tends to be limited to graduate students and not bachelor programs.

 

 

Graduates of Information Systems Programs

The OIT Information Science program is currently in its third year of operation and has not yet graduated its first class.  However, overall OIT has a high placement rate for its graduates. Graduation statistics indicate that about 95% of OIT graduates find employment or proceed to graduate school.

 

OIT is ranked number one of all Institutes of Technology in Japan in terms of the number of graduates who have gone on to become company presidents.  Follow up surveys indicates that 92% of graduates expressed satisfaction with their work placement subsequent to graduation. 

 

 

COMPARISON BETWEEN JAPANESE AND CANADIAN INFORMATION SYSTEMS CURRICULA

 

Using the BCIT and OIT Information Systems programs as representative examples of IS curricula, a summary comparison between the two reveals that overall the programs are quite comparable.  OIT includes more formal mathematics, information theory, and hardware topics.  BCIT includes more courses in systems analysis and design, systems development methodologies and business/management. 

 

As mentioned earlier, these differences can be expected given Japan’s strengths in hardware technology and product design.  The BCIT program, on the other hand, is more consistent with the North American emphasis on the software development industry as well as the use of computer technology to achieve management and business efficiencies.

 

Topic Area

BCIT Computer Systems

OIT Information Science

Comments

Mathematics

*    Applied Mathematics*

*    Probability and Statistics*

*    Decision Theory I*

*    Decision Theory II - Advanced

*    Math I & II- Linear Algebra

*    Math III & IV – Calculus*

*    Math V - Fourier Transforms

*    Math VI -Differential Equations

*    Probability & Statistics

*    Numerical Methods

*    Mathematical Programming

OIT requires Algebra and Calculus. Not required in BCIT programs.

Language/Writing

*    Technical Writing I*

*    Technical Writing II*

*    Technical Writing

 

Core Programming

*    Programming Methodologies*

*    C/C++*

*    Visual Languages*

*    Programming Fundamentals

*    Programming Workshop I*

*    Software Workshop I*

Programming component is comparable

Advanced Programming

*    Advanced C++*

*    GUI Programming

*    COBOL

*    Object-Oriented Programming*

*    JAVA Programming I & II

 

*    Programming Workshop II*

*    Software Workshop II*

*    Theory of Algorithms

BCIT curriculum explicitly states specific languages or language categories.

Computer Applications

*    Computer Applications*

*    Intro to Information Science I*

*    Intro to Information Science II*

*    Info Systems Workshop I*

*    Info Systems Workshop II*

*    Applications of Computing

OIT requires courses in Information Science and Theory.

Systems Analysis/Design

*    Systems Analysis and Design*

*    CASE*

*    O-O Analysis & Design*

*    Software Engineering*

BCIT specifies more courses on Analysis and Design

Data Base

*    Introduction to Data Base*

*    Advanced Database

*    Object-Oriented Data Bases

*    Client-Server Computing

*    Data Structures

*    Computer Graphics

*    Data Base Systems*

*    Information Searching/Data Warehousing

Comparable overall

Data Communications

*    Introduction to Data Communications*

*    Advanced Data Communications I

*    Advanced Data Communication II

*    Wireless Data Communications

*    Special Topics in Data Communications

*    Data Communications

*    Signal Processing

 

 

Specialization

*    Expert Systems

*        Reasoning/Inference Systems

*    Neural Nets

*    Graph Theory

*    Advanced Graph Theory

*    Multi-Media Design & Application

*    Image Processing – 2D/3D

*    Image Processing – Animation

*    Topics in MIS

*    GIS

*    Technical Issues in Software Development

*    Artificial Intelligence*

*    Graph Theory

*    Reasoning/Inference Systems

*    Text Processing

*    Image Processing*

*    Voice Recognition

*    Robotics

*    Natural Language Processing

*    Information Systems Science II*

*    Simulation

*    Operations Research

*    Special Topics*

The range and variety of specialization courses is comparable

Architecture

*    Computer Architecture*

*    Computer Architecture I*

*    Computer Architecture II

*    Parallel Architectures

 

 

Operating Systems

*    Operating Systems*

*    MS Windows Programming

*    OS/2 Programming

*    UNIX Programming

*    Programming Environments

*    Systems Programming I

*    Systems Programming II

*    Compilers

Comparable

Practicum/Projects

*    Practicum I & II*

*    Graduating Thesis*

*    Graduating Thesis*

Comparable

Hardware/Circuits

*    Introduction to Hardware

*    Introduction to Electricity/Electronics

*    Intro to Computer Circuits*

*    Integrated Circuit Technology

*    Optical Circuit Technology

*    Sensing/Measuring Devices

*    Computing Circuits

*    Computing Device Design

*    Hardware Interfaces

*    Architecture Theory

*    Integrated Circuit Design

OIT requires significantly more courses in Hardware

Business,

Accounting,

Law

*    Marketing*

*    Accounting I & II*

*    Economics*

*    Organizational Behaviour

*    Computer Law*

*    Info System Law

BCIT requires significantly more courses in Business and Management

Management

*    Management Issues in Software Engineering*

*    Management ElectiveI*

*    Management Elective II*

 

 

Research Methods

*    Applied Research Methods*

 

 

Engineering/

Science

 

*    Engineering Science I

*    Engineering Science II

*    History of Science

 

Other

4 Courses in General Education

3 Courses in General Education

 

Total

62-63

54-55

 

 

 

 

INFORMATION SYSTEM (JOUHOU-KAGAKU) PROGRAMS IN JAPAN

This is a partial list of Jouhou-Kagaku programs in Japan.

 

Graduate Programs

Kyoto University

Hiroshima University

 

Undergraduate Programs

Osaka Institute of Technology (Information Systems Processing/Management, Information Systems Science)

Osaka Sangyou Daigaku

Kansai Daigaku

 

 

REFERENCES

B.C. Institute of Technlogy, 1998-1999 Calendar

Osaka Institute of Technology, 1999 Nyuu-Shi Jouhou-Hen (Success Guide)

Kyoto University, Graduate School, Information Science Guide

B.C. Ministry of Education, Moving On, A Report on Secondary to Post Secondary Transition, 1997

 

 

ACKNOWLEDGEMENTS

 

This report was prepared during a sabbatical leave granted to Ken Takagaki by the B.C. Institute of Technology, whose generosity is gratefully acknowledged.  The warm welcome and superb hospitality extended to Ken Takagaki by the staff, faculty and students at the Osaka Institute of Technology is both acknowledged and deeply appreciated.  The authors particularly wish to thank OIT President Dr. Y. Sakurai for providing the overall environment for a successful and productive sabbatical experience.  Drs. K. Kobori and Y. Kutsuwa from OIT acted as hosts and guides to the various computer related programs at OIT and kindly allowed Ken Takagaki to observe and participate in various class-room activities.  Dr. H. Matsuhisa from Kyoto University provided introductions to the Kyoto University Graduate Program in Information Science as well as the Kyoto node of the Japanese Academic Large Scale Computing Network.



[1] This report is the result of a joint collaboration between Ken Takagaki, School of Computing, British Columbia Institute of Technology,  Canada and Tomio Koyama, Osaka Institute of Technology, Japan.  It was written during a sabbatical leave of the first author, Ken Takagaki, at the Osaka Institute of Technology from February to August 1998.

 

Tomio Koyama provided introductions, source materials and arranged personal visits to a wide range of academic and business organizations in Japan.  Although he is deservedly listed as the co-author of this report, all responsibility for any errors or other shortcomings which might arise from mistranslation or misunderstanding of the original source materials rests with the first author, Ken Takagaki.   In additional, the editorial comments comparing Japan to Canada are those of the first author alone.

[2] These comments specially relate to science and engineering programs though they are also generally applicable to most Japanese university programs including liberal arts and social sciences.

[3] Moving On, A Report on Secondary to Post-Secondary Transition, B.C. Ministry of Education, 1997

[4] Exchange rates at time of writing, August 1998.

[5] Compared to typical Canadian tuitions of about $2500 CAD per year.

[6] The entire Setunan system has a student population in excess of 20,000. At OIT, as with most Japanese universities, part-time students are rare.  Night school programs (Ya-kan) are essentially equivalent to day programs but offered during the evening hours.

[7] The pace of growth in Information Science programs appears to have slowed.  In more recent years, Monbusho has been promoting the establishment of Health Care related programs to match the needs of the aging Japanese population.  As such, Setunan’s newest campus, Hiroshima International University, is primarily a health care post-secondary institution.