EDUCATION TRIBUNE | Tuesday, July 11, 2000, Chandigarh, India |
Need to halt braindrain By P.K. Vasudeva IT has been observed that Indian scientists have done extremely well in developed countries than in India, because bureaucratisation did not allow them here to carry out research. The gain has, therefore, been to the developed countries and not to India.
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Need to halt braindrain IT has been observed that Indian scientists have done extremely well in developed countries than in India, because bureaucratisation did not allow them here to carry out research. The gain has, therefore, been to the developed countries and not to India. There are no intrinsic differences in the capabilities of individuals if we rate Indian science in qualitative terms as compared to developed countries, and we for various reasons are not pushing ourselves to the limit of our capabilities, says Prof N Kumar, Director, Raman Research Institute, Bangalore, Prof Girjesh Govil of Tata Institute of Fundamental Research dealing with application of nuclear magnetic resonance (NMR) spectroscopy for human health is also of the same view. He says many leading NMR scientists in the world have been amazed at the contributions made by our research. “Compare this to the contributions of the individual scientists in the USA some of whom have many spectrometers at their command, and you will get the answer”, Dr Govil says. Scientists do not carry out research for the sake of money alone, because they have many avenues elsewhere to get monetary benefits. They do research for job satisfaction, for being useful to society and to bring the name of the country on the world map. Absence of accountability, lack of infrastructural facilities and bureaucratisation are the major factors why most scientists in the university system are not able to do well. According to Prof S P Singh, Professor Emeritus and convener of the University Grants Commission (UGC) panel in chemistry,: “There is no pressure or incentive for hard work in our country. Compare the situation with an American university where additional salary is given for summer vacations out of the research proposals awarded to a university teacher.” Indian
American-owned companies & mdash; 12 technologies Inc. and aspect development Inc— have announced that major barriers to completing the proposed acquisition of the latter by 12 have been removed. Sanjiv Sandhu is founder and CEO of 12 and Romesh Wadhawani heads Aspect development. Both Indians plan massive IT merger. The mergers will create a B2b marketplace powerhouse with unmatched solution breadth and depth of functionality, unparalleled content and laser-focus on value creation. India is poised to emerge as a major player in the 17 billion dollar call centre market with a slew of Indian and multinational companies coming up with ambitious plans to tap this nascent market soon. The Foreign Investment Promotion Board (FIPB) has been flooded with proposals from foreign and Indian firms to set up call centres, prominent among them being that of Hong Kong-based Hutchinson Teleservices. Other major proposals include that of air Infotech, Parsec Technologiesm Cinocom Systems and Usha Martin. Usha’ s 300-call centre will serve US-based companies and is reported to have appointed pricewater housecoopers for conducting feasibility studies. Among the firms, which have set up domestic call, centres are Godrej National Stock Exchange, Microwave Communications, Railways American Express and Satyam. Out of 3.22 million Indians in America 38 per cent of doctors, 12 per cent of scientists, 36 per cent of NASA employees, 34 per cent of MICROSOFT employees, 28 per cent of IBM employees 17 per cent of INTEL employees and 13 per cent of XEROX employees are Indians. India invented the Number System. Aryabhatta invented Zero. The world’s first university was established in Takshila in 700 BC. A report published in July 1987 in Forbes magazine indicated that Sanskrit is the most suitable language for computer software. Ayurveda is the earliest school of medicine known to humans. Charaka, the father of medicine consolidated Ayurveda 2500 years ago. Bhaskaracharya calculated the time taken by the earth to orbit the sun hundreds of years before astronomer Smart. The value of “pi” was first calculated by Budhayana, who explained the concept of what is known Pythagorean Theorem. He discovered this in the sixth century long before the European mathematicians. Algebra, trigonometry and calculus came from India. Quadric equations were first discovered by Sridharacharya in the eleventh century. Sushruta is the father of surgery. He and his team of health scientists conducted complicated surgeries like cesareans, on cataract, artificial limbs, fractures and brain. In order to put a stop to the braindrain from the country, India needs to invest heavily in technology, infrastructure, human resource development and remove bureaucratic hurdles so that Indian scientists get easy access to the facilities available in India to carry out research, which is determining international competitiveness. The &Isquo; World Science Report & rsquo; of UNESCO points out that the gap between rich and poor nations is really a “knowledge gap” and it is a mistaken notion that under developed countries can do with under developed knowledge on science and technology. The report also draws attention to the fact the per capita spending on R&D by Japan is almost $ 700, $ 600 by USA, $ 400 by Scandinavian countries and $ 300 by most European countries. In stark contrast, the per capita R&D expenditure in developing countries is less than $ 10. The current level of expenditure on R&D in our country may be hardly $ 3 per capita, as our outlay on R&D is barely 0.8 per cent of our GDP. These countries have deliberately used science and technology to turn around their economies with spectacular results. It should be a matter of concern to us that the technological distance between the industrialised world and us is widening. We must aim at investing at least 2 per cent of our GDP in R&D at the earliest and deploy it in selective and well-targeted areas of research. The quality, availability and cost of our infrastructural facilities is placing a great strain on the efficiency and competitiveness of our economy. |