2. The Science and Technology Basic Plan (2001-2005) (unofficial
version)(decided by the Government of J apan on March 30, 2001)
Chapter 2 Important Policies
. S&T system reforms
4. S&T human resource development and S&T educational reforms
(1) Education of researchers and engineers, and reform of
universities and other institutions
The education of talented researchers and engineers is crucial
to S&T system reform. As the ver y core of S&T education, the universities
must endeavor to reform themselves.Therefore, in order to be internationally
competitive, universities should upgrade the quality of education/research to
c ultivate researchers and engineers who are creative and have expert skills
and training. In addition, universities should accelerate both self-evaluation
and external evaluation, and should fully disclo se the results.
(a) Graduate schools To ensure that students learn to think
and perform logically within the context of a systematic edu cation, and that
their course-work strengthens their ability to research independently, graduate
scho ols must elevate and diversify their education and research. At the same
time, in order to produce th e human resources needed in academic and industrial
S&T in Japan, universities must enrich their education and research to foster
students with a wide vision and a good balance of core skills and ap plication
abilities. To this end, universities should plan special lectures featuring experts
in the private sector, and should sponsor courses for emerging S&T fields,
etc. To promote rapid S&T progress through world-class education and research,
the government should equitably evaluate graduate schools and establish centers-of-excellence
and prioritized resource all ocation for those schools showing exceptional innovative
promise. At the same time, the government sh ould allow a wider range of graduate
courses that produce experts in particular S&T fields. And scholarships or
other financial support should be provided to help excellent students advance
t o doctoral work without financial stress. Those forms of support that prove
especially successful in producing excellent researchers should be highly evaluated.
(b) Faculties in universities and junior colleges Faculties in universities and
junior colleges should enrich their general education curriculum in o rder to
rapidly advance S&T through total management of the school. In technical
training curric ula in specialized courses, schools should attach importance
to principles and theories, thereby fost ering the ability of students to investigate
and resolve their own subjects independently.
(c) Technical colleges and vocational schools Technical colleges should enrich
their educational contents, improve job-training courses, and revi ew classes
to meet social needs in consideration of S&T progress and industrial structural
reform . Vocational schools should elevate their educational contents to promote
more practical and vocation al training.
(d) High schools High schools should fulfill the goals of a scientific education
through observation and experimenta tion, and should promote an industrial education
correspondent with changes in society.
(2) Training and securing engineers
Engineers are in a unique position to promote technological
innovations and strengthen internationa l competitiveness in Japan. To keep abreast
of rapid technical developments and economical globalizat ion, it is necessary
to secure many qualified engineers who can support technological fundamentals
in Japan while also working internationally.
In order to achieve this, a social system will be established
to certify the engineer's qualif ications in the international community.
An accreditation system of engineering and science curricula will be introduced
in universities, a technological management education will be established, and
pr actical educations will be implemented. The engineer's certification
system will be promoted in Japan, and efforts made so that the system can be
applied internationally, including in APEC countrie s. To keep engineers current
with the latest technological developments, continuing education will be provided
by academic societies or universities. Through these educational initiatives,
including reg istered engineer and other certifications, and continuing education,
a system that consistently impro ves the abilities of engineers can be established.