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India - Why does a country with so much research talent produce little homegrown innovation?

Froggy

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https://asia.nikkei.com/Opinion/Ind...ource=NAR Newsletter&utm_content=article link

Indian R&D -- time to solve the puzzle
Why does a country with so much research talent produce little homegrown innovation?
Ritesh Kumar Singh February 19, 2019 07:01 JST

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With products such as cotton yarn, India's merchandise exports are a low-margin high-volume activity. © Reuters

Despite a strong engineering talent pool, low costs and a good knowledge of English, India has failed to invest properly in research and development.

Spending is so low by global standards that it holds back India's economic, technological and strategic ambitions.

Successive governments have failed to act. A lax intellectual property regime, foolish sectoral regulations and a protectionist trade policy have for years deterred R&D, especially in the private sector.

It would be comforting to think that this year's election will change everything. But government and opposition leaders alike are showing little interest. It is high time for wake up to the challenge that India faces, overhaul regulations, and nudge companies to put money into research and innovation.

India's R&D spending amounts to 0.7% of gross domestic product, a fraction of China's 2.1% let alone Japan's 3.1%. The figure been hovering around this level for two decades; the bulk of the meager spending is accounted for by the government and a few strategic sectors, notably atomic energy, space and defense according to India's official Economic Survey.

When it comes to corporate R&D, India does even worse. The contribution of Indian companies, both private and public sector taken together, to total R&D is just 44% against a global average of 71%, says a recent study by the government-backed National Science and Technology Management Information System (NSTMIS).

For private sector companies alone, the share is a meager 38.1%. Reliance Industries, a top private sector enterprise, spent only 0.5% of its sales revenue on R&D in 2016, according to the Centre for Technology, Innovation and Economic Research.

There should be little surprise then, that efforts to lift the manufacturing industry's share in GDP from around 15% have repeatedly failed. Prime Minister Narendra Modi's Make in India campaign, launched with much fanfare in 2014, has not moved the dial nor is it likely to do so.

Be it agriculture or manufacturing, with products such as refined petroleum, cotton yarn, apparel and leather goods, India's merchandise exports are a low -margin high-volume activity dominated by undifferentiated products and weak brands.

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Leather bags are for sale on the street in the suburb New Market, Kolkata. © LightRocket/Getty Images

India's flagship high-tech industries such as pharmaceutical and information technology spend relatively more on R&D than other industries, but the proportions are still low compared to global peers. For instance, with the notable exception of market-leader Lupin, Indian pharmaceutical companies spend 10% of sales revenue on R&D compared with 20% for U.S. and European companies. No surprise that Indian pharmaceutical companies are exporting low-margin generics while information technology services companies survive on the low cost of their highly-skilled labor. In the long run, this is not sustainable.

Major Indian corporates tend to be inward-oriented as selling in heavily-protected domestic markets is easier than selling in intensely-competitive export markets that require innovative products, created by higher R&D spending.

India's merchandise exports have hovered around $300 billion for the last seven fiscal years, and this figure is not likely to change much in the year ending in March 2019. India's share of global merchandise exports is a meager 1.7%.

India's lax intellectual property rights regime, especially poor enforcement and implementation, tends to discourage profit-maximizing companies in the private sector to spend on R&D.

The Monsanto case is the best example. The U.S. agrochemicals company, withdrew from the Indian market when in 2016 after it lost a long-running court battle to secure intellectual property rights protection for its genetically-modified cotton seed.

In medicine, a huge sector for R&D in any country, well-intentioned but ill-advised regulations to limit costs -- such as a price cap on medicines and medical devices -- are a further hurdle for increasing research spending.

Moreover, the Narendra Modi government has recently adopted new protectionist rules, inspired partly by U.S. President Donald Trump. By reversing earlier moves to liberalize imports, for the benefit of politically-influential local rivals, New Delhi is recreating a protected environment where local companies suck profits out of captive markets without worrying about having to invest in R&D to ward off competition.

This damaging legislation must be withdrawn. Inward-oriented Indian companies need more incentives to compete -- and invest in innovation -- not fewer.

The fact that foreign multinationals are setting up global innovation centers to tap India's low-cost English-speaking engineers and technicians shows there is no shortage of talent in India. The problem is with the commercial rules.

Against this backdrop, most of the country's R&D spending comes from government. But even this is often inefficiently spent. R&D programs are often long-term in nature, but political horizons are short-term. India's constituent states compete for central government funds that are allocated more on political priority then intrinsic merit.

Independent state-run research institutions that work in silos often ignore each other and the country's university research centers. A culture of awarding government contracts to the lowest bidder, while neglecting questions of quality and scientific pedigree, tend to discourage riskier investment proposals.

To ease the logjam, a greater share of government R&D funds should be directed to universities, not the institutes. That will channel resources toward younger researchers brimming with energy and ideas, rather than established research programs.

India must target 2% of GDP for R&D spending if it wants to be seen as an innovative country. The government can manage its resources better, but the real challenge is in firing up the corporate sector.



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Ritesh Kumar Singh is chief economist of Indonomics Consulting and a former assistant director of the Finance Commission of India.
 

Hypocrite-The

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Why is this country with soo much talent...be soo fucked up? Could it be the talent is faked? Does not society reflect it's populace?
 

Rogue Trader

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It's a fucked up country full of fucked up people thinking fucked up thoughts and doing fucked up things
 

Rogue Trader

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There is an iconic photograph taken in 80s of scientists transporting india's first satellite using bullock cart. That's their attitude towards technology for you. Too cheap to do a job properly. Destined to fail
 

Froggy

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Talking about Space, India must be doing something right compared to NASA and the rest, read on


Why India's Mars mission is so cheap - and thrilling
Jonathan AmosScience correspondent@BBCAmoson Twitter 24 September 2014

India's space programme has succeeded at the first attempt where others have failed - by sending an operational mission to Mars.

The Mangalyaan satellite was confirmed to be in orbit shortly after 0800, Indian time. It is, without doubt, a considerable achievement.

This is a mission that has been budgeted at 4.5bn rupees ($74m), which, by Western standards, is staggeringly cheap.

The American Maven orbiter that arrived at the Red Planet on Monday is costing almost 10 times as much.

Back in June, Indian Prime Minister Narendra Modi even quipped that India's real-life Martian adventure was costing less than the make-believe Hollywood film Gravity.

Even Bollywood sci-fi movies like Ra.One cost a good chunk of what it has taken to get Mangalyaan to Mars.

India's Mars orbiter
$74m Cost of India's Mangalyaan mission
$671m Cost of Nasa's Maven Mars mission
  • Launched on 5 Nov 2013
  • Weighs 1,350kg
  • Closest point to Mars 366km
So how has India done it? For sure, people costs are less in this populous nation, and the scientists and engineers working on any space mission are always the largest part of the ticket price.

Home-grown components and technologies have also been prioritised over expensive foreign imports.

But, in addition, India has been careful to do things simply

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"They've kept it small. The payload weighs only about 15kg. Compare that with the complexity in the payload in Maven and that will explain a lot about the cost," says Britain's Prof Andrew Coates, who will be a principal investigator on Europe's Mars rover in 2018.

"Of course, that reduced complexity suggests it won't be as scientifically capable, but India has been smart in targeting some really important areas that will complement what others are doing."

Mangalyaan has gone equipped with an instrument that will try to measure methane in the atmosphere.

This is one of the hottest topics in Mars research right now, following previous, tantalising observations of the gas.

Earth's atmosphere contains billions of tonnes of methane, the vast majority of it coming from microbes, such as the organisms found in the digestive tracts of animals.

The speculation has been that some methane-producing bugs, or methanogens, could perhaps exist on Mars if they lived underground, away from the planet's harsh surface conditions.

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Mangalyaan will measure methane in the Martian atmosphere - a crucial question

It is a fascinating prospect.

So, even though Mangalyaan has a small payload, it will actually address some of the biggest questions at the Red Planet.

Western scientists are excited also to have the Indian probe on station.

Its measurements of other atmospheric components will dovetail very nicely with Maven and the observations being made by Europe's Mars Express. "It means we'll be getting three-point measurements, which is tremendous," says Prof Coates.

This will enable researchers to better understand how the planet lost the bulk of its atmosphere billions of years ago, and determine what sort of climate it could once have had, and whether or not it was conducive to life.

I have read a lot about the criticism of Mangalyaan and India's space programme.

There's an assumption among many, I guess, that space activity is somehow a plaything best left to wealthy industrial countries; that it can have no value to developing nations.

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Students in Chennai saluted the country's space scientists

The money would be better spent on healthcare and improved sanitation, so the argument goes.

But what this position often overlooks is that investment in science and technology builds capability and capacity, and develops the sort of people who benefit the economy and society more widely.

Space activity is also a wealth generator. Some of the stuff we do up there pays for stuff down here.

The industrialised nations know it; that's one of the reasons they invest so heavily in space activity.

Consider just the UK. It has dramatically increased its spending on space in recent years.

The government has even identified satellites as being one of the "eight great technologies" that can help rebalance the UK economy and drive it forward.

India wants a part of this action, too, and in Mangalyaan and its other satellite and rocket programmes, the nation is putting itself into a strong position in international markets for space products and services.

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Science and technology build capability and capacity, and inspires the next generation
 

KuanTi01

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India is full of promise but seldom lives up to her promises! Anyway they have ambitions to go to the Sun!:roflmao:
 

ChristJohnny

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RACE and IQ. How can you compare a graduate from IIT and from Seoul University. Or a Malaysian Graduate with Tokyo Uni graduate. If you have useless graduates and when they cannot perform, you ask yourself what went wrong? To begin with, low intelligent base will not create good scientist. Keep comforting yourself that you had so many graduates. But the sad truth is these graduates are only technical school equivalent compared to developed countries.
 

ChristJohnny

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https://asia.nikkei.com/Opinion/Indian-R-D-time-to-solve-the-puzzle?utm_campaign=RN Subscriber newsletter&utm_medium=one time newsletter&utm_source=NAR Newsletter&utm_content=article link

Indian R&D -- time to solve the puzzle
Why does a country with so much research talent produce little homegrown innovation?

Owe self praise owe self ... Indian always like to boast, but actually hot air. Example they claim to be IT superpower ... But I could not find a Google equivalent from India or any dominant Apps. So called IT superpower.
 

laksaboy

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Asset
Indians created budha and chinese believed them.

Hinduism is cool. Go to Waterloo Street, Hindu and Buddhist temple side by side, many folks pray at both temples.

Islam, on the other hand is fucked. Same Abrahamic bullshit, but plagiarized by a pedophile slave-trading caravan bandit warlord for political purposes. :rolleyes:
 

nayr69sg

Super Moderator
Staff member
SuperMod
Cos they are lying. You dunno meh? Indians best at talking. Woe to those who believe their words. Innovation my foot. What tech companies do they have?

India built smart phones? Computers? You dont even see top India gamers!
 
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