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Vice President's Secretariat27-September, 2017 19:33 IST
Ultimate aim of all research and development in science & technology is to make life better for common man: Vice President

Interacts with Faculty and Students of Indian Institute of Science


The Vice President of India, Shri M. Venkaiah Naidu has said that the ultimate aim of all research and development in science & technology is to make life better for the common man and to create a peaceful, prosperous planet. He was addressing the gathering at an event to interact with the Faculty and Students of Indian Institute of Science (IISc), in Bengaluru, Karnataka, toady. He has also visited the Centre for Nano Science Engineering at the Indian Institute of Science. The Governor of Karnataka, Shri Vajubhai Rudabhai Vala, the Home Minister of Karnataka, Shri R. Ramalinga Reddy and other dignitaries were present on the occasion.


The Vice President said that he was hugely impressed by the state-of-the-art facilities and the high quality research being carried out at the Centre. He complimented IISc for delivering highly sophisticated micro-electro-mechanical systems (MEMS) pressure transducers to DRDO for use in the Light Combat Aircraft (LCA). This Institute was founded in 1909 as a result of the joint efforts of Jamsetji Nussarwanji Tata, the Government of India and the Maharaja of Mysore, he added.


The Vice President said that over the last century, many illustrious legendary scientists like Sir C.V Raman and Dr. C.N.R. Rao have shaped this institute. Excellence has been the hallmark and innovation the all pervading spirit of this great institution and we must preserve this grand tradition, he added.


The Vice President said that ancient India has had a long tradition of scientific inquiry and a number of achievements too numerous to enumerate. From green revolution to making India a leading power in space technology, Indian scientists have shown that they can rise to the occasion not only to feed the growing population, but also harness state-of-the-art technology for socio-economic development, he added.


Following is the Text of Vice President's address:


"I am indeed extremely delighted to be with you all at this internationally renowned, prestigious centre of scientific research that all Indians should be legitimately proud of.

Just now, I went around the Centre for Nano Science and Engineering. I am hugely impressed by the state-of-the-art facilities and the high quality research being carried out at the Centre. I would like to compliment IISc for delivering highly sophisticated micro-electro-mechanical systems (MEMS) pressure transducers to DRDO for use in the Light Combat Aircraft (LCA).

I am told that IISc is also collaborating with top industries on various projects. Such partnerships will definitely help in providing a thrust to Research and Development(R & D) activities in the country.

In fact, I recall that partnership is at the heart of IISc’s origin and its later functioning. The Indian Institute of Science was founded in 1909 as a result of the joint efforts of Jamsetji Nussarwanji Tata, the Government of India and the Maharaja of Mysore.

In addition to the principle of partnership about which I shall dwell upon a little later, there are two other underlying principles I would like to emphasize. They are promoting a culture of excellence and nurturing a culture of innovation.

Over the last century, many illustrious legendary scientists like Sir C.V Raman and Dr. C.N.R. Rao have shaped this institute. Excellence has been the hallmark and innovation the all pervading spirit of this great institution. We must preserve this grand tradition.

I am glad that all of you, as heirs to this legacy. are continuing your efforts to shape this as a well-known centre of excellence.

As you all are aware, ancient India has had a long tradition of scientific inquiry and a number of achievements too numerous to enumerate. We must draw inspiration from this rich heritage and add to this rich repertory of thought and innovation.

Since Independence many scientific institutions, universities and premier educational institutes like IISc have made significant contribution to India’s growth story.

From green revolution to making India a leading power in space technology, Indian scientists have shown that they can rise to the occasion not only to feed the growing population, but also harness state-of-the-art technology for socio-economic development from agriculture to urban planning, apart from using it for telecommunications, television broadcasting and meteorological services.

All this has been possible because of the quest for excellence, by building on the past and learning from all that the world has to offer us. Innovative scientists have made and continue to make significant contribution in various fields.

The survey released by Springer Nature, India last year mentioned that India ranked second amongst the countries with highest increase in contribution to high-quality scientific research just next to China.

According to the key findings of Global Innovation Index 2017, Switzerland, Sweden, the Netherlands, USA and UK are world’s most innovative countries, while a group of nations, including India, Kenya and Viet Nam are outperforming their development-level peers.

The Index, co-authored by Cornell University, INSEAD and World Intellectual Property Organization (WIPO) mentioned that India, 60th globally, is the top-ranked economy in central and southern Asia and has outperformed on innovation relative to its GDP per capita for seven years in a row. India has shown improvements in most areas, including in infrastructure, business sophistication, knowledge and technology and creative outputs.

Innovation plays a key role in driving knowledge-based economy. This is the time for India to capitalize on its demographic advantage as 65 per cent of the population is below 35 years of age.

Young and budding scientists must be encouraged to come out with out-of-the-box solutions or disruptive technologies that will help in finding solutions to scientific problems and leapfrogging development.

For this to happen, a proper ecosystem has to be created in every scientific institution where excellence should be the touchstone. Directors/ Team Leaders/ Project Leaders should make special efforts in mentoring and handholding talented and bright students and young scientists. Encouragement is key.

We must equip the young minds with the knowledge and skills required to pursue research and make a lasting contribution to the world of scientific knowledge. As the Upanishadic teachers said long ago, “Saha veeryam karava vahay, tejaswina avadhitamastu” meaning that the ”Let teachers and the students collaboratively work together to expand the frontiers of knowledge.” This is the culture of excellence we all should aim for. For this to happen, the teachers must strive to access the best thoughts and ideas from all over the globe. They should connect with the best minds and then attempt to be the best of the best in the world. We must think and aim big.

Innovation is another key principle I would like to emphasize. In fact, you all as scientists start with that basic question: “Can I foresee something that does not exist today?” You ask difficult questions and seek answers. You are ready to say: “Why not? Why is it not possible?” You must continue with the same passion and enthusiasm in your quest to unravel a new world. The world will be richer because of your imagination, application of your knowledge and skills.

I said, the world will be richer. It will be rich because your discoveries and inventions make the lives of people around you better. The scientific discoveries have been continuously opening up further doors to acquisition of new knowledge and newer inventions. This widening of the knowledge base is happening at a very fast pace. It can happen faster and have a positive impact on human lives if you can keep the spirit of partnership alive. This is the third principle I would like to emphasize.

Increasingly, the knowledge is becoming multi-disciplinary and research and development using these approaches has become absolutely necessary. We need to expand the knowledge networks and enter into partnerships that will accelerate the pace and quality of the outcomes. It is not possible for government to do this alone. We need creative partnership arrangements so that our efforts are useful for the larger humanity. The academic circles, industrial houses and the government must look at the societal challenges and seek answers through collaborations and partnerships. We must build upon the strengths of each partner. There must be a unique synergy in our working. Only then can we move faster with greater confidence.

You all have a bright and challenging future ahead. I am truly impressed by the work being done by each one of you individually as well as collectively. I urge the Government and the private sector to provide you with an environment that can facilitate your efforts. I hope the leadership of the institute will continue to nurture talent, ignite the spark of creativity and innovation and as Gurudev Rabindranath Tagore had said, let us move away from the “dreary desert sands of dead habits” and have our sights set high and unleash the potential within you.

The ultimate aim of all research and development in science & technology is to make life better for the common man and to create a peaceful, prosperous planet.

Jai Hind"

***
 
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Such a blisssssssssss.....4T is just super awesum.
 
HAL

HAL’s CMD T. Suvarna Raju | Photo Credit: File Photo

http://www.thehindu.com/news/national/karnataka/hal-kickstarts-ipo-process/article19780823.ece

Defence public sector company Hindustan Aeronautics Ltd. (HAL), on Sunday, said it has initiated the process of an initial public offer (IPO) by filing the draft red herrring prospectus (DRHP) with stock market regulator SEBI.

The Government of India has approved the sale of 10% stake in the company, which primarily manufactures fighter, transport planes and helicopters for the Armed Forces.

The DRHP filed on September 29 is to offload ₹36.15 crore share of face value of ₹10 each.

A release quoted HAL CMD T. Suvarna Raju as saying, “This is a major milestone towards listing of the defence PSU, which is slated for partial disinvestment.”

For fiscal 2016-17, the company had a turnover of over ₹17,400 crore and pre-tax profit of nearly ₹3,300 crore.
 
Yes, integration of Astra in Mig-29s, Mirages and Tejas will be done by next year.
very good news and opportunity for the investors , this will prove to be an excellent long term bet . friends who invest in stock markets must apply for the shares . future is bright for Hindustan aeronautics . apart from Bharat electronics , this will be the second purely defense equipment manufacturer company to be listed on stock exchanges :tup:
 
http://www.deccanherald.com/content/636391/iaf-start-process-acquire-single.html

Press Trust of India, New Delhi, Oct 5 2017, 20:18 IST
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The IAF currently has 33 fighter squadrons against authorised strength of 42. File Photo

In a major move, the Indian Air Force will start the process this month to acquire a fleet of single engine fighter jets which are expected to significantly enhance its overall strike capability.

Chief of Air Staff B S Dhanoa said having a new fleet of single engine jets was a "priority" for the IAF and the request for information (RFI) for it is likely to be issued "very soon".

Another top official of the IAF told PTI that the RFI, kick starting the acquisition process, will be issued this month.

The fighter jets will be produced jointly by a foreign aircraft maker along with an Indian company under the recently launched strategic partnership model which aims to bring in high-end defence technology to India.
 
Private Lobbies Are Trying to Stop Indigenous Defence Production: H Mahadevan
Newsclick speaks to H Mahadevan on the Hindustan Aeronautics Limited, the LCA project and the motivated campaign to discredit Defence PSUs in order to facilitate privatisation. Mahadevan is the all India Working President of the AITUC and former General Secretary of the HAL Employees’ Association, Bangalore.
H Mahadevan, Subin Dennis

09 Oct 2017



Hindustan Aeronautics Limited (HAL), a major Defence Public Sector Undertaking, has initiated the process of disinvesting 10% of its shares through an Initial Public Offering (IPO) with the filing of the draft red herring prospectus with market regulator SEBI on 29 September 2017. The Congress-led UPA government had given the nod for the 10% disinvestment of HAL in 2012.

The corporate media has been for long demanding that public sector undertakings (PSUs), including Defence PSUs be sold off. The BJP-led NDA government is pushing ahead with the agenda of defence privatisation, which has been set in motion with the moves to privatise the Bharat Earth Movers Limited and to outsource the production of defence equipment currently manufactured by Ordnance Factories.

Severe, often unfounded, criticism of the PSUs has been part of this attack on the public sector, aimed at facilitating the handing over of public assets to private corporates. The HAL also has been the target of such attacks, with the critics focusing on the Light Combat Aircraft (LCA) project in particular.

Earlier in August, it had been reported that HAL is looking to increase production of the LCA from 8 to 16 platforms per year from 2019-20. Nevertheless, the government has decided to initiate what might be the first step towards the privatisation of the Navaratna company.

Subin Dennis from Newsclick spoke to H Mahadevan, who was the General Secretary of the HAL Employees’ Association, Bangalore for 25 years from 1967-68 onwards regarding the LCA project. Mahadevan has also served as the Convenor of the All India HAL Trade Union Coordination Committee. He is currently the all India Working President of the All India Trade Union Congress (AITUC), and Deputy General Secretary of the World Federation of Trade Unions (WFTU).

Newsclick: Could you tell us about the development of the Light Combat Aircraft (LCA)?

Mahadevan: Hindustan Aeronautics Limited (HAL) developed Ajeet fighter aircraft under license in the 1970s, in record time. Gnat was developed under license. That shot down sabre jets.

In the late 1970s and the beginning of the 1980s, Kiran Basic Jet Trainer was very successfully done. 180 of these were made, and they were the backbone of the Air Force for a long time. It was done in a record time of five years.

Before proceeding further, I want to tell you, there are big lobbies. There is an outright purchase lobby. That lobby, both within the Air Force and the government, doesn’t encourage our own production. It is a very strong lobby.

After late 1970s and 80s when Kiran Basic Jet Trainer was made, direct purchase was made. In about 20 years it performed badly.

Then Kiran variant, Mark II was made. Then they had HF-24 Marut, there were problems regarding the power of engine. But there was no government support for re-engineering. Unfortunately one pilot, one Suri by name, betrayed us at that time. “Give me something that flies”, he said.

Then Suranjan Das flew our aircraft HF-24 Marut very successfully. Suranjan Das was one of the patriotic pilots, a good pilot. We have named a road as Suranjan Das Road. [He died in an accident involving the HF-24 Marut].

There have been several accidents in MiGs also. The blame is always sought to be put on HAL, the local manufacturer.

There are three possibilities [in such cases]. If it is technical error, the responsibility is on HAL. If it is human error, the responsibility would be that of the Air Force. If it is maintenance lapse, that would also be the Air Force’s responsibility. But the Air Force tends to put the blame on HAL. Take the case of MiGs, for example. There were court of enquiries on them. Finally, we found that it was the contaminated oil in the booster that caused the problem. We rectified it thereafter in the MiGs. Before that, there were lots of accidents involving MiGs.

There was also Avro, an aircraft taken from Britain. HAL was blamed for accidents involving this aircraft also. We disagreed with the Air Force, and said it was due to error by the pilot. Finally the voice recorder proved us right. The error was the pilot’s.

I am raising these points, to say that these are some of the past incidents where the manufacturer was sought to be blamed. And the actual fact was otherwise.

Now I’ll come to the LCA.

As I said earlier, there are three lobbies – outright purchase, licensed manufacturing, and indigenous production and development.

The last one, indigenous production, is more difficult and time-consuming. And it requires many coordinated activities. This is to be borne in mind before we proceed further. Now for LCA, the prototype was flown in 2001 January. Design and development normally took seven years. In the world, normally, design and development from basic to prototype flight takes 8 to 10 years.

Sanction was given to DRDO for LCA in 1985. Sanction was not given to HAL, but to DRDO. In 1985, organisation definition was made. It took 3-4 years. Aeronautical Development Agency (ADA) was the programme management organisation. It was felt that the collective wisdom of all the organisations would be better.

HAL was one of the organisations. HAL, National Aerospace Laboratories (NAL), Aeronautical Development Establishment (ADE), all were together, and the programme was assigned to ADA.

Dr. Kota Harinarayana was the chief of the programme. This was the beginning stage.

Integrating all these took time. Design, weight, mock-up, pilot has to come and see, all these took two years. Then systems and evaluations. We had to purchase systems – avionics, hydraulics – these were the systems which had to be purchased. Then, we go to conceptualise the aircraft, the configuration stage. This takes three years until the prototype is developed.

Now we come to the next stage of new technologies, fly-by-wire control systems. That was the latest modern system. Major structural carbon-fibre components were there. All these were new inventions.

Then there is consultancy. One is fly-by wire. Suddenly new models were suggested by the customer. It took five months, which was extended to one year.

Then the testing. Lots of good decisions were taken then. CFT analysis and configuration was done.

Then came the allocation of responsibilities – who has to be assigned what. Management decisions regarding all these things took a long time. Two years were taken for allocation of responsibilities. That is management’s indecision – you know that the coordinating body was already made. Should we retain the integrated team is the question, because the integrated team took a lot of time. That was one. Then comes the Air Force. The customers thrusted their own systems.

Then came foreign exchange problems. There was a lull period of two to two and a half years. The GE (General Electric) engine was to come from the US. The integrated team took time, and ADA – the coordinating body – was not effective. Time and cost management caused a lot of delay. Then, there was the national team under NAL. Eight prototypes were sanctioned. It took 4-5 years. The visualisation was 10-12 years.

Then CFT and fly-by wire control systems, HAL had to do what was decided much later.

After Pokhran – I was telling you about foreign exchange – the door was closed by the US. We had to do it again from scratch.

Technical committee was made under ADA again. It was there already, and raised the question whether we can do it. There’s the wrong decision by the technical committee. Concurrently development of technology was done by HAL. All these things were delayed.

HAL had no option, but to follow this.

The first TD-1 (Technology Demonstration) was done in 2001. Prototype building in 2003-04. Flight test was to be conducted independent of HAL. For this National Flight Test Centre (NFTC) was formed. Each decision took two years.

Design-making, there was the management failure, they were all thinking of theoretical knowledge.

If it is not HAL or ADA, who is responsible, that was the question.

Cost is naturally associated with delay. Every day cost is increasing because of the delay. And nobody is capable of giving answers. LCA, of course, is a successful aircraft of the HAL. HAL is capable of making this one. But all these delays have cost it, starting from the time of the original decision of the 1980s, and then the integrated management, system orders, then there was assignment of responsibilities. All these things have taken time.

Attributing all the delays to HAL’s manufacturing is not correct at all. Now government is going for Rafale.

I don’t know, change of decision... Air Force changes decisions, government also changes decisions.

Now I only would like to say, on the whole there must be creativity at every stage, which was missing. There is only productivity, design and development, we see them from their decision-making.

Air Force wants systems, we make it, and we also redo everything. It’s alright, it’s all required to be done. I am not saying it is not.

Our own manufacturing takes time, but I have the feeling that due to the lobby I mentioned earlier, there is little encouragement for that. Only people like Pt. Jawaharlal Nehru, Krishna Menon, and Indira Gandhi took some strong decisions. Whereas many others were not taking such strong decisions. They want to either go for outright purchase, or licensed manufacturing. It pays them one way, and also satisfies them because they can do it without risk.

Newsclick: What if LCA was given to HAL alone instead of being given to integrated management?

Mahadevan: If it was given to HAL alone, many things could have happened. They thought integrated management was necessary. HAL, NAL, ADE... and assigned to ADA finally. ADA took a lot of time. There were time and cost management issues. It is alright; we had to purchase systems – avionics, hydraulics etc. I’m only saying that there is a potential capability. But all these things have been delayed.

Newsclick: You mentioned Rafale. There are media reports which quote the Dassault CEO which say that the original plan was to get HAL to manufacture Rafale, but then apparently they were told that HAL is fully booked; and they had to turn to the Ambanis for manufacturing Rafale aircraft.

Mahadevan: I do not know the present status. But HAL has been doing it (producing fighter aircrafts) and it can do it. Possibly they have been assigned with something else. A helicopter division is going to come now. They have just seen a place: Tumkur in Karnataka, and the helicopter division is going to come. And India has produced a lot of helicopters in the past.

I am only trying to say, this is how the decision-making itself takes a lot of time.

Sometimes a new government comes, sometimes new people come there. Now the present government, with all its wisdom is only thinking of supporting the multinationals. They are not supporting indigenous development. This is a real thing. They may talk about many things. Prime Minister may make many speeches. But Nirmala Sitharaman-ji has to do what she is told to do. Encourage all the private sector as well as the international companies in order to get “quick results”. That’s what they say.

Newsclick: What would you say regarding the mainstream media campaigning against the Defence PSUs?

Mahadevan: I have seen what the Times group has been saying against Defence PSUs. India Today also has published many things. One whole article against DRDO. Then another one against Ordnance Factories. This is deliberately motivated writing, done in order to undermine or ridicule what we have done all these years. They are trying to say that nothing had been happening. The private lobbies are getting such articles written. The role being played by such media here is not a patriotic one.

Disclaimer: The views expressed here are the authors' personal views, and do not necessarily represent the views of Newsclick.
 

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