Discuss the Scientific and Technology Policy of Govt of India
Scientific Policy Resolution (1958):
Pt. Jawaharlal Nehru was
instrumental for the adoption of Scientific Policy Resolution (SPR) by
Government of India on 4th March 1958. It recognized science and technology as
the key to national prosperity. India is scarce in capital and initial
materials. She has to heavily depend on modern technology to overcome such
limitations.
Aims and Objectives of SPR:
- To promote, foster, cultivate and sustain science and scientific research-basic 'and applied.
- To ensure adequate supply of highly trained and qualified research personnel by recognizing their work as an important component of nation's strength, and
- To secure the benefit of science and technology to all the people in the country.
Thus, the SPR acknowledged the cardinal importance of cultivating science and scientific thinking on mass scale by the masses by building large number of scientific manpower and applying the science and technology results to the economic and cultural development of all the people.
Technology Policy Statement, 1983:
In response to the need for guidance on a wide ranging and complex
set of inter-related areas of science and technology, industry, economy and
trade, the Government of India had announced the Technology Policy. Statement
(TPS) in January 1983. Its main objectives are to develop indigenous
technologies and help absorption of the improved ones.
Objectives of TPS:
- To attain technological conscience and self-reliance,
- To blend a correct mix of technologies of mass production by the masses and for the masses,
- To develop essential technologies in the critical areas which are nationally relevant and internationally competitive.
- To upgrade both technologies and equipment on continuous basis.
- To promote economic efficiency and quality in production, and
- To ensure harmony with environment, ecology and habitat and so on.
The Industrial Policy Resolution (IPR) of 1948 and 1956:
It aimed
at promotional, directional and regulative aspects of economic activity of the
country. It sought to accelerate industrial and economic development by
expanding large scale industries in the core sectors through public and
co-operative sectors. It emphasized the need for equitable distribution of
wealth among the population by the state by promoting basic and strategic
industries. It considered massive import of both capital and technology essential
for the industrial development of the country. The Industrial Development and
Regulation (IDR) Act of 1951 was as an instrument of achieving the objectives
of IPR. It allowed grant of licenses to select and thrust areas which are
considered essential for economic development.
MRTP Act, 1969:
The Monopolies Restrictive Trade Practices (MRTP)Act of 1969 extended its scope to private sector industries. Its main
objectives were prevention of concentration of wealth, direction of flow of
investment and business operations towards select industries needing advanced
technologies and promotion of regional development.
FERA, 1974:
Foreign Exchange Regulation Act (PERA), 1974 extended
scope of MRTP Act and covered private sector firms whose foreign equity was
more than 40 per cent. Its main objectives were similar to that of MRTP Act. It
allowed higher rate of foreign equity provided the firms operated in the high
technology areas, exported all their manufactured goods and shouldered the
responsibility of developing backward areas.
Incentives for R & D: The government provided certain
incentives to promote R & D by industries. The Department of Science and
Technology (DST) formulated and implemented a scheme in 1973 to recognize in
house Research and Development centers of industries by registration which are
eligible for certain fiscal benefits including import of critical materials and
equipment as per Open General License "COGL). They are also entitled for a
grant of foreign exchange for deputation of experts abroad, allocation of special
controlled materials, exemption of excise duties, Income Tax (IT) exemption up
to 100 per cent of expenditure incurred on R & D, preferential treatment in
licensing for utilization of indigenously developed technologies. Industries
sponsoring research projects with national laboratories under C.S.I. R. are
eligible to Income Tax deduction, subject to proper approval of competent
authority. There is a provision of Income Tax deduction on the amount spent on
a pilot or semi-commercial plant based on C.S.I.R. technologies and on
expenditure incurred as enhanced capacity in the form of plant and machinery.
Depreciation rate higher than 50 per cent is allowed to users of
indigenously developed technologies. Central and State Financial Corporations
operate several incentive schemes such as interest subsidies to encourage
industries who venture to commercialize newly developed indigenous
technologies. The subsidy varies between Rs. 20,000/- for small units and Rs. 1
lakh for large scale units. Interest free personal loans, under Risk Capital
Foundation Scheme limited to 50 per cent of equity share in the project, is
available for setting up of medium and large-scale projects.
RCTC Assistance:
The IDBI operates a Venture Capital Fund created by Government of India in 1986-87 budget by imposing 95 per cent less on all imported technologies. Finance Corporation Limited RCTC assistance is available in, three forms viz. 1) Conditional loan as an instrument of profit and risk sharing without any interest bearing. 2) Conventional loan carrying progressive interest ranging 6-15 per cent per annum and 3) Direct equity participation in the company.
A look at the trends in the growth of annual expenditure on science
and technology activities and per cent share in GNP (Gross National Product)
shows that though science and technology expenditure in absolute terms made a
742-fold increase, its relative share in the GNP increased only 50 times. Many
developed countries spend 2 per cent of GNP or more on indigenous science and
technology efforts. India's consistent efforts, to raise Research and
Development expenditure have created a wide-ranging network of science and
technology agencies and institutions.
A readily altered pattern of distribution of Research and
Development expenditure is seen now due to inter-institutional competition and
changing socio-economic priorities. Defense related science and technology
activities share the bulk of research and development its expenditure.
Distribution of expenditure by nature of research is experimental development
30 per cent, applied research 30 per cent, basic research 14% and other 24 per
cent Likewise, discipline 49 per cent, natural science 31 per cent,
agricultural science 15 per cent and medical science 5 per cent.
Activities of Development of Science and Technology Infrastructure:
- Agencies for policy promotion and planning.
- Agencies under Ministries and Development Boards to implement the policy formulations; and
- Institutions undertaking Research and Development projects and programmers. The Ministry of Science and Technology is the nodal wing of the government. Individual powers are delegated to DST, DSIR and DBT. Besides, there are many state councils for science and technology programmers.
The chronology of individual science and technology agencies set up by government are:
- CSIR (1942);-
- ICAR (1947);
- ICMR (1949),
- DAE ((1954), UGC (1956);
- DRDO (1958),
- DST (1971),
- DOE (1971),
- DOS (1972);
- DOEN (1980);
- DOD(1981) AND DNES (1982).
