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15 Famous Indian Scientists

Kashmiri Pandit

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From C. V. Raman to Salim Ali, the talents of Indian scientists and inventors have been fully established in many different areas, including physics, medicine, mathematics, chemistry and biology. Some of them have also contributed in a substantial way to advanced scientific research in many different regions of the world.

This article will discuss the famous Indian scientists and inventors throughout history and their wonderful contributions.

Prafulla Chandra Ray
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Famous academician and chemist, known for being the founder of Bengal Chemicals & Pharmaceuticals, India’s first pharmaceutical company.

Salim Ali
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Naturalist who helped develop Ornithology; also known as the “birdman of India”.

Srinivasa Ramanujan
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Mathematician known for his brilliant contributions to contributions to mathematical analysis, number theory, infinite series and continued fractions.

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C. V. Raman
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Physicist who won Nobel Prize in 1930 for his Raman Effect.

Homi Jehangir Bhabha
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Theoretical physicist; best known as the chief architect of the Indian atomic energy program.

Jagadish Chandra Bose
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Physicist, biologist and archaeologist who pioneered the investigation of radio and microwave optics.

Satyendra Nath Bose


Mathematician and physicist; best known for his collaboration with Albert Einstein in formulating a theory related to the gaslike qualities of electromagnetic radiation.

A.P.J. Abdul Kalam
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Known for his crucial role in the development of India’s missile and nuclear weapons programs.
 
Har Gobind Khorana


Biochemist who won the Nobel Prize in 1968 for demonstrating how the nucleotides in nucleic acids control the synthesis of proteins.

S.S. Abhyankar
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Mathematician; famous for his outstanding contributions to algebraic geometry.

Meghnad Saha
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Astrophysicist who developed the Saha equation, which explains chemical and physical conditions in stars.

Subrahmanyan Chandrasekhar
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Astrophysicist won the Nobel Prize in 1983 for his research on the evolutionary stages of massive stars.

Raj Reddy
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A.M. Turing Award-winning computer scientist, best known for his work related to large scale artificial intelligence systems.

Birbal Sahni
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Paleobotanist known for his research on the fossils of the Indian subcontinent.

Prasanta Chandra Mahalanobis
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Statistician and physicist who founded the Indian Statistical Institute.
 
President's Secretariat
24-July, 2017 20:26 IST
President of India condoles the passing away of Prof. U.R. Rao

The President of India, Shri Pranab Mukherjee has condoled the passing away of Prof. U.R. Rao.

In a message to his wife Smt. Yashoda Rao, the President has said, “I am sad to learn about the passing away of your husband, Prof. U.R. Rao.

An internationally-renowned space scientist, Prof. U.R. Rao will be long remembered for his services to the nation in various capacities including Chairman of ISRO, Secretary, Department of Space and Chancellor of the Indian Institute of Science and Technology at Thiruvananthapuram. For his exemplary services to the nation, Prof. Rao was honored with numerous prestigious awards including Padma Bhushan and Padma Vibhushan. His demise is a great loss for our country and the scientific community.

Please accept my heartfelt condolences and convey the same to the rest of your family members. I pray to the Almighty to give you and other members of the family strength and courage to bear this irreparable loss”.

****
Udupi Ramachandra Rao


U. R. Rao was born at Adamaru in the state of Karnataka Born, (1932-03-10)10 March 1932.. His parents were Lakshminarayana Acharya and Krishnaveni Amma. He had his primary education at Adamaru. He completed his secondary education from Christian High School, Udupi. He completed his B.Sc in Government Arts and Science College, Anantpur, M.Sc from Banaras Hindu University and Ph.D at Physical Research Laboratory, Ahmedabad under the guidance of Dr. Vikram Sarabhai

Prof. Rao was the Director of ISRO Satellite Centre at Bangalore during 1972-1984 and Chairman of the Indian Space Research Organisation and Secretary, Department of Space during 1984-1994. He was also the Chairman of the Governing Council of the Physical Research Laboratory at Ahmedabad, which is considered as the cradle of India's Space Program / Chairman, Karnataka Science & Technology Academy / Chairman, Advisory Committee for Space Science, ISRO.

Prof. Rao undertook the responsibility for the establishment of satellite technology in India in 1972. Under his guidance, beginning with the first Indian satellite 'Aryabhata' in 1975, over 18 satellites were designed and launched for providing communication, remote sensing and meteorological services.

Prof Rao had published over 350 scientific and technical papers covering cosmic rays, interplanetary physics, high energy astronomy, space applications and satellite and rocket technology and authored many books.


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ISRO will always remember Prof. U.R.Rao’s abundant energy, dynamism and his sense of urgency and enthusiasm to get the things done on time with professional finesse. His determination and speed in making decisions to achieve the seemingly impossible task of building ARYABHATA, the first satellite, starting from the scratch, within the stipulated time and budget, without any basic infrastructure in place, and with an inexperienced young team was something phenomenal. ARYABHATA brought into fore his project management and system engineering abilities as well as the faith he had nurtured in his team of scientists and engineers. He proved conclusively that India has the ability to master the high technology and deliver world-class products, if there is a professional leadership that leads from the front, bestowing confidence and encouragement, and posing adequate scientific and technological challenges to the younger generation. In fact, it has become the watch words for all subsequent more complex satellite and launch vehicle missions of ISRO.

Immediately after ARYABHATA, Prof. Rao went on to conceive the experimental remote sensing satellites, BHASKARA 1&2, ROHINI D2 and technology satellites in the SROSS series, which together provided the foundation for the operational Indian Remote Sensing Satellites (IRS) for natural resources & environmental applications; and the experimental communication satellite, APPLE, as first step to boldly embark on ISRO’s ambitious operational Indian National Satellites (INSAT) for communication applications. IRS became a well known global brand, even capturing global leadership and attention as India’s imaging capability made a quantum jump from around 1 Km spatial resolution in BHASKARA 1&2 to better than 1 metre, in the Technology Experimental Satellite (TES) launched in 1999. INSAT series of satellites made India a leading country in the world in providing domestic satellite communication services. For this immense contribution in building self reliance in satellite technology, Prof. Rao is affectionately called as FATHER OF INDIAN SATELLITE PROGRAMME.


For launch vehicle technology, bestowed with more restrictions and embargos from the developed world, it was always major challenge. Prof. Rao met the brunt of these sanctions during his tenure as Chairman, ISRO. He faced them with immense grit and determination in accelerating the efforts towards operationalising the Indian launch vehicle programme in the ASLV, PSLV as well as the GSLV Cryo-engines at various stages in spite of these obstacles and restrictions. Undaunted by the failure of the first two developmental flights of ASLV missions, Prof. Rao provided stellar leadership to the operational PSLV programme and his bold initiatives in the development of indigenous cryogenic technology was legendary. Though the programme got inordinately delayed due to international sanctions, the cryogenic engines got ultimately developed within the country. With the recent successful launching of GSLV Mark III with indigenous cryogenic engines, Prof. Rao was justifiably happy that all his earlier efforts towards making a self-reliant operational launch vehicle programme, have at last borne fruits. Even today, the launch vehicle community remembers Prof. Rao for his unstinted support and courage during those critical years.

The bold decision taken by Prof.Rao in 80s to go in for the indigenously built operational INSAT 2 series of satellites after the mixed success of the procured INSAT 1 series of satellites, ensured a quantum jump in the satellite communication applications scenario, paving way for India to have a very large constellation of communication satellites in the INSAT and GSAT series of today. Prof. Rao will be remembered not only for the development of the space segment, but also a low cost ground segment and applications to meet the exploding requirements from the user community, and he did all these with great professional aplomb. Some of the special steps taken by him during that initial operational INSAT era have since then become large-scale operational applications including applications such as Telemedicine, Tele-education, Village Resource Centres (VRC) and Disaster Management Support in the country reaching the common man with extended outreach activities even to less accessible North-East, and other far flung areas including islands. INSAT and GSAT systems have enabled vast expansion of the applications like Direct to Home (DTH), Satellite News Gathering (SNG), VSAT, internet services and extensive use of space-based applications in e-Governance and developmental communications applications.

Starting with his direct association in the early 60s in the international missions like MARINER-2, PIONEER-7, 8, & 9; EXPLORER-34 & 41 making his own mark in his chosen area of solar winds, galactic cosmic rays; and later with balloons, sounding rocket experiments, before venturing into our own satellite missions like ARYABHATA, BHASKARA, and ROHINI series of satellites with space science payloads especially to study celestial X-ray and gamma ray bursts.


President's Secretariat
26-July, 2017 10:52 IST
President of India condoles the passing away of Professor Yash Pal

The President of India, Shri Ram Nath Kovind has condoled the passing away of eminent Indian scientist, Professor Yash Pal.

In a condolence message sent to his wife, Smt. Nirmal Pal, the President has said, “I am sad to learn about the passing away of your husband, Professor Yash Pal.

Eminent Indian scientist Professor Yash Pal served the nation in various capacities including as Chief Consultant, Planning Commission, Chairman UGC and Member of Scientific Council, International Centre for Theoretical Physics. He was known for his contribution to the study of cosmic rays. His science-based programme titled ‘Turning Point’ made him a cult figure during the 90s. For his exemplary services in the field of Science and Technology, Professor Yash Pal was honored with several prestigious awards including the Padma Bhushan and Padma Vibhushan. His passing away is a great loss for our country and the scientific community.

Please accept my heartfelt condolences and convey the same to the rest of your family members. I pray to the Almighty to give you and other members of the family, strength and courage to bear this irreparable loss”.

****

Vice President's Secretariat
26-July, 2017 15:47 IST
Vice President condoles the passing away of Prof. Yash Pal

The Vice President of India, Shri M. Hamid Ansari has condoled the passing away of eminent scientist, Prof. Yash Pal. In a message, he said that Prof. Yash Pal played an important role in the development of science & technology and the spread of rational thought and scientific temper in our country.


Following is the text of Vice President’s message:


“I am sad to learn about the passing away of eminent scientist, Professor Yash Pal.


In his various capacities, Prof. Yash Pal played an important role in the development of science & technology and the spread of rational thought and scientific temper in our country.


We have lost a great scientist and I convey my condolences to the bereaved members of the family and join the nation in praying for eternal peace for the departed soul.”


***
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Pal, born in Jhang (in erstwhile undivided Punjab), had earned a doctorate at the Massachusetts Institute of Technology.

In the 1970s, as director of the Space Applications Centre, a wing of the Indian Space Research Organisation (ISRO) set up to conceptualise applications for satellite technology for societal needs, Pal put together a team of young scientists from the Tata Institute of Fundamental Research (TIFR) in Mumbai to develop remote-sensing technologies, disregarding suggestions that scientists be sent to the U.S. for training.

He began his career as a professor at the TIFR. He went on to hold several senior position in government as Chief Consultant with the Planning Commission from in 1983, Secretary, Department of Science and Technology from 1984 to 1986) and as chairman of the University Grants Commission (UGC) for five years from 1986 to 1991.

A scientist of international repute, Pal was awarded the Padma Bhushan in 1976 and India’s second highest civilian honour, the Padma Vibhushan, in 2013.

He made significant contributions in the field of science and to the study of cosmic rays, high-energy physics, astrophysics.
 
http://www.deccanherald.com/content/647538/father-dna-fingerprinting-india-lalji.html

'Father of DNA fingerprinting in India' Lalji Singh dies

Press Trust of India, Varanasi/Lucknow, Dec 11 2017, 14:36 IST
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Lalji Singh died following a massive heart attack on his way to Delhi.

Eminent scientist and 'Father of DNA fingerprinting in India', Lalji Singh, has passed away following a massive heart attack while he was on his way to Delhi.

Singh, 70, died late last night.

"He complained of chest pain when he reached the Lal Bahadur Shastri Airport to board a flight for Delhi. He was taken to the Banaras Hindu University (BHU) Trauma Centre from there but he could not be saved," O P Upadhyaya, chief medical superintendent of the Sunder Lal hospital in the BHU, said.

Singh, the 25th vice chancellor of the BHU, hailed from neighbouring Jaunpur district's Kalvari village.

He was also an alumnus of the BHU and completed his BSc, MSc and PhD degrees from there.

Uttar Pradesh Chief Minister Yogi Adityanath condoled Singh's death.

"Lalji Singh was the father of DNA fingerprinting. The country has lost a great educationist and scientist after his death," he said.

Singh was also the recipient of the prestigious Padma Shri award.

He joined the BHU in 1962 after completing his intermediate from a school in his native district.

Singh, the founder of the Centre for Cellular and Molecular Biology (CCMB), also served as its director.

He was the officer-on-special-duty (OSD) at the Centre for DNA Finger Printing and Diagnostics (CDFD) in Hyderabad between 1995-1999.

Singh also found various institutes and laboratories that included a laboratory for the Conservation of Endangered Species (LaCONES), Genome Foundation, that aims to diagnose and treat genetic disorders affecting the underprivileged people, especially in rural India.
 
Anyone regardless of ethnicity and religion, who has contributed towards education and making the World a safer place should be appreciated.
 
Ministry of Science & Technology
15-February, 2018 16:09 IST
Ramalingaswami Re-entry Fellowship Programme transforming the scientific scenario of the country through innovative technologies and outstanding research

The Ramalingaswami Re-entry Fellowship was conceived in the year 2006-07 with the idea of encouraging scientists (Indian Nationals) working outside the country and would like to return to the home country to pursue their research interests in Modern Biology, Biotechnology, Life Sciences and other related areas. The principal aim of the scheme is to improve the country’s human resource capacity in life sciences, modern biology and biotechnology research – both in terms of development, translation and diffusion by means of attracting young scientists settled abroad.



A decade since its inception, the Ramalingaswami Re-entry Fellowship programme has come a long way. During the last ten years, 1492 applications were received and out of these 396 were offered fellowship and 280 have already taken up positions in Indian Laboratories. So far, 188 fellows have already been able to seek permanent faculty positions in various host institutes in India. The fellowship over the years has picked up the momentum and resulted in creating a brand value in itself. Fellows have performed extremely well and they have been able to publish their research work in peer reviewed National and International scientific journals. Over the past decade, the program has been able to transform the scientific scenario of the country through innovative technologies and outstanding research with special emphasis on issues of national relevance.



The work done by fellows is regularly monitored by organizing three days conclave to listen to their research, mentor them & try to help them in understanding the scientific ecosystem in the country. On the successful completion of ten years, the department is now hosting conclave meeting to celebrate the achievements and revisit the journey of the programme over the years. The 8th Conclave is being organized by National Institute of Plant Genome Research (NIPGR) New Delhi during 15 - 17th February, 2018 on behalf of Department of Biotechnology at The Ashok Hotel, Diplomatic Avenue, Chanakyapuri, New Delhi and NIPGR, New Delhi. The meeting would be presided by the Hon'ble Union Minister for Science & Technology & Earth Sciences, Dr. Harsh Vardhan and Prof. Ashutosh Sharma, Secretary, DBT. The Conclave meeting would monitor the progress of the fellows, provide a platform to interact, discuss and exchange innovative ideas. The program would also cover key note lectures and mentor lectures by eminent scientists of India. The mentor talks focus on how, despite all odds scientists are able to establish themselves and create a niche for themselves. Guidance will be provided on how to set up a lab and grant writing to the newly joined fellows. Besides, the alumni shall also be encouraged to share their experiences as a Ramalinga Fellow.

The overall idea is to provide a fertile environment to the fellows, who have returned to India in terms of resources and funding. The fellows also would be made aware of the current scientific scenario of the country and the pressing issues that need to be immediately addressed so that the enthusiastic scientists can work together for the progress of the country.

***
 
Ministry of Science & Technology
17-February, 2018 19:32 IST
Indian Scientists have capability to solve all unsolved problems of the country: Dr Harsh vardhan

Science & Technology; Earth Sciences Minister Dr Harsh Vardhan lamented, several basic problems in India still remains, even after 70 years of independence. Addressing Prof. Ramalingaswami Fellows Conclave in New Delhi on Saturday, he said, it is pathetic, the country could not overcome some of the basic problems like malnutrition and anaemia. However he said that Indian scientists have capability to solve these unsolved problems of this country.

“There are some basic problems in this country even after 70 years. So much nutritional foods have been developed in the labs, still we have the problem of malnutrition and anaemia. When I visit all these nutrition labs – Hyderabad, Mysore, etc. I see so much research taking place there, but still the country continues to suffer from many of the problems,” said Dr Harsh Vardhan.

The Minister said, a large number of scientists have returned to India, accepting fellowships for research in various fields of science and technology. He said 290 scientists have come back under the Prof. Ramalingaswami Re-entry Fellowship and taken up research assignments in India and there are quite a few success stories.

“This is a very prestigious programme to have been named after him in recognition of his great contributions to science, where we are inviting young people from foreign universities to come to India and serve the country, literally converting the brain drain into brain gain. It is a befitting tribute to the memory of Prof. Ramalingaswami. I was told, 290 scientists have come back and joined various scientific organisations/universities in the last few years under this fellowship. It is a significant number and they have already produced 883 papers, developed 53 technologies, 33 patents and two start-ups,” said Dr Harsh Vardhan.

The fellowship was conceptualized with the aim of attracting highly skilled Indian researchers working overseas in various cutting-edge disciplines of biotechnology – agriculture, health sciences, bio-engineering, energy, environment, bioinformatics and other related areas, by providing them an attractive avenue to pursue their R&D interests in Indian institutions.

So far, the fellows have joined various institutions like CSIR, IITs/NITs, ICMR, IISc, IISER/NISER and Universities as well as private sector. They have published 883 research papers, developed 53 technologies, 33 patents and established two start-ups.

There are several success stories from their research projects, which include non-invasive method for cancer detection, pesticide detection in food by mass spectrometry, prognosis of diabetes, anti-glioma drug, technology for breast cancer prognosis etc.

The Minister said, Prime Minister Narendra Modi’s commitment for science is resulting in positive outcome, as Prime Minister wants India in the driver’s seat of next scientific revolution.

Dr Meenakshi Munshi, Adviser in the Department of Biotechnology said, the yearly intake of scientists has been increased from initial number of 10 fellows to 50 and very recently has been increased up-to 75 from the current financial year, while their fellowship amount has also been enhanced. During the five-year fellowship period, Rs. 10 lakh each is given during the first and second year; Rs. 7.5 lakh in the third and fourth year and Rs. 5 lakh in the fifth and final year. The incumbents would also get an institutional overhead expenses of Rs. 50,000 annually. She said about 75 per cent of the researchers have been absorbed in various scientific institutions/universities. Dr Munshi said, the fellowship is not a placement, but a buffering time of five years for the researchers to find a regular placement.

Dr. Ramesh V. Sonti, Director of National Institute of Plant Genome Research and Dr. S.S. Kohli, Adviser in the Department of Science & Technology also spoke on the occasion.

***
 
Prime Minister's Office
25-February, 2018 11:40 IST
English rendering of PM's address in Mann Ki Baat Programme (Episode -41, 25 February 2018)

My dear countrymen, Namaskar.

Let us begin today’s Mann Ki Baat with a phone call.]

Phone Call...

Thank you very much for your phone call. My young friends have asked me many questions related to Science; they keep writing on quite a few points. All of us have seen that the sea appears blue, but we know from routine life experiences that water has no colour at all. Have we ever thought why water acquires colour in rivers and seas? The same thought occurred to a young man in the 1920s. The same question gave rise to a great scientist of modern India. When we talk about Science, the first name that strikes us is that of Bharat Ratna Sir C.V.Raman.

We celebrate the 28th of February as National Science Day since on this very day, he is said to have discovered the phenomenon of light scattering, for which the Nobel Prize was conferred upon him. This land has given birth to many a great scientist. On the one hand, there has been a tradition of great Mathematicians like Bodhayan, Bhaskar, Brahmagupt and Aryabhatt; on the other, in the field of medicine, Sushrut & Charak have bestowed upon us a place of pride. Right from Sir Jagdish Chandra Bose and Hargobind Khurana to Satyendranath Bose have brought laurels to India. The famous particle BOSON has been named after Satyendranath Bose. Recently I got an opportunity to take part in a programme in Mumbai – the inauguration of the Wadhwani Institute for Artificial Intelligence. It was interesting to know about the ongoing miraculous accomplishments in the field of Science. Artificial Intelligence aids in making robots, Bots and other machines meant for specific tasks. Through self learning, machines today can enhance their intelligence to a smarter level. This technology can be harnessed to better the lives of the underprivileged, the marginalized and the needy. In that programme on Artificial Intelligence, I urged the scientific community to deliberate on how Artificial Intelligence could help us make life easier for our divyang brothers & sisters. Can we make better predictions of natural disasters using Artificial Intelligence? Can we use it to provide assistance to farmers on crop yield? Can Artificial Intelligence be used as tool to simplify the outreach of health services and modernize medical treatment?

Science and Technology are value neutral. They don’t possess any value in themselves. Any machine will work the way we want it to. It entirely depends on us what task we want it to perform. Here human objectives assume significance; the use of Science for the sole purpose of human welfare, with the endeavour to assist human lives touch the greatest heights.

Thomas Alva Edison, the inventor of the light bulb, failed many a time in his experiments. Once, on being asked about it, he quipped, “I have devised ten thousand ways of how NOT to make a light bulb”. What I mean to say is, Edison transformed even his failures into his own strength. Coincidentally, I am fortunate today to be in Auroville, the land, the karmabhoomi of Maharshi Arvind. As a revolutionary, he challenged British rule, fought against them and questioned subjugation. Thus, as a great sage, he questioned every facet of life. Extracting answers, he showed the right path to humanity. The relentless quest to ask questions for knowing the truth is very important. And this is the very essence, the real inspiration behind scientific inventions and discoveries. Never rest till every ‘why’, ‘what’ & ‘how’ are answered. I congratulate our scientists, and all those connected with Science on the occasion of National Science Day. May our young generation be inspired for the quest of truth & knowledge; may they be motivated to serve society through Science. I wish them the best.
 
President's Secretariat
06-March, 2018 20:10 IST
Discharge your key role as leadership mentors for the next generation of scientists – president of India to directors of IISc, IITs and IISERs

RashtrapatiBhavan hosted a one-day meet of Directors of IISc- Bangalore, IITs and IISERs today (March 6, 2018).

Addressing the Directors of IISc, IITs and IISERs in the concluding session of the meet, President Kovind said that education, especially higher education, is a subject he was personally passionate about. This led him to ask for this meeting to be convened – to understand, discuss and, where possible, to find quick solutions to the problems faced by these institutes.

The President said that these institutes of national importance have an important responsibility on ensuring that the research and developments in the field of science and technology are linked to the needs of our country and its people. At the heart of a scientific endeavour is often a problem that the scientist wants to solve. It is important that challenges that confront our nation and our society become the prime instigator of their quest for Knowledge, Discovery and Innovation.

The President said that we face enormous challenges. Be it lifting our people out of poverty, ensuring their health and well-being or attaining food and energy security, these institutes can play an important role in meeting these challenges. Their incubation centres can also help to develop solutions to the problems we experience on a daily basis – from pollution of our natural resources to the traffic jams in our rapidly expanding cities.

The President said that the participation of women in science must be encouraged in every way possible. It is essential to promote the participation of girl students and of women in science and technology. If this disparity is not addressed, our scientific achievements will always be less than perfect and less than desirable.

Remembering the stalwarts of scientific research in India such as Vikram Sarabhai, HomiJehangirBhabha, Satish Dhawan, the President said that what made them different from the rest was their ability to develop institutions as well as to groom the next generation of scientific administrators and leaders. He called upon the Directors of IISc, IITs and IISERs to discharge their key role as leadership mentors for the next generation of scientists. He stated that this would ensure that we have a ready talent pool of scientist-administrators who can conceive, establish and administer our scientific institutes.

Among those who participated in the one-day meet were Union Minister for Human Resource Development, Shri Prakash Javadekar; Minister of State for Human Resource Development, Dr Satya Pal Singh; Chairman, AICTE, Prof. Anil D. Sahasrabudhe, representatives of Ministry of HRD, Ministry of Finance and Department of Science and Technology, apart from the Directors of 31 IISc, IITs and IISERs.
 
The Union Minister for Science & Technology, Earth Sciences and Environment, Forest & Climate Change, Dr. Harsh Vardhan releasing the book ‘Indian Scientists- The saga of Inspired Minds’, at a function, in New Delhi on March 12, 2018. The Secretary, Department of Science and Technology, Prof. Ashutosh Sharma is also seen.
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The Union Minister for Science & Technology, Earth Sciences and Environment, Forest & Climate Change, Dr. Harsh Vardhan releasing a Compendium of India Science Wire, at a function, in New Delhi on March 12, 2018. The Secretary, Department of Science and Technology, Prof. Ashutosh Sharma is also seen.

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The Union Minister for Science & Technology, Earth Sciences and Environment, Forest & Climate Change, Dr. Harsh Vardhan addressing at the release of the book ‘Indian Scientists- The saga of Inspired Minds’ and a Compendium of India Science Wire, in New Delhi on March 12, 2018. The Secretary, Department of Science and Technology, Prof. Ashutosh Sharma is also seen.
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Anumolu Ramakrishna (1939–2013) was an Indian civil and structural engineer, corporate executive and the deputy managing director of Larsen & Toubro Construction, the largest construction company in India as per 2013 statistics. He was credited with the introduction of system formwork. The Government of India awarded him the third highest civilian honour of the Padma Bhushan, posthumously in 2014, for his contributions to science and technology.

Born on 20 December 1939 in Punadipadu, a small village near Vijayawada in Krishna district, in the south Indian state of Andhra Pradesh, Ramakrishna graduated in Civil Engineering from Andhra University and secured a master's degree (MSc) in Structural Engineering from the College of Engineering, Guindy of Madras University.

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Vice President's Secretariat
12-October, 2018 19:41 IST
Quality and credible companies needed to facelift infra sector: Vice President

Dr. A. Ramakrishna was an institution by himself; India is on a growth trajectory today; Releases Biography on Dr. A. Ramakrishna

The Vice President of India, Shri M. Venkaiah Naidu has said that quality and credible companies needed to facelift infra sector in our country. He was addressing the gathering after releasing the Biography of late Industrialist, Dr. Anumolu Ramakrishna, authored by Shri. V. Pattabhi Ram and Shri. R. Mohan, in Chennai today. The Minister for Fisheries and Personnel & Administrative Reforms, Tamil Nadu, Shri D. Jayakumar and other dignitaries were present on the occasion.

The Vice President complimented the biography and said that it introduced us to a man with great sagacity, sharp intellect and refined engineering orientation. He added that Dr. Ramakrishna had the ability to grasp issues quickly, understand their nuances and impact and arrive at innovative solutions rapidly.

The Vice President said that Dr. Ramakrishna had the wonderful ability to take people along with him. He was a leader by example, a motivator, an inspiration for his colleagues to reach for the sky with him, he added.

The Vice President said that Dr. Ramakrishna was a great communicator and that his warmth and empathy were overwhelming, truly, the traits of a born leader. He possessed an extremely rare trait of being able to expertly synthesize innovation and execution in an industry where execution is key, he added.

Saying India is on a growth trajectory today, the Vice President said that we have highly ambitious plans for the country and a large part of these plans would work only if we build infrastructure. He said that this is a truly exciting and challenging time for Indian technocrats and builders.

The Vice President exclaimed that that Dr. Ramakrishna was an institution by himself, but what is more remarkable was that he was instrumental in building an institution that would stand testimony to him for a long time to come. Technocrats like Shri. A. Ramakrishna have helped India face the world with its head held high.

Following is the text of Vice President's address:

"It is indeed a matter of great pride and privilege for me to be here today to participate in this function and to release the biography of one of the true doyens of Indian industry.

Today is an opportunity to celebrate the life and contribution of Dr. A Ramakrishna, posthumous winner of the Padma Bhushan, the nation’s third highest civilian award. This biography is in many ways an acknowledgement and recognition of his tremendous contribution towards finding the rightful place for the Indian construction industry in the world.

This creative expression traces Dr. Ramakrishna’s life right from its humble beginnings, through his formative years, his emergence as a man of substance, his several triumphs to his ascension to lead one of the country’s largest organizations and a celebrated industry leader.His is also a story of evolution, of promises kept, of dreams realized, of hopes fulfilled.

The biography introduces us to a man with great sagacity, sharp intellect and refined engineering orientation. Dr. Ramakrishna had the ability to quickly grasp issues, understand their nuances and impact and arrive at innovative solutions rapidly. His thinking and his approach were far ahead of his times with the result that he was able to endow the erstwhile old world construction industry with a verve, instil in it a freshness that made the world look at it through a new lens.

His is also the story of a pioneering spirit. As is the case with great thinkers, the mundane bored Dr. Ramakrishna; the usual and the ordinary did not hold his attention for long. He constantly questioned the obvious; never readily accepted the status quo and urged everyone around him to become equally unforgiving towards the standard and the sedate. A restless mind, he was forever seeking new ways, finding new paths, engineering new solutions. His natural inclination to question gave him the opportunity, the latitude and the freedom to think new, think big and think beyond the ordinary. His mind soared to new heights and strove to find new paradigms. For him, problems were always opportunities to rewrite the rules of the game, to overturn convention and create new vistas of achievement. Such iconoclastic thinkers are often isolated and left to plough a lone furrow by the loftiness of their thoughts.That, fortunately, was not so with Dr. Ramakrishna.

Though he discovered new paths, he found enough traction with those around him to accompany him on those new paths; he had that wonderful ability to take people along with him selling them his own brand of dreams that they were readily willing to buy into. He was a leader by example, a motivator, an inspiration for his colleagues to reach for the sky with him. He found willing partners to own his novel way of thinking; the pride and commitment to take and live his dreams. Not many could resist his enthusiasm, his free spirit and his obvious bonhomie. Not many could resist him; instead they became unswervingly loyal to him.

As the conductor of an orchestra of designers, architects, engineers and workers, Dr. Ramakrishna had the capability to explain interfaces openly and thoughtfully. Seeing the overall picture and putting a myriad of mosaic stones to a unique piece of work was one of his outstanding characteristics. A great communicator, his warmth and empathy were overwhelming, ever willing to explore a fresh perspective, engage a contrarian view, discuss and debate it threadbare and willing to alter his stand point if convinced. Truly, the traits of a born leader.

His vision was as large as it was far-sighted and, more importantly, he was able to articulate it perfectly to all around infusing them with his passion, drive and enthusiasm. Like a born leader, he was ever mindful of the big picture though he hardly ever lost sight of ground realities. The macro perspective was as important for him as micro detailing.

A man of considerable learning, he loved to dispense his wisdom to those who rubbed shoulders with him or had the privilege of working under him. He was a fountain of new thinking, always contemplating fresh perspectives, exploring hitherto untried approaches. The construction business was maturing during his days at the helm and it needed a man with an equally evolved and mature mindset to ride the turbulence and steer the ship to safer, calmer waters. He proved to be an ideal skipper.

His freshness of thought and approach cast him as a leader of rare quality and calibre.It is therefore hardly surprising that he was able to guide the fortunes of ECC, the organization he headed, setting a growth trajectory that took it to new heights. His far-sighted and visionary leadership transformed the organization. Driving it with passion and foresight, ECC emerged as one of the biggest and most respected construction organizations in the country. When faced with seemingly impossible projects, the phrase “If not L&T, then who else?” became commonplace in India.

Spearheading a burgeoning business is fraught with challenges but he was able to address them with strength and conviction. He believed in the intrinsic strength of his people and thus was bold in his forays, confident of his own and his team’s capabilities. Under his tutelage, the business grew and grew and as the size, scale and complexity of L&T’s projects increased, so did Dr. Ramakrishna’s uncanny depth of understanding and width of attention. He was always on top of it all, no matter how intimidating the project or its timelines were. For him, the world was the stage. Not satisfied with his successes within the country, Dr. Ramakrishna set his mind to make overseas conquests and made several successful forays into hitherto untapped markets. He smelt opportunities and triggered the globalization of the business by opening newer vistas for growth, forging fresh relationships and preparing the Company for sterner challenges ahead.

Technology did not awe him but in technology, he found a worthy ally to awe the world. “The Indian construction industry will have to adopt international practices to be globally competitive,” he once declared. “It will have to address issues such as achieving faster construction methods, improving quality, mechanization, trained personnel and problems relating to contract management.”

He possessed an extremely rare trait of being able to expertly synthesize innovation and execution. In an industry where execution is key, Dr. Ramakrishna was able to introduce innovation to metamorphose construction. He assiduously and constantly modernized construction practices at site with an almost missionary zeal enhancing competencies multi-fold. The intricacy of the famous Baha’i Temple, often referred to as the modern day Taj Mahal, and the majesty of the Sri Sathya Sai Institute of Higher Medical Sciences, Whitefield, Bengaluru are but a couple of examples of his thinking. The introduction of segmental launching to build the incredibly complicated Panval Nadi Viaduct, one of the tallest in Asia or the challenging projects he has executed for Sri Sathya Sai Baba at Pattuparthi are all testimony of his finely honed engineering skills.

Dr. Ramakrishna fathered the application of pre-cast, pre-stressed and tunnel form techniques across the entire gamut of construction right from housing to vaults in nuclear power plants, airports to sports stadia. The introduction of System Formwork technology to vastly improve concrete forms and raise productivity levels was his brainchild as were the modern launching techniques for bridges or flyover construction like those used in the case of the Panval Nadi viaduct, the tallest in Asia or Bangalore’s Sirsi Circle flyover, India’s longest. A brilliant structural designer, he did not stop at designing but ensured to match design with execution. Leaders have three fundamental responsibilities: They craft a vision, they build alignment, and they champion execution. Very often we see ambitious projects being designed which fail miserably when it comes to execution, but not with Dr. Ramakrishna. He created practical, pragmatic solutions to engineering problems. He designed the pre-tensioned, pre-cast long span slab or truss – the ‘A’ frame that became known as ‘AR Frame’! A fitting tribute to his memory is that several of his new ideas have now become industry norms. Surely, imitation is the best form of flattery.

Although a charismatic and inspiring leader who devoted his entire life to making Larsen & Toubro live up to the sobriquet of ‘Builders to the nation’, Dr. Ramakrishna was also an intense family man, a side of him that we have the privilege to see in this book. His warmth, his sense of commitment, his spirit of inclusion are evident in the web of relationships he wove.

I take this opportunity to appreciate the sacrifices of his wife and his entire family for having given Dr. Ramakrishna the freedom and opportunity to become such an asset for the country!

Friends, India is on a growth trajectory today. We have highly ambitious plans for the country and a large part of these plans would work only if we build infrastructure, roads, dams, power plants, living spaces, amenities, metro systems, ports, utilities. The progress of any nation depends upon the talent and the commitment of its ‘Vishwakarmas’, its builders.

The economic survey 2018 estimates that India would raise $ 4.5 trillion by 2040 to develop Infrastructure. We have a number of ambitious projects such as the Bharatmala for road transport and Sagarmala for shipping. We are trying to rationalize and balance the construction boom in urban areas and at the same time striving to take infrastructure to rural areas as well.

Recognizing the importance of railways in aiding and abetting the progress of the nation, we are focusing on expanding and upgrading our rail network. For the first time Northeast India is fully integrated with the rest of India with the entire network converted to broad gauge. It brought Meghalaya, Tripura and Mizoram on the rail map of India after 70 years of independence! We recently saw how the tiny Himalayan state of Sikkim got its long-awaited airport. Situated at a height of 4,500 feet. It was an engineering marvel.

We are also building crores of affordable houses for those who are deprived of a roof over their heads. This is a truly exciting and challenging time for Indian technocrats and builders. In such times, the builders of modern India should draw lessons of inspiration from the life of this great Karmayogi.

In the 1990’s Dr. Ramakrishna took the lead in implementing projects under the public-private partnership (PPP). Notable among the PPP projects executed by L&T under his leadership include the HITEC City in Hyderabad, Kakinada Deepwater Port, Jaipur-Kishangarh Expressway and Bangalore International Airport.

Right in the early days of Information Technology, Dr. Ramakrishna introduced the application of IT in L&T’s construction operations. Under his leadership and guidance L&T opted for implementation of an Enterprise Information portal. Friends today, industrial revolution 4.0 is underway. Automation and data exchange. Taking a page out of Dr. Ramakrishna’s playbook, technocrats of today must unhesitatingly, unflinchingly go ahead with making full use of information technology, be it in hydrocarbon exploration or affordable housing.

Dr. Ramakrishna was inspired by the vision of Dr. A.P.J. Abdul Kalam to make India a developed nation by 2020 and firmly believed that Government Departments, Indian Industry and Public Institutions can work on a matrix mode for technology development and towards enhancement of public awareness of engineering.

Many both in India and abroad see Dr A Ramakrishna as an exemplary Engineer and Leader who combined technical excellence with honesty, integrity and human values in business. He showed the way to transform construction scenario in India and contributed to India becoming a Developed Nation. He was a true patriot, a true son of Mother India. His empathy and compassion are virtues worth emulating. He was the very epitome of the core philosophy preached in the Bhagawad Gita, that of equanimity.

The trappings of fame used to sit very light on him, he stayed away from limelight and never sought credit for his exceptional work. Untiring, self-less service to his chosen profession is something that everyone can learn from Dr. Ramakrishna's life. I implore the younger generation of technocrats to make his biography their talisman. It will go a long way in setting the right priorities and envisioning the right goals, helping us to realize the dream of a new, resurgent, strong India.

In conclusion, Dr. Ramakrishna was an institution but what is more remarkable is that he was instrumental in building an institution that will stand testimony to him and his memory long after he is gone!

Long live his memory!

I take this opportunity to appreciate and congratulate the author of this great work. Shri..... What you have done by capturing the life of Dr. A. Ramakrishna on paper is that you have immortalized the story of his life for the benefit of the future generations of this country. You have chronicled the life and times of one of India’s great creators. Posterity will thank you for this beautiful work. I wish you all the very best.

Thank You!

Jai Hind!"

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AKT/BK/MS/RK
 

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