Other than engineers, IIT Kharagpur would soon start producing doctors as well. The super-speciality hospital, Dr. B.C. Roy Institute of Medical Science & Research is expected to be ready by the end of 2017, on a three-acre plot on the edge of the campus.
“The government has already sanctioned a grant of Rs 230 crore last year for this purpose. Construction work will start soon and is expected to be completed within 26 months,” IIT-Kharagpur director Partha Pratim Chakrabarti said.
IIT Kharagpur, will become the first institute among the IITs to offer medical education.
Reportedly the authorities have already taken approval from the Medical Council of India (MCI) for providing undergraduate medical education courses like MBBS.
“It will bring the two diverse disciplines of engineering and medicine together in education and research. Technology will be used to access and treat large number of patients through satellite centres and secondary hospitals,” the director said.
As reported by PTI, the hospital is planning to use technologies like remote diagnostics, telemedicine, teleradiology, and expert systems leveraging outreach of cellular network. Paramedics, nursing training facility, biomedical innovation unit and a medical outreach unit have also been proposed.
The authorities have also collaborated with Johns Hopkins University, Baltimore, USA and Imperial College, London on medical science.
The implementation of ingenious groundwater management strategies in both Indian public and private sectors
Long-term ground-based measurements and decadal-scale satellite-based groundwater storage measurements
The Indian groundwater withdrawal and management policies for sustainable water utilization
August 12, 2017: An international team of researchers, including experts from IIT-Kharagpur and NASA, has reported discernible groundwater storage replenishment in certain Indian regions, in a new study, attributing it to changes in strategy in the public and private sectors.
Published in the Nature Scientific Reports in August, the study says this groundwater storage (GWS) rejuvenation may possibly be attributed “to the implementation of ingenious groundwater management strategies in both Indian public sector and private sector”.
A research team from IIT-Kharagpur in collaboration with NASA American scientists has observed regional-scale water replenishment through long-term (1996-2014, using more than 19,000 observation locations) ground-based measurements and decadal-scale (2003-2014) satellite-based groundwater storage measurements, in large parts of India.
While the northern and eastern parts of India are still undergoing acute usable groundwater depletion and stress, encouraging, replenishing such scenarios are detected in western India and southern India under proper water resource management practices, the study notes.
“Our study shows that the recent paradigm shift in the Indian groundwater withdrawal and management policies for sustainable water utilization, probably have started replenishing the aquifers by increasing storage in western and southern parts of India,” said research leader Abhijit Mukherjee from IIT-Kharagpur on Friday.
The team used numerical analyses and simulation results of management and policy change effect on groundwater storage changes in western and southern India for this study.Mukherjee drew attention to the recent changes in Indian central/state government policies on its withdrawal and stress on management strategies.
Strategies such as restriction of subsidized electricity for irrigation, separate electricity distribution for agricultural purposes (e.g. Jyotigram Yojana), construction of large-scale, regional enhanced recharge systems in water-stressed crystalline aquifers (Tapti river mega recharge project), Pradhan Mantri Krishi Sinchayee Yojana, enhanced recharge by interlinking of river catchments (e.g. Narmada-Sabarmati interlinking), will probably start replenishing the aquifers by increasing groundwater storage in near future.
Chief of Hydrological Sciences Laboratory Matthew Rodell at NASA Goddard Space Flight Center, helped in interpreting the NASA satellite (GRACE) data (2003-2014) of the above-mentioned water source storage changes in India for this study.
The co-authors are — Yoshihide Wada affiliated to International Institute for Applied Systems Analysis, Austria; Siddhartha Chattopadhyay of Indian Institute of Technology, Kharagpur; Isabella Velicogna and Kishore Pangaluru from the University of California, the USA; James S. Famiglietti of Jet Propulsion Laboratory, California Institute of Technology in Pasadena, the US.
“We conclude that in India, where huge groundwater consumption is widely known to be leading to severe dwindling of groundwater resource in recent times, previously unreported, discernible GWS replenishment can also be observed in certain Indian regions,” said lead author Soumendra Bhanja affiliated to Hydroscience and Policy Advisory Group, Department of Geology and Geophysics at the Indian Institute of Technology, Kharagpur, as well as to Hydrological Sciences Laboratory, NASA Goddard Space Flight Center. (IANS)
IIT, Kharagpur has developed a mobile application for NDL so that everybody can download a book from their Smartphone
The project was initiated by the Ministry of Human Resource Development which says that NDL contains books from state boards, NCERT and Universities
The users can register themselves on the app and can search for the books with the help of various parameters
New Delhi, July 2, 2017: With the onset of modernization and globalization, the process of digitization has also impacted the world. The availability of everything on the internet is making lives of the people easier. One can find almost anything on the internet. All you need to do is to click and everything is served before you.
Recently, the Indian Institute of Technology, Kharagpur has developed a mobile application for National Digital Library(NDL) so that anybody can download and read books online from his/her Smartphone and can use the knowledge available at the touch of a screen.
The NDL claims of having a collection of more than 65 Lakh books in English and various Indian Languages. The books range from Elementary school to Under graduation and Post graduation studies. Even the users can access the content from all around the globe.
The project was initiated by the Ministry of Human Resource Development which now says that National Digital Library contains books from eight state boards, NCERT books, previous year question papers of various entrance exams and research paper published by many institutes. It also consists of books in audio form too.
The director of the NDL, Mr P P Chakraborty said that the app would provide access to everyone and now with the rise in mobile usage, the NDL app would open opportunities for people living in the remotest of areas for Indian as well as Foreign population. He also added that the world has not seen such a digital educational reform.
The users can register themselves on the app and read books online. They can search for the books with the help of various parameters of searches. This application would open new windows of opportunities for Bibliophiles and people who cannot afford to buy new books. It also increases career growth for various non vocational careers which aren’t taught in the universities.
– by Sumit Balodi of NewsGram. Twitter: @sumit_balodi
The ‘National Policy on bio-fuel’ targeted 20 per cent blending of biofuel with petrol by 2017
This project is funded by the Ministry of Petroleum and Natural Gas, Department of Science and Technology and the Ministry of Human Resource Development
Bioethanol can be produced from various naturally available ligno-cellulosic components
Kolkata, May 31, 2017: Researchers at IIT – Kharagpur have developed a technology that has the potential to make biofuel manufacturing cheaper, quicker and free of pollution.
The ‘soil-to-soil’ manufacturing technology developed at the P.K. Sinha Centre for Bioenergy at IIT – Kharagpur is in the process of being patented.
Researchers say bioethanol can be produced from various naturally available ligno-cellulosic components, but to do so the biomass needs to be treated chemically and in some cases physico-chemically. Because of chemical treatment, the process contributes to polluting the environment.
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“We have replaced this chemical treatment with enzymes which degrade the lignin specifically, thereby making the manufacturing process pollution-free,” said Rintu Banerjee, Professor of Department of Agricultural and Food Engineering at the P.K. Sinha Centre for Bioenergy.
“Also unlike the chemical treatment, here the waste product is pollution-free and hence utilising the residual biomass to make organic fertiliser is possible,” Banerjee said.
The ‘National Policy on bio-fuel’ targeted 20 per cent blending of biofuel with petrol by 2017.
With the government expecting the bio-fuel business in India to touch Rs 50,000 crore by 2022, this new green technology with lesser manufacturing cost and time could become a game changer, the researchers said.
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“The technique that we are suggesting will ensure relatively quicker production of bio-fuel and ensuring that the process is completely green, not creating any secondary pollution. This, we feel can change the future of bio-fuel manufacturing in India and make it more cost effective,” said Banerjee.
This project is funded by the Ministry of Petroleum and Natural Gas, Department of Science and Technology and the Ministry of Human Resource Development. (IANS)
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