Science and technology are ideas and the means with which man seeks to change his environment.
Education, Science And
Technology
Science and technology are ideas
and the means with which man seeks to change his environment. While science
represents “accumulation of knowledge”, technology represents “refinement in
tools”. Over last two hundred years or so, science and technology have helped
to improve the quality of human life. For rapid economic progress, the
application of science and technology (S and T) to agriculture, industry, transports
and to all other economic and non-economic activities has become essential.
Jawaharlal nehru believed in the
spread of science of scientific temper. He was responsible for the setting up
of a chain of national laboratories devoted to basic and applied research which
develops indigenous technology and processes and helps
industrial enterprises in solving their technological problems. The Council of
Scientific and Industrial Research (CSIR) as well as the department of atomic
energy was set up. The Indian Council of Agricultural Research (ICAR) was
strengthened. The department of space technology, the Indian Space Research
Organization (ISRO) etc., Arrived later. In 1958 the science policy resolution
was adopted to provide positive incentives for the development and utilization
of s and t in nation building activities. The major aims of this policy were:
To foster, promote and sustain by
appropriate means the cultivation in science and scientific research in all its
aspects – pure, applied and educational
To ensure an adequate supply
within the country of research scientists of higher quality and recognize their
work as an important component of the strength of the nation
To encourage and initiate with
all possible speed programmes for training of scientific and technical
personnel on a scale adequate to fulfill the country’s needs in regard to
scientific and education, agriculture, industry and defence
To ensure for the people of the
country all the benefits that can accrue from the acquisition and application
of scientific knowledge.
The indian government has been
giving special support to s and t since independence and the large network of
national laboratories and universities have been training a strong cadre of
scientists, engineers, technologists, etc. Public and private sector
organizations have established over 600 in-house research and development
(R&D) laboratories to meet their internal technological requirements. The
rapid growth of engineering consultancy organizations to provide design and
consultancy services and act, as the bridge between research institutions and
industry, is really commendable. India’s stock of technical man-power has been
growing at the rate of about 9 percent per year for the last 20 years and is
now estimated to be about 2.5 Million. After usa, india today ranks second in
the world as regards qualified science and technology man-power.
Science and technology (S&T)
has made a phenomenal impact over the world in shaping the lifestyle of the
common man. If india has to really forge ahead in the coming decade, s&t
must play a pivotal role in all the important tasks that lie ahead of us.
Hence, the deployment of S&T as an effective instrument of growth and
change becomes an imperative strategy. In order to derive maximum output from
meager resources, s&t and the associated methodology must be brought into
the main theme of economic planning in the agricultural, industrial and
services sectors. Measures To Promote Science
& Technology
Following are the measures
necessary to promote science & technology Education For The Knowledge Economy
Producing knowledge intensive,
technologically sophisticated, higher value goods and services are not possible
without a trained management cadre and labour force with the appropriate mix of
technical and vocational skills. Among other things, this requires: Scientists with the skills needed to conduct
appropriate R&D Engineers and skilled craftsmen
to evaluate technology and adopt it for use in the enterprise, Skilled technicians who will
actually utilize the technology in the production process Vocational, secondary and tertiary education must
all contribute to turning out graduates with the necessary skills. Moreover,
since the skills required by today’s labour market may not be the same as those
that will be required in the future, a process of life long learning must be
built into the education system. And at all levels and life-cycle stages, the
education system must work with the private sector to understand and respond to
its needs.
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