the3h - Hum Hain Hindustani
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Student exchange projects with India part of new UK education strategy | The New Indian Express, 06 feb 2021
'We Should Build A Political Demand For High Quality Healthcare For All' | IndiaSpend, 06 feb 2021
Public Private Partnerships: The Panacea for Indian Healthcare Sector | The Economic Times, 06 feb 2021
What can torpedo the budget and economy? | The New Indian Express, 06 feb 2021
Amid pandemic tragedy, an opportunity for change? | The Harvard Gazette, 05 feb 2021
Covid lesson for teachers: How teaching-learning methods evolved during pandemic | The Indian Express, 04 feb 2021
The future of Indian agriculture | Down To Earth, 04 feb 2021
Budget 2021: One-person company to propel entrepreneurship, say experts | Business Standard, 02 feb 2021
Like it or not, future of Indian economy will have to be built on services, not manufacturing | The Print, 23 jan 2021
Rethinking Education in India to Merge Reality on the 'Streets' with Formal Schooling | The Wire, 15 jan 2021
Science & Technology
Mohammad Anas Wahaj | 29 jan 2021
According to the World Bank's most recent statistics - India's rural population is 66% of the total population (2019); 41% of the total employment is involved in agriculture and farming (2020); Agriculture, forestry, and fishing, value added, contribute 16% to India's GDP (2019). Moreover, Food and Agriculture Organization (FAO) of the United Nations (fao.org) says , 'Agriculture, with its allied sectors, is the largest source of livelihoods in India. 70% of its rural households still depend primarily on agriculture for their livelihood, with 82% of farmers being small and marginal.' Considering these statistics it is evident that India is substantially dependant on agrarian economy. The sector is looking for transition from an inefficient, unorganized and archaic one, that pushes farmers to commit suicide, to more modern with incorporation of technology and scientific methodologies, to make it profitable and sustainable to the agricultural community. The recent protest of the farmers at such a large scale has also brought the need of handling any transformation in the sector with caution and is to be carried out in a peaceful and democratic way by taking into confidence those who are affected the most with any policy change. The need for consultation and understanding is the only way to bring the needed evolution of the agricultural sector and make it thrive. Digitization and varied use of technology is a step that pushes agricultural economy towards this goal. NITI Aayog's report on Artificial Intelligence (AI) says that to maintain annual growth rate of 8-10%, agriculture must grow at 4% or higher. Technologies that can be applied include those on the farming side like sensor-assisted soil assessment, automated monitoring of free-ranging animals on pastures, targeted control of agricultural machinery, use of high quality seeds, optimum and measured use of fertilizers and pesticides, modern farming equipment and methods, scientific approach to agriculture etc, and there are technologies that need to be applied post-production, from farm to the market, like digitization in farm product management, supply chain management, logistics, Mandis and retail selling etc. This will lead to better produce with agri-waste reduction and efficiency in cost optimization. The three most essential elements that would lay the foundation of digitization in agriculture would include - Internet of Things (IoT); Nanotechnology; Digital Education. There are two most important technology related concepts in farming - 'Precision Farming' involves creating new production and management techniques that make intensive and efficient use of data regarding a specific location and crop; 'Smart Farming' or 'Farming 4.0' is the application of information and data technologies for optimising complex farming systems. To implement these concepts at a large scale in India's massive agriculture sector comes up with many challenges that need to be overcome - Digital divide; Lack of farmer literacy; Lack of financial resources particularly in case of small and medium farmers; Interruptions in rural power supply. Even though government and private sector knows the potential of digitization and technological transformation, major challenge is to involve farmers in the process by creating proper awareness and showcasing the benefits of technology-enabled agriculture. Government and private sector have already initiated the various projects in this regard like for example Microsoft has developed an 'AI-Sowing App', in collaboration with International Crops Research Institute for the Semi-arid Tropics (ICRISAT), that sends advisory to the farmers regarding the optimal date of seed-sowing; NITI Aayog has partnered with IBM to develop a crop yield prediction model backed by AI to provide real-time data and communicate the required advisory to farmers; 'Blue River' project has designed and integrated computer vision with machine learning technology that will help cultivators to reduce the use of fertilisers and herbicides by spraying only where and when needed. Government projects in digitization include - Kisan Suvidha, Pusa Krishi, Farm-o-pedia App, Crop Insurance Android App, Agri-Market, M-Kisan Application, Shetkari Masik Android App etc. Read on...
Digitisation In Agriculture: A Necessity For India
Author: Urvi Shrivastav
Mohammad Anas Wahaj | 31 dec 2020
Social enterprises have been part of the Indian social sector ecosystem for a long time, albeit not in the theoretically and legally defined framework that exists now. According to the study, 'The State of Social Enterprise in Bangladesh, Ghana, India and Pakistan' (British Council, 2016), led by Emily Darko, Director of Research at Social Enterprise UK (SEUK), there are roughly 2 million social enterprises operating in India. The study based on a survey of 258 social enterprises found a young social enterprise scene with 57% being 5 years old or younger. Moreover, these social enterprises work in many sectors - skills development (53%); education (30%); agriculture/fisheries/dairy (28%); financial services (26%); energy and clean technology (26%). From the surveyed social enterprises, 80% reinvest to further social or environmental goals, and they have supported a total of 150 million beneficiaries over their lifetime. The report found a total of 39 central government policies relevant to social enterprise and entrepreneurship. A notable policy with a specific mention of social enterprises was the 'National Skill and Entrepreneurship Policy' announced on 15 July 2015 by the Ministry of Skills and Entrepreneurship. The policy includes a section on social enterprises that aims to foster social entrepreneurship and grassroots innovation. The research study, 'Social Enterprises in the Indian Context: Conceptualizing through Qualitative Lens' (Journal of Global Entrepreneurship Research, Springer Open, 15 jan 2018) (Authors: Subhanjan Sengupta of Birla Institute of Management Technology, Arunaditya Sahay of Birla Institute of Management Technology), researches the meaning of the 'social enterprise' construct in the Indian context, and develops a conceptual framework that represents the construct. The purpose of this empirical study is to develop orientation needed for aspiring social entrepreneurs and social entrepreneurship researchers to familiarize with 'social enterprise' phenomenon in India. Authors explains, 'India is a country with socio-economic and cultural diversity, and a very high population. The country offers no legal definition for social enterprises. The ecosystem of social entrepreneurship in India is created by different organizations and universities/institutes advocating, promoting, and supporting social enterprises. Multiple stakeholders such as these have formulated their own meaning of social entrepreneurship in India; their work being influenced by the social, economic, and cultural diversity across the geographical length and breadth of the country, and the regulatory frameworks of the state and central governments...The key constructs that emerged to be clustering together to form the concept of social entrepreneurship in the Indian context are social value creation, market orientation, social entrepreneur, and balanced impact.' Recently, an India focused book on social enterpreneurship, 'Social Entrepreneurship in India: Quarter Idealism and a Pound of Pragmatism', is authored by Madhukar Shukla who is a Professor of Strategic Management at XLRI Jamshedpur. The book documents rise of the social innovation movement in India, along with profiles and roadmaps. ON COVID-19 - Prof. Shukla says, 'The pandemic, and the subsequent abrupt lockdown, create an unprecedented humanitarian crisis which has still not ended...In many ways, it was also a watershed event in the civil society and social entrepreneurial space - particularly for many social entrepreneurs, who, with reference to the typology in my book, I would describe as 'Public Goods Providers'. For instance, many of the established social ventures...which were already working in the space of relief and with migrant informal sector workers, spurred up their efforts to meet this challenge. There were also many other innovative initiatives from other ventures. At a smaller and localised level, there were many initiatives taken by individuals, citizen groups, and small organizations such as helping the migrants in their journey back home, providing basic subsistence necessities like rations and sanitary pads to marginalised communities, and so on. Why I used the term 'watershed' is because what I see is that many of these efforts, which started as a response to a crisis, also brought in new talent in the sector, and many are now evolving as viable and sustainable social ventures.' ON ROLE OF ACADEMICS - Prof. Shukla says, 'Academics can and does play a useful role in the social entrepreneurship field by identifying and documenting trends, principles, and models from practice. These can help the entrepreneurs to make more informed decisions.' ON SCALING UP CHALLENGES - Prof. Shukla says, 'When organizations scale-up and try to replicate the model which has succeeded in one place, they have to deal with a new set of problems and challenges. They need to consider and plan for three critical challenges...One, scaling up into other locations also increases the complexity of operations...Secondly, scaling up would also need hiring new talent to manage increasingly complex operations of the venture...Lastly, there is the danger of 'mission drift'.' ON DIGITAL TECHNOLOGY - Prof. Shukla says, 'Over the last decade or so, with the increasing affordability of and access to digital technology, it has become a part of the models that are used by many social entrepreneurs. In my experience, three important ways in which it helps creating social change are Access, Aggregation, and Democratisation.' Read on...
Mohammad Anas Wahaj | 22 dec 2020
Access and affordability, along with innovation and sound regulatory mechanism and government policies, are the essential components of developed and modern healthcare system. India has to pursue consolidated strategies to become a better healthcare system and leverage its R&D human resources to become a design hub for medical devices with a focus on global markets. Pavan Choudary, Chairman and Director General of Medical Technology Association of India (MTaI), in conversation with Viveka Roychowdhury, Editor of Express Pharma and Express Healthcare, explains his views on India's healthcare sector, medical devices and medtech industry, COVID-19 pandemic and post-pandemic challenges, government policies, investments in the sector and the way forward. EXCERPTS FROM THE INTERVIEW - (1) ON HEALTHCARE SYSTEM: • 'Value-based healthcare will bring together all modalities of care delivery to create a well-coordinated 'continuum of care'. It is important for government to devise incentive systems to work for patients by encouraging companies and healthcare systems to deliver quality and better outcomes.' • 'India can take learning from countries like Philippines and Turkey who have over the time strengthened their health care infrastructure, but this has been done by making a conscious effort to increase their healthcare spend. At 1.29% of GDP spent on healthcare, India needs to considerably increase its healthcare budget to at least four per cent of the total GDP; by doing so, we will have started our journey towards last mile healthcare delivery.' • 'Telemedicine is another avenue that the government can facilitate to improve access to healthcare. The sheer size of India's 1.3 billion demographic means that the applications for telemedicine are immense. Telemedicine will also enable India to address its poor doctor-patient ratio of 0.85 which means barely one physician per 1000 people as compared to four physicians per 1000 people in Europe. A 2019 report by McKinsey Global Institute, 'Digital India: Technology to Transform a Connected Nation', states that India can save up to US$ 10 billion by 2025 if telemedicine services could replace 30 to 40% of in-person consultations.' (2) ON MEDTECH, MEDICAL DEVICES, INVESTMENTS & COVID-19: • 'Instead of implementing price caps on medtech products, the government should adopt a mechanism to rationalise trade margins which will achieve the objective of reducing high MRPs as well as allow medtech industry to continue bringing the latest technology in healthcare to India, increase affordable access to quality care and support skilling and training of health care workers.' • 'India also reduced custom duties on a few essential medical devices used in the treatment of COVID-19, however for the rest of the products it did not lighten the load of the 5% cess ad valorem imposed in April earlier this year. This, coupled with the INR depreciating by almost 7-8% in March 2020 against the EUR and the USD, meant a very significant hit for the medical technology industry where more than 80% of the products are imported.' • 'To be ATMANIRBHAR (self-reliant) in medtech, we should also be able to design in India medical devices for the world by utilising India's rich talent in R&D. India is the third largest medtech R&D employer of the world, next to only US and Germany.' • 'We must also be cognizant of the financial challenges that the pandemic has brought. There are some other aspects which the government needs to closely evaluate and consider to reassure the industry, these aspects include creating policies which provide a level playing field to all players, agnostic of their country of origin and a stable regulatory climate for the industry. Addressing these will move the make in India needle, steadily forward. The global companies hope to be eventually and once again, the main movers of this needle.' ATMANIRBHAR BHARAT is the Prime Minister's vision to make India a self-reliant nation. Read on...
Mohammad Anas Wahaj | 10 sep 2020
According to Wikipedia, Ibn Sina or Avicenna (b.23 aug 980 - d.22 jun 1037), a Persian polymath, is regarded as one of the most significant physicians of Islamic Golden Age. His two most influential works are Al-Qanun fi al-Tibb (The Canon of Medicine), a medical encyclopedia, and Kitab al-Shifa (The Book of Healing), a philosophical and scientific encyclopedia. 'The Canon of Medicine' was a standard medical text at many medieval universities and remained in use as late as 1650. In the article, 'The Vast Influence of Ibn Sina, Pioneer of Medicine' (JSTOR Daily, 29 jan 2020), writer Liz Tracey, explains, 'The sections of the Canon dealing with applied (rather than theoretical) medicine seem modern - cataract surgery, the use of forceps during difficult infant deliveries, and an approach to scientifically testing drugs for efficacy and dosage, in effect creating the framework for clinical trials.' In an article, 'How Ibn Sina's work became a guiding light for scientists facing contagions' (TRTWorld, 15 apr 2020), writer Ufuk Necat Taşçi, searches the work of Avicenna to find out his scientific discoveries regarding contagions. In 'The Canon of Medicine', published in 1025, Ibn Sina argued that a 40-day period of quarantine was essential to weaken the spread of contagious infections. Of the 450 works Ibn Sina is believed to have written, 240 have survived. And out of these at least 40 of his manuscripts are about medicine. Recently a book based on Avicenna's 1000 year-old manuscript, 'Risalah al-Adwiya al-Qalbiyah' (The Treatise on Cardiac Drugs), is published and released at Jawaharlal Nehru Medical College (JNMC), Aligarh Muslim University (AMU). The book 'Pharmacology of Avicennian Cardiac Drugs' is authored by Prof. Syed Ziaur Rahman of the Department of Pharmacology at JNMC, AMU and is a useful resource material for scholars who want to make a thorough assessment of the Avicennian Cardiac drugs that have cardioprotective activity and indirect improvement of blood supply to all body organs. Prof. Rahman says, 'Avicenna had given descriptions on heart and psychological diseases that affect the cardiovascular organs' physiology. Avicenna mentioned simple and compound natural cardiovascular remedies and it is imperative that the modern medicine practitioners go through all these methods and remedies for cardiovascular diseases with modern perspectives.' Prof. M. U. Rabbani, Chairman of the Department of Cardiology at JNMC, says, 'This book is a precious source of hypothesis for further researches on psychosomatic aspects of cardiovascular diseases as well as phytopharmacological studies on cardioactive medicinal plants.' Prof. K. M. Yusuf Amin, a medical pharmacologist and professor at the Department of Ilmul Advia (Unani Pharmacology & Pharmaceutical Sciences) of Ajmal Khan Tibbiya College at AMU, says, 'The author has attempted to correlate the fundamentals of cardiology and psychology, integrated by the Ruh (Pneuma) as described by Avicenna in the light of present research.' Read on...
Mohammad Anas Wahaj | 29 jul 2020
India has developed expertise in chip design and microchip design related services and its R&D centers are world renowned. On the contrary, it lacks sunbstantially in chip fabrication and manufacturing facilities. Over the years not much investment has been made in this regard and India lags far behind countries like Taiwan, China and the US. Experts suggest that building chip fabrication facilities and ecosystem require huge investments and takes time along with conducive government policies. Moreover, manufacturing is expensive unless it can achieve economies of scale like in Taiwan and China. To reduce its dependancy on China and finding an opportunity to become an alternative destination for chip manufacturing, Indian policy makers and businesses have to consider long-term strategic planning in this regard. Aditya Narayan Mishra, Director and CEO of CIEL HR Services, says, 'Chip design and manufacturing is a highly capital-intensive business...We need access to capital, favourable policies and investment on the ecosystem from design to application engineering...The government has to decide if this is an industry which needs to be promoted.' Dr. Satya Gupta, Chairman of India Electronics and Semiconductor Association (IESA), says, 'A fabrication facility for chip manufacturing requires on an average US$ 8-to-10 billion of investment...Most chip designers outsource to third-party manufacturers who have the expertise and scale in developing such chips.' Ganesh Suryanarayanan, CTO of Myelin Foundry Pvt. Ltd., says, 'Companies in China and Taiwan have had a lot of government support over the last couple of decades to foster such an ecosystem, which consists of materials, machinery, manufacturing, testing, packaging, and sales...Indian government tried one initiative called the Hindustan Semiconductor Manufacturing Corporation (HSMC)...which did not take off-based on the need for heavy initial investment and delayed return on investment.' Read on...
Mohammad Anas Wahaj | 22 jul 2020
A crisis like COVID-19 pandemic brings challenges and causes disruptions that in turn creates new opportunities and invigorates entrepreneurial activity to search for innovative solutions. Startup companies are a normal progression of this entrepreneurial activity. In the context of India, studies have shown that around 90% of startups fail within the first five years because of various reasons including lack of innovation and guidance. Now Indian Institute of Technology, Kanpur (IIT-K) is partnering with Entrepreneurship First (EF) of UK to support and fund entrepreneurial talent and early-stage startups. EF will help to build co-founder teams, offer mentorship, strengthen the business model and provide pre-seed investment to the startups. IIT-K will provide the business incubator facility as the next step to build a network of expert advisors, access to prototyping facilities and grants. Amitabha Bandyopadhyay, faculty head of IIT-K Incubator, says, 'While India has a huge pool of talented tech-enthusiasts, they are not necessarily knowledgeable about setting up and expanding an enterprise. Industry partnerships can help boost the success rate of early-stage startups in India...The post-COVID-19 world will have a different way of life and technology will become an extension of every process, transaction or interaction.' Esha Tiwary, general manager of Entrepreneur First (India), says, 'Most often, successful enterprises are formed during the times of crisis...The concept of investing in individuals before they have a registered company is in its nascent stage in India as well as across the world. To improve India's startup ecosystem, it is crucial to invest in individuals with unique ideas and early-stage startups.' Read on...
Mohammad Anas Wahaj | 14 may 2020
Covid-19 pandemic is affecting all aspects of human life, and even when the immediate severity of the crisis has subsided and nations start to ease lockdowns in hope of bringing their economies and people's lives back on track, the world will continue to see the after effects for a long time ahead. Experts share their views on pandemic's impact on future of design and how it will change the built environment in healthcare, hospitality, residential living etc - (1) Impact on Healthcare (Rahul Kadri, partner and principal Architect, IMK Architects): New generation of hospitals will be designed; Integrate tech-driven solutions; Better natural ventilation to minimize cross-infection; Segregation of general, semi-sterile and sterile zones; Net zero designing; Demarcation and separation of service and maintenance areas from the procedure areas; Rapid time to build and construct; Medical hub model. (2) Impact on Hospitality (Amit Khanna, design principal, Amit Khanna Design Associates): Screenings will become a part of entrance design in hotels; Use of automation to avoid human contact; Automated sliding or revolving glass door; Rethink on facilities like swimming pools, salons and health clubs; Top-end hospitality projects may prefer to redesign their communal facilities. (3) Impact on Urban Design (Mitu Mathur, director, GPM Architects and Planners): Towns need to be designed for all classes of society; Ensure housing-for-all; Promote affordable housing; Special design focus on migrant workers. (4) Using AI for Construction (Anand Sharma, founder partner, Design Forum International): Architecture, engineering and construction (AEC) industry will have more use of artificial intelligence (AI), cloud computing etc; Building Information Management (BIM) Development promotes workers of industry to be collaborative, connected and transparent; Future of construction will innovate like utilising the Internet of Things and leveraging 3D imaging to replicate the experience of a site. (5) Impact on Housing Design (L. C. Mittal, director, Motia Group): Adoption of advanced technology in elevators and entrances, like voice-enabled elevators and key card entry systems respectively, to eliminate human contact; Sanitisation of common areas would become a mandatory exercise for societies; Daily needs shopping store will become an integral part of housing societies. Read on...
Mohammad Anas Wahaj | 20 apr 2020
Fake news at the time of crisis like the current COVID-19 pandemic is a double whammy that further adds to confusion and creates panic. Propagation of false and misleading information through social media and other tech platforms has multiplied. It not only exploits the emotional vulnerability of common public but also impedes and hinders the efforts to collectively and scientifically fight the pandemic and minimize its socio-ecomic effects. But an evergrowing group of Indian scientists have come together to create 'Indian Scientists' Response to COVID-19 (ISRC)' that is working to fight false information. It is a pan-India voluntary effort with more than 400 scientists across more than twenty scientific and research institutes in the country. It counts among its volunteers astrophysicists, animal behaviourists, computer scientists, mathematicians, engineers, chemists, biologist, doctors, social scientists and others. The purpose of the group includes analysing all available data and support national, state and local governments for evidence-based action, in addition to verifying and communicating information. There are sub-groups working on - mathematical modelling of disease spread and transmission, outreach and communication in simple terms for the public and media, translating basic resources in local languages, developing hardware solutions and apps. Aniket Sule, a science communicator with the Homi Bhabha Centre for Science Education in Mumbai, says, 'Since science communication is my area of interest, I volunteered to be a part of this effort. In this crisis, everyone has a role and each person can contribute by doing what they know best.' R. Ramanujam, a theoretical computer science professor at the Institute of Mathematical Sciences (IMSc) in Chennai, says, 'While people in the medical and healthcare community are doing their work, we thought, what about others like us, what can we do?' Rahul Siddharthan, a computational biologist at the IMSc, says, 'How an individual gets infected is definitely a biology problem, but what we are looking at is how an infection spreads in society, and we are dealing with large numbers of people. Physicists have a lot of experience in dealing with dynamical systems modelling, differential equations, and computer/data scientists can analyse the data that is available. It has to be an interdisciplinary approach and we need people to be talking and on the same platform.' T. V. Venkateshwaran, senior scientist at Vigyan Prasar, says, 'In a situation like this it's important to do two things, one is communicating to people that they need to be alert, not alarmed...The other thing is falling for wrongly circulated remedies and rumours. We need to counter all the misinformation going around so people feel at ease.' The group is putting together links, videos and articles in Indian languages and also working on translating others. Anindita Bhadra, an animal behaviourist and associate professor at IISER Kolkata, says, 'I am not an expert in virology or epidemiology or modelling, but I am interested in science communication so I thought I should help with that as well as translation. You need people who can transmit all this to the public.' Read on...
World Economic Forum:
How 300 Indian scientists are fighting fake news about COVID-19
Author: Bhavya Dore
Mohammad Anas Wahaj | 19 apr 2020
Experts say that technology companies are now more inclined to hire people with background in humanities as they have better understanding of customer needs and have capacity to help design more relevant software. Scott Hartley, author and venture capitalist, in his book 'The Fuzzie and the Techie: Why the Liberal Arts', says, 'The best engineers are those who are also deeply versed in and passionate about philosophy, psychology, and ethics. They play music, are refined in culture and have a deep sense of their own values.' Kalika Bali, principal researcher at the Microsoft Research Lab in Bengaluru (India), says, 'As technology becomes more pervasive and human-centric, professionals with expertise in social sciences are needed to understand how it is best used by individuals and societies.' Here are the few of the many examples that highlight this trend globally - Bess Yount of Facebook (communications and sociology); Stewart Butterfield of Slack (philosophy); Jack Ma of Alibaba (english); Brian Chesky of Airbnb (fine arts); Susan Wojcicki of YouTube (history and literature). Sean O'Brien, vice president of education and training at SAS, says, 'Many liberal arts degrees require extensive research and writing. And good writing requires precise expression of thinking. So liberal arts majors often have the most training in how to think and how to communicate their ideas in spoken and written form. Few engineers get that kind of writing experience. In an age of 280 characters, IM and Slack, clear communication skills have atrophied. The technology values speed and compression over precision and completeness. This communications scarcity is a gap that liberal arts graduates are ideally fit for.' Ashok Srivastava, chief data officer of Intuit, emphasises the idea of breaking up a problem into smaller pieces and tracing the history behind the decisions made. He also says, 'I have found that teams that have varied backgrounds function better as they have a better understanding of the customer needs.' Richard Lobo, head of human resources at Infosys, says, 'By building a new hybrid talent pool, which draws on broad-based liberal arts foundations and promotes cognitive diversity, we can leverage the liberal arts and technological know-how required to create complex and advanced technology solutions.' Kaushik Banerjee, business head at staffing firm TeamLease, says, 'An education in liberal arts is broad and diverse, rather than narrow and specialised. Most of the successful UI/UX designers are from creative arts.' An average tech company hires about 20% from liberal arts, and a combination of liberal arts with STEM (science, technology, engineering, math) subjects or an MBA is a huge plus. Kamal Karanth, CEO of staffing company Xpheno, says that between the two ends of software industry (tech end and user's end), there's now a critical layer of non-tech talent and skillsets that operates close to both ends. Read on...
The Times of India:
Why tech companies are hiring people with humanities degrees
Authors: Avik Das, Arpita Misra, Swati Rathor
Mohammad Anas Wahaj | 19 jan 2020
Father of Artificial Intelligence, John McCarthy, said, 'Artificial intelligence is the science and engineering of making intelligent machines, especially intelligent computer programs.' AI is a growing field of technology globally and India is also making strides to stay ahead in this space. According to the 2018 PwC report, 'Artificial Intelligence in India - Hype or Reality' (Authors: Sudipta Ghosh, Indranil Mitra, Prasun Nandy, Udayan Bhattacharya, Deboprio Dutta, Shruti Kakar), 71% of respondents (business decision-makers and employees) believe AI will help humans solve complex problems & live richer lives; 67% would prefer AI assistance over humans as office assistants; 43% agree that the government will apply AI to improve global climate, health and education; 60% would prefer AI assistance over humans as financial advisors or tax preparers; 72% believe that AI can provide a better experience of one-to-one personalisation. The report also finds out that nearly all (93%) have major concerns regarding data privacy. Indian researchers are also influencing and contributing to the development of AI field. Here is the list of top AI researchers and influencers in India - (1) Sankar Kumar Pal (Scientist and former Director of the Indian Statistical Institute, Kolkata): Pattern Recognition and Machine Learning; Image/Video Processing; Data Mining; Soft Computing; Granular Computing; Fuzzy-Rough Computing; Neural Nets; Web Intelligence; Bioinformatics; Social Networks; Machine-Mind Development. (2) Krothapalli Sreenivasa Rao (Indian Institute of Technology Kharagpur): Signal Processing and Machine Learning in Speech Applications; Robust speech interfaces in the context of Indian languages; Signal processing and machine learning paradigms for automatic processing of Hindustani music; Big Data Analytics for speech, music, audio and video document representation, indexing, and retrieval tasks. (3) Bidyut Baran Chaudhari (Indian Statistical Institute, Kolkata): Digital Document Processing; Optical Character Recognition; Natural Language Processing; Statistical and Fuzzy Pattern Recognition; Computer Vision and Image Processing; Cognitive Science. (4) Pushpak Bhattacharyya (IIT Bombay): Natural Language Processing; Machine Learning; AI. (5) Sriparna Saha (IIT Patna): Text Mining Pattern Recognition; Natural Language Processing; Multi-Objective Optimization; Biomedical Information Extraction. (6) Sunita Sarawagi (IIT Bombay): Neural Models for Sequence Prediction with applications to dialog generation, translation, grammar correction, and time series forecasting; Domain Adaptation and Domain Generalization; Continuous, Reusable, Human intervenable and Modular Learning; Machine Learning models for reliable aggregate statistics over predicted variables; Graphical models for selective node labeling in social networks; Structure extraction from tables and lists on the web; Inference algorithms for graphical models in information extraction task. (7) Anush Sankaran (IBM Research): Applications of Machine Learning and Deep Learning with applications to computer vision and natural language processing. (8) Anuprriya Gogna (GE Healthcare): Optimization algorithms and learning architectures for various applications in the domain of healthcare, recommendation engines, and signal/image processing; Sparse Recovery; Matrix Factorization/Completion; Deep Learning; Recommender System Design. (9) Balaraman Ravindran (IIT Madras): Machine Learning; Spatio-temporal Abstractions in Reinforcement Learning; Social Network Analysis; Data Mining. (10) VP Subramanyam Rallabandi (National Brain Research Centre, Gurgaon): Mathematical Modeling; Neuroimaging; Machine Learning; Computational Biology; Knowledge-based Image Retrieval; Artificial Neural Networks; Fuzzy Logic; Soft Computing. Read on...
THE 10 REMARKABLE AI INFLUENCERS AND RESEARCHERS IN INDIA
Author: Smriti Srivastava
Mohammad Anas Wahaj | 17 jan 2020
Team of researchers led by Prof. Saptarshi Ghosh of Indian Institute of Technology Kharagpur have developed an AI-based (Artificial Intelligence) system to automate reading of legal case judgements. Although in countries like US, Britain, Japan, Singapore and Australia, AI is utlilized for legal research, review documents during litigation and conduct due diligence, analyse contracts to determine whether they meet pre-determined criteria, and to even predict case outcomes. But this research can become pioneering in Indian context as AI use in legal field is just taking off. India follows a Common Law system that prioritises the doctrine of legal precedent over statutory law, and where legal documents are often written in an unstructured way. The paper, 'Identification of Rhetorical Roles of Sentences in Indian Legal Judgments', based on the research received 'Best Paper Award' at JURIX 2019, the International Conference on Legal Knowledge and Information Systems, at Madrid. Other researchers in the project are - Paheli Bhattacharya (IIT Kharagpur), Kripabandhu Ghosh (Tata Research Development and Design Centre, Pune), Shounak Paul (IIT Kharagpur), Adam Wyner (Swansea University, UK). Prof. Ghosh says, 'Taking 50 judgments from the Supreme Court of India, we segmented these by first labelling sentences...then performing extensive analysis of the human-assigned labels and developing a high quality gold standard corpus to train the machine to carry out the task. We are trying to build an AI system which can give guidance to the common man about which laws are being violated in a given situation, or if there is merit in taking a particular situation to court, so that legal costs can be minimised.' The neural methods used by the team enables automatic learning of the features, given sufficient amount of data, and can be used across multiple legal domains. This method can help in several downstream tasks such as summarization of legal judgments, legal search, case law analysis, and other functions. Read on...
IIT Kharagpur develops AI-powered tech for reading legal cases
Mohammad Anas Wahaj | 08 oct 2019
Agriculture is one of the critical sectors of Indian economy as it employs about 50% of the working population and contributes 15-16% to GDP. Even though government policies are designed to make the sector benficial for those engaged in it, but the media is full of news describing the ailing condition of India's agriculture at the ground. Can entrepreneurs, full of ideas and working zeal, coupled with effectiveness and efficiencies of technology, become harbingers of change and transform the condition of not only the farms and their produce, but also the farmers and all other hard working people employed in the sector. Abhishek Agarwal, co-founder of TechnifyBiz, suggests that agri-tech entrepreneurs can tackle some of the problems of Indian agriculture and help grow the sector. He cites following issues - Depleted ground-water, low-quality seeds and ravaged soil quality due to over-use of chemicals; Lack of market linkage creates a considerable gap in the industry; Inadeguate transporation and storage; Scarcity of credit and high lending rates. He suggests that agri-startups can assist in standardization of agri-market practices through technology, aggregation and organized marketing. According to NASSCOM, sector had secured a funding of US$ 73 million in 2018. The agri-tech industry has been able to raise financing of over US$ 248 million till June 2019. Accenture says that digital agricultural services market is set to touch US$ 4.55 billion by 2020. Mr. Agarwal explains, 'Market linkage, farmer markets in the digital space, superior database management, digital agriculture and micro-financing are gaining in popularity, making the sector conducive to attract funding.' Agri-startups are encompassing both the production and after-harvest side of agriculture. He says, 'The various areas of improvement, like the reduction of input costs, better nutritional value in food crops, better quality seeds that drive crop production and improving soil quality. Using technology to predict weather patterns, irrigation cycles and soil quality are the focus of some startups. This enhances the quality of production...The use of smart technology and superior logistics infrastructure has created a new eco-system of agri-marketing. New-age startups are leveraging technology to tap the retail as well as B2B marketplaces through digital agronomy startups.' Read on...
Mohammad Anas Wahaj | 22 sep 2019
Project-based work is resulting in the rise of flexi or contractual staff hiring in India, partcularly in the IT-ITeS (Information Technology and IT-enabled Services) industry. According to the Talent Radar 2019 report by Infosys, the top 5 technical skills in demand for digital projects are - analytics, user experience, automation, IT architecture and artificial intelligence. Indian Staffing Federation (ISF) says that IT-ITeS sector tops flexi-staff adoption with around 12 out of every 100 employees being contractual or flexi staff and, this workforces is expected to grow to 720000 by 2021 from 500000 in 2018. Pankaj Khanna, VP of talent acquisition at Mindtree, says, 'The first advantage of flexi hiring is that demand can be fulfilled faster...Secondly, for requirements that are short term, it makes business sense to leverage the subcontracting/flexi hiring models without increasing the headcount.' U. B. Pravin Rao, COO of Infosys, says, 'As enterprises progress in their digital journeys, the winners will be those who utilize multiple hiring sources and reskill workers in a culture of lifelong learning.' According to Broadband India Forum, the IoT and AI-based applications will create over 2.8 million jobs in rural India over the next 8-10 years generating Rs. 60000 crore every year. Rituparna Chakraborty, President of ISF and co-founder of Teamlease, says, 'With emerging technologies such as AI and big data, new skill requirements are in demand. Flexi staffing is a solution to find out the right skills, based on project requirement.' Sivaram S., engagement manager at Zinnov, says, 'The focus on flexi-staffing is to quickly deploy talent for new-age areas such as AI, Machine Learning, and IoT, and drive velocity/agility in transformative engagements. It can be viewed as a means to augment existing digital engineering workforce in an organization, as there are challenges associated with hiring for specific skillsets.' Siddharth Pai, IT consultant and venture capitalist, says, 'The reason for the proliferation of project-based work, as opposed to long-term contracts is the global slowdown that is leading companies to hire for one-off projects so that they can easily let people off when there is no requirement.' According to Nomura Research, subcontractors are typically 15-20% (more) expensive than employees and are a margin headwind going into FY20F. Apurva Prasad, Research Analyst (IT) at HDFC Securities, says, 'Increase in sub-contracting resulted from a combination of surge in demand and staffing challenges on account of tech supply crunch.' Read on...
Mohammad Anas Wahaj | 05 sep 2019
Healthcare technologies enhance efficiencies, improve access and create informed patient-doctor relationships. Around the globe there is fast-paced adoption of these technologies. India too is undergoing health-tech transformation. According to a 15-country Future Health Index (FHI) 2019 report by Royal Philips, about 76% of healthcare professionals in India are already using digital health records (DHRs) in their practice. Moreover, 80% of healthcare professionals have shared patient information with other professionals inside their health facility, which is equal to 15-country average. India also meets the 15-country average when it comes to the usage of artificial intelligence (AI) within healthcare at 46%. Report also finds that a majority of Indian healthcare professionals who use DHRs in their practice report that DHRs have a positive impact on quality of care (90%), healthcare professional satisfaction (89%), and patient outcomes (70%) when compared to the 15-country average of 69%, 64% and 59% respectively. Rohit Sathe, President of Philips Healthcare (Indian Subcontinent), says, 'The report confirms that digital health technology is a pivotal pillar in delivering value-based care across the healthcare continuum in India. Tools including telehealth and adaptive intelligence solutions can help lower the barriers between hospitals and patients, thereby improving access to care and enhancing overall patient satisfaction, particularity in tier II & III cities in India.' Read on...
Mohammad Anas Wahaj | 27 aug 2019
Researchers from IIT-Madras (Tamil Nadu, India), Prof. Asokan Thondiyath and research scholar Nagamanikandan Govindan, have designed and developed a multimodal robotic system, termed as 'Grasp Man', that has good grasping, manipulation and locomotion abilities. Their research, 'Design and Analysis of a Multimodal Grasper Having Shape Conformity and Within-Hand Manipulation With Adjustable Contact Forces', is recently published in ASME Journal of Mechanisms and Robotics. The robot is fitted with a pair of graspers that provide morphological adaptation, enabling it to conform to the geometry of the object being grasped, and allowing it to hold objects securely and manipulate them much like the human hand. The two graspers are equipped with a robotic platform that provides behavioural adaptation. The robot will have various industrial applications such as pipe inspection, search-and-rescue operations, and others that involve climbing, holding, and assembling. Prof. Asokan says, 'The motivation behind this research is to realise a robot with a minimalistic design that can overcome the need for task-specific robots that are capable of navigating and manipulating across different environments without increasing the system complexity.' Read on...
Mohammad Anas Wahaj | 18 aug 2019
Startups are enabling tech-based transformation of India's retail sector through Android-based smart PoS (Point of Sale) devices. The promise of these devices goes beyond payments and makes supply chain more efficient with data analytics and potential credit scoring. Vicky Bindra, CEO of Pine Labs, says, 'Retailers and merchants from diverse sectors such as electronics, food and beverage, fashion, pharmacy, telecom, and airlines are adopting the new smart PoS machines to improve their efficiencies and enhance consumer's shopping experience.' Praveen Hari of industry association iSPIRT says, 'Today a smart PoS device is not just accepting cards, but they can also provide UPI (unified payments interface) pull transactions, QR codes (displayed on screens), NFC (near-field communication) transactions, wallet transactions, or basically, any payment mode that is available in India.' Ashish Jhina, co-founder of Jumbotail, says, 'Today smart PoS machines can do four key business functions: payment, billing, inventory management, wholesale procurement.' Smart PoS data is also valuable for credit scoring. Mr. Hari explains, 'The GST data itself is good enough for a lender to make a lending decision and the shopkeeper or his FMCG distributor now has an incentive to report all the transactions. The transaction data itself can help a lender make a lending decision.' Manish Patel, CEO of Mswipe, says, 'We have engineered a credit model where when our merchants can borrow money (to make wholesale purchases) from any of our NBFC partners, based on data we provide...In terms of recollection, the merchant can opt to pay back in daily and monthly instalments.' Read on...
Wireless, smart PoS devices revamping India's retail landscape
Author: Salman S. H.
Mohammad Anas Wahaj | 05 aug 2019
People with the twin passion of design and development of new products can transform into design entrepreneurs. They are able to control both the design and business processes. Vijayant Bansal, founder of World University of Design (India), explains what it takes to be a design entrepreneur and explores the shifting landscape of design entrepreneurship in India. He says, 'We are in the midst of a design revolution and increasingly design is gaining a lot of focus...But it's not easy starting from ground zero and working yourself towards achieving credibility, recognition and last but not the least, generating demand. This involves having to create a balance between what we want to create with what the customer wants; what is possible technically and how much of a resource pull will it involve.' Contemporary design entrepreneurship includes new product development, restoring crafts, innovating existing products and providing design services based on new & emerging technologies. Explaining the design revolution, he says, 'Designing is undergoing a metamorphosis, aided by new technologies and digital transformation of today. New and disruptive technologies like Artificial intelligence, IoT, Machine learning etc., are the biggest enablers, disrupting traditional processes and systems, enabling out of the box thinking and new ideas, which in turn reshape the entire user experience.' Universities can play an important role in guiding and mentoring students to pursue design entrepreneurship. Industry experts can also play a role in this and enable students to participate in hands-on training. Virtual products have also expanded the scope of design entrepreneurship with designers engaged in designing and developing games and apps. Design entrepreneurship is the new career paradigm. Mr. Bansal suggests, 'Today the scenario has undergone a sea change, with almost every industry, be it apparel, automobiles, film making, animation, product design or gaming, with design playing an intrinsic role in the entire process from an idea to the end product. It's worth the challenge if financial security and stability are not foremost on your mind and you have the patience and inclination to see through the entire process of making the design-centric idea into a successful venture.' Read on...
The Rise of the Contemporary Indian Design Entrepreneur
Author: Vijayant Bansal
Mohammad Anas Wahaj | 16 may 2019
The research, 'Development of a pathological healthcare system for early detection of neurological gait abnormalities', by Prof. Anup Nandy of National Institute of Technology (Rourkela, India) in collaboration with Prof. Gentiane Venture of Tokyo University of Agriculture and Technology (TUAT, Japan), aims to address human aging utilizing low-cost software solutions to early diagnose neurological gait abnormalities. Anomalies and abnormalities found in a person's walking style are termed as gait abnormalities. As human beings have different anatomical structure depending on age, gender and body-weight, they are prone to various gait abnormalities. Due to lack of awareness of such diseases and problems, the abnormalities get unnoticed at the initial stages. Moreover, the assessment becomes a little less credible without proper software and automation that uses data analysis. Scientists applied high level Machine Learning Algorithms for detection and periodic assessment of abnormalities. The software with the techniques of deep learning detects the various gait (walking) patterns, assess the collected data on specific parameters and the identified data is used in the detection or observing patient's improvements in various abnormalities like Cerebral Palsy, Parkinson's Disease and Equinus gait. Prof. Nandy says, 'As computer science enthusiasts and researchers, it's our responsibility to serve society and contribute to the betterment. This noble approach bridges the gap between Computer Science and Medical Science and is instrumental in the detection and assessment of various diseases. The low-cost software becomes affordable to everyone and can be beneficial to many in general.' Read on...
Monday Morning - NIT Rourkela:
IMPACTING LIVES AND BEYOND: PROF. ANUP NANDY'S RESEARCH ON GAIT ABNORMALITIES
Author: Animesh Pradhan
Mohammad Anas Wahaj | 09 apr 2019
According to the recent report 'India Digital Ad-fraud Market 2018' by techARC, the total size of digital ad-fraud in India stood at staggering US$ 1.63 Billion, which is 8.7% of the global size. The report projects 23% increase in digital ad-fraud in 2019. Digital Commerce contributed more than half 51% of the total ad-fraud in India. While, Leisure & Travel (26%), Entertainment & Gaming (13%), Banking & Finance (8%), Healthcare & Pharma (1%) and Others (1%). Although, App Fraud contributes to over 85% of the total digital ad-fraud, the organizations should not ignore the web platforms. Web platforms are more susceptible to frauds as in several organizations the digital teams are primarily focusing on the app, leaving the web space vulnerable. As video is increasingly becoming the preferred medium of content, it is also attracting fraudsters to exploit this advertising channel. The report finds that businesses who have an ad-fraud solution in place are better equipped to have higher levels of customer engagements. Faisal Kawoosa, Founder & Chief Analyst at techARC, says, 'Digital ad-fraud is getting increased attention from the C-level leadership of evolved organisations, where it is no longer an agenda of a CDO or CMO. The impact of digital ad-fraud now goes beyond diminishing the returns on marketing spends and can jeopardize the entire digital transformation journey hampering Brand Equity, Relevance and Positioning among other ramifications.' Read on...
Mohammad Anas Wahaj | 07 apr 2019
Biotechnology is expected to be the next big thing for the Indian economy, just like the IT industry has been, explains Amit Kapoor, President & CEO of India Council on Competitiveness and Honorary Chairman at Institute for Competitiveness. According to him, '...biotechnology industry seemed poised to take over the mantle. In the span of a decade beginning in 2007, the industry has grown exponentially in size from about US$ 2 billion to over US$ 11 billion in terms of revenue. By 2025, it is targeted to touch US$ 100 billion.' In the past, both Green Revolution (agricultural transformation) and White Revolution (dairy sector transformation) became successful because of the contributions from biotechnology. At present India's rising competitiveness in pharmaceuticals is also the result of biotechnological advancements and research. Moreover, energy needs of rural areas are also met by biomass fuel, produced through application of biotechnology. Mr. Kapoor explains evolution of biotechnology in India, 'As early as 1986, Rajiv Gandhi, recognising the potential of biotechnology in the country's development, set up the Department of Biotechnology...Department of Biotechnology has set up 17 Centres of Excellence at higher education institutions across the country and has supported the establishment of eight biotechnology parks across different cities...Biotechnology Industry Research Assistance Council (BIRAC) in 2012, which has successfully supported 316 start-ups in its six years of existence...As of 2016, India had over a thousand biotechnology start-ups.' According to Mr. Kapoor, the sector faces many challenges and they need to be addressed effectively and promptly - (1) India's research and development expenditure is quite low at 0.67% of GDP, not only compared to mature biotechnology economies such as Japan and the US (around 3%) but also in comparison to emerging economies like China (around 2%). (2) Specific to the biotech pharmaceutical sector, there are a few India-specific challenges with the country's IP regime. There are two main areas of contention for the industry in India's approach to intellectual property. The first issue lies in Section 3(d) of the Patents (Amendment) Act, 2005, which sets a higher standard for patentability than mandated by TRIPS. The industry argues that India's stricter standards for patents discourages innovation and dampens foreign investment. The second issue is that of compulsory licensing, which gives the government power to suspend a patent in times of health emergencies. Although India has used this option only once, the industry feels that such regulations keep investors clear of Indian markets. (3) Another challenge lies in the risk involved in the Valley of Death, that is, the risk of failure in the transition of innovative products and services from discovery to marketisation. Most of the early research funding, often provided by universities or the government, runs out before the marketisation phase, the funding for which is mostly provided by venture capitalists. It becomes difficult to attract further capital between these two stages because a developing technology may seem promising, but it is often too early to validate its commercial potential. This gap has a huge impact in commercialisation of innovative ideas. Read on...
The Economic Times:
Why biotechnology can be Indian economy's next success story
Author: Amit Kapoor
Mohammad Anas Wahaj | 06 apr 2019
India is a diverse economy with a large population size. The availability of correct data is a challenge. But there are reliable and free sources that contain datasets and data visualisations of the Indian economic scenario that can be utilized by data scientists - (1) NITI Aayog (Salary Expenditure): It is part of data.gov.in website. An expense or expenditure made to the employees for their work in terms of salary is known as Salary expenditure. It is an outflow of money from the Government for different services. The Data contains Actual, Pre-actual and Budgeted Expenditure for Salary expenditure, total expenditure, Revenue Expenditure, Salary expenditure as percentage of revenue expenditure (net of IP & Pension) and Salary expenditure as percentage of total expenditure of states & union territories. (2) Open Budgets India (openbudgetsindia.org): The portal provides budget information of different tiers of government in India (Union Budget, State Budgets, and Budgets of several Municipal Corporations across the country) in accessible and open (non-proprietary) formats. The four major features of the portal, as of now (in the beta version), are - Budget documents (i.e. the original PDF documents); Machine Readable Datasets (for those budget documents, where it was technically feasible to prepare machine readable datasets); Visualizations (or infographics) generated from the machine readable datasets; and Budget basics (for greater familiarity with budget concepts, processes and documents). The portal includes twelve broad sectors that represent Union and State Budget expenditure on both Economic Services and Social Services. It has 10.6k datasets from 509 budget sources. (3) Ministry Of Statistics (Indian Income Tax): It is part of data.gov.in website. The data refers to details on receipts under income tax from 2000-01 to 2011-12 in head of account such as Minor Head-Other Receipts, Minor Head-Surcharge, Penalties, Interest Recoveries, Primary Education Cess, Secondary and Higher Education Cess. (4) NITI Aayog (Manufacturing GDP): It is part of data.gov.in website. The data refers to information on contribution to manufacturing GDP in the 11th Five-Year Plan and employment in 2009-10 in different segments of the manufacturing sector. It projects employment in 2016-17 and 2024-25 in different segments of manufacturing in two different scenarios. (5) Ministry Of Finance (Statistical Appendix): It is part of the Economic Survey. Website is mofapp.nic.in:8080/economicsurvey. Includes Economic Survey 2017-18 and previous ones. The Statistical Appendix has following sections along with their sub-sections - National Income and Production; Budgetary Transactions; Employment; Monetary Trends; Prices; Balance of Payments; Foreign Trade; External Assistance; Human Development Indicators. Data files can be downloaded in Excel and PDF formats. (6) Ministry of Finance - Department Of Economic Affairs (Trade Balance Of India): It is part of data.gov.in website. The trade balance is the difference between the monetary value of exports and imports of output in an economy. It is one of the most important macroeconomic parameter. Data contains Exports, Imports and Trade Balance of India (in Rs Crore and US$ Million) from 1949-50. It also contains the percentage rate of change of exports as well as imports with respect to the previous year. The data has been provided by Department of Economic Affairs. (7) The World Bank (data.worldbank.org/country/india): Includes time series data on variety of topics like GDP, Population, School Enrolment, CO2 Emissions etc. DataBank is an analysis and visualization tool. (8) IMF DATA (data.imf.org): It provides access to macroeconomic and financial data. Asia and Pacific Regional Economic Outlook (APDREO) provides information on recent economic developments and prospects for countries in Asia and Pacific. India is included in this region. Read on...
Analytics India Magazine:
8 Free Resources On Indian Economy You Can Use For Your Data Science Projects
Author: Ram Sagar
Mohammad Anas Wahaj | 18 mar 2019
According to the recent NASSCOM CEO survey of 100 participants from IT and ITES sector, majority agreed that 2019 will have large digital deals and to gain part of this they consider making investments into products and platforms and intend to co-innovate with start-ups to build digital capabilities as a priority. In 2018, 40 global capability centers were opened in India and the number of digitally skilled workers has increased to 6 lakh. Industry leaders discussed the emergence of India as a preferred hub of new age innovation in the digital era at NASSCOM's Technology and Leadership Forum. Whether it is creation, storage or analytics, data is the big thing along with artifical intelligence or machine learning. Nivruti Rai, Country Head of Intel India, says, 'The two most important technologies which are critical from Intel's perspective are artificial technology and 5G transmission technology.' Sashikumar Sreedharan, Managing Director of Microsoft India, says, 'The fundamentals of technology, like services innovation and supportability in an automatic and self sustainable manner over the full lifecycle are some of the areas where innovation is happening at Microsoft.' Chetan Garga, Managing Director and Country Head of All State Insurance India, says, 'Business is driving innovation but also technology is driving businesses to do things differently, it's a two-way flow.' Innovation is critical and most business leaders agree that meeting the expectations of customers in the real world and understanding their needs is where the convergence lies. India with 1 billion population, large data size along with its complexity can become a test lab for the world. Pankaj Phatarphod, Managing Director & Country Head of Services at Royal Bank of Scotland (RBS), says, 'If it works in India It can work anywhere...I wish we had more applied research and smarter talent.' Read on...
India emerges as a preferred hub of new-age innovation
Author: Rukmini Rao
Mohammad Anas Wahaj | 08 jan 2019
According to the 'Global Highly-Cited Researchers 2018 List' by Clarivate Analytics, India has only 10 researchers among the world's 4000 most influential researchers. Even though India has many globally renowned institutions, but it lacks breakthrough research output. Top three countries in the list are - US (2639), UK (546), China (482). Prof. CNR Rao, world renowned chemist from Jawaharlal Nehru Centre for Advanced Sciences and named in the list, says, 'About 15 years ago, China and India were at the same level, but China today contributes to 15-16% of the science output in the world, while we currently contribute only 4%.' Prof. Dinesh Mohan, environmental science academic at JNU and included in the list, says, 'Areas such as climate change, water and energy are areas where research is more relevant nowadays. Where you publish your work is also important for impact.' Dr. Avnish Agarwal, also named in the list, says, 'We need to improve our research ecosystem...There is a lack of focus on quality research in Indian academia. If teachers do not do high-quality research, they will not be updated with new developments.' Others in the list are - Dr. Rajeev Varshney (Agriculture researcher at International Crops Research Institute for the Semi-Arid Tropics-ICRISAT); Dr. Ashok Pandey (Researcher at the Indian Institute of Toxicology Research); Dr. Alok Mittal and Dr. Jyoti Mittal (Researchers in environmental science, water treatment, green chemistry and chemical kinetics at the Maulana Azad National Institute of Technology); Dr. Rajnish Kumar (Researcher and professor at IIT Madras's Department of Chemical Engineering); Dr. Sanjeeb Sahoo (Researcher in nanotechnology at the Institute of Life Sciences); Dr. Sakthivel Rathinaswamy (Professor and researcher in Applied and Computational Mathematics at Bharathiar University). Read on...
ONLY 10 AMONG THE WORLD'S TOP 4000 INFLUENTIAL RESEARCHERS ARE INDIAN: REPORT
Mohammad Anas Wahaj | 31 dec 2018
In India there are central government run healthcare institutions, public state run institutions and private medical colleges that provide modern healthcare education mainly the four year degree MBBS and after that post-graduate degrees of MS and MD. India also have a number of institutions that provide degrees in other healthcare systems like Ayurveda (BAMS), Unani-Greek (BUMS), Homoeopathy (BHMS), Naturopathy etc. Moreover, there are vocational training institutes that provide skills and courses to develop other medical staff like nurses, health assistants etc. There are also corporate run and other private medical colleges and universities and training institutes. India's healthcare facilities are generally concentrated in urban areas while rural areas are generally served by public hospitals and centers. Private clinics are also present in both rural and urban areas. They are generally run by a single doctor or doctor couple and provide basic healthcare. Diagnostic centers are spread all over due to technological advancements and compact and affordable equipments. Healthcare has major disparities between urban and rural areas when it comes to healthcare access. Healthcare has become one of India's largest sectors - both in terms of revenue and employment. The industry comprises public and private hospitals, pharmaceutical companies, pathology and diagnostics, medical devices industry, clinical trials, outsourcing, telemedicine, medical tourism, health insurance and medical equipment. The public sector constitutes primary health centers, central research centers and hospitals, state-run research institutes and hospitals etc. The private sector provides majority of secondary, tertiary and quaternary care institutions with a major concentration in metros, tier-I and tier-II cities. According to National Family Health Survey-3, the private medical sector remains the primary source of health care for 70% of households in urban areas and 63% of households in rural areas. Rise of technology is creating new business models in the healthcare industry. Healthcare through smart phones and fitness trackers is new trend. Information technology is automating and streamlining various healthcare processes. Big data is creating new ways of improving healthcare delivery. Startups in India are promising to provide best healthcare at affordable cost more effectively. Latest healthcare equipment is not only imported but also manufactured in India. Digital technologies are enhancing every aspect of healthcare. Technology solutions are able to modernise current medical practices, reduce costs, eliminate any duplication of tests as well as streamline processes and update medical records in real time. Modern technology has great potential to increase access of healthcare services in rural communities, especially the ones where there is serious shortage of doctors. India has demonstrated since long a commitment to offer comprehensive healthcare to all citizens. This has been reaffirmed in the 12th Five-year Plan, National Health Assurance Mission, and more recently through Ayushman Bharat Program. However, the challenges remain and this goal has not been achieved as of yet. There are two critical components of successful healthcare systems. One is the financial aspects whereby citizens are protected against any eventuality and don't get into penury due to health spending. Second is the provision and delivery of healthcare services. It is imperative to ensure that healthcare infrastructure is sufficiently equipped to provide effective healthcare when needed by its citizens. Technology, public-private partnerships, access and affordability are the critical component in the future of India's healthcare. Better healthcare with policy, financial and physical framework will bring long-term benefits to the nation. Develop effective mechanisms to improve general health, and disease prevention strategies through campaigns, advocacy etc. To make India's citizens more aware about their health, inculcate better sanitization and cleanliness habits will help to improve overall health of India. Prevention before cure becomes the key for the country with the size and demographic profile like India. Health aware citizens, trained, sensitive and caring medical staff, cutting edge technologies and modern infrastructure, are the golden elements for a healthy future of India. Read on...
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