SOME WEEKS ago many of us woke up excited to learn that an Indian scientist, V. Ramakrishnan, had shared a Nobel prize for his work on ribosomes. His achievement is without doubt, largely attributable to the right working conditions and scientific facilities at the MRC lab of Cambridge University, where he works. Had he been in India, he would have been just another of those nameless scientists struggling with career politics, awful working conditions, etc., nowhere on the path to a Nobel.
The Indian scientist's ills are only the tip of the iceberg in India. The fundamental problem is a poor general academic framework for learning science. Readers have to just ask what they remember from all that they learnt in their own school and college days. Hardly anything at all - right? Why? Simple - our books were only for our examinations, and for nothing else. Much the same holds true today!
If we profile a typical Indian school child's academic years, we would see that a large part of them is spent on learning what she/he may never need and often what she/he may not relish. Compare that with the natural curiosity every child has in the vast boundless world of science. Our academic framework is a hopeless answer to that. For instance, a large number of chemical reactions are to be memorized without being witnessed, or their application understood.
The same holds for the numerous botanical and zoological classifications that children are forced to memorize. Well, all children know what the 'consequences' are if do not learn by rote these and nothing else. Coaching centers, study guides, and mock exams, what have you, all have one purpose - get it somehow into your heads and hold it until the final exams are over! Check this:- in an interview after winning the Nobel, V. Ramakrishnan admitted that he would have likely failed a chemistry exam now if he had to take one!
In the decades to come, India's new generations will surely face tough challenges on scientific, technological, and economic fronts. With hardly any confidence culminating from a poor academic framework, the typical Indian science or engineering graduate is in no way equipped for these challenges. Why else would we be importing mobiles, LCD televisions, storage media, and such things we can't survive without, all amounting to thousands of crores? It is the total lack of scientific and technological confidence that should have been there had the framework been right.
Science is best taught and learnt in a natural framework, that is, a child must delve into science for reasons of curiosity rather than exams. While this is easier said than done, it is surely time to attempt doing something about it. Given our good skills with computer programming for instance, we could initiate a large project for building virtual laboratories with multimedia/ flash for millions of children in schools and colleges. Likewise, ample real- world project opportunities will help children understand the technology that science can create.
Is someone in our education ministry listening?