Category Archives: Education

NATIONAL: BEACON of INDIA INC. : Ratan Tata family tree: From Jamsetji Tata to Maya Tata, know all the members here

Ratan Tata Family tree: Here’s a look at the family lineage of the Tatas.

Ratan Tata complete family Tree: Ratan Naval Tata, chairman emeritus of Tata Sons, passed away at Breach Candy Hospital in Mumbai Wednesday night. He was admitted following age-related health issues and was undergoing treatment at the hospital. Tata, a beacon of India Inc, steered his group amid India’s economic liberalisation and, subsequently, guided its global expansion.

Conferred with the Padma Vibhushan, Tata was considered one of the greatest philanthropists in the country who touched lives of millions through his work in the field of healthcare, education, drinking water and many other areas.

Here’s a look at the family tree of the Tatas

Jamsetji Tata, the founder of the Tata Group was born to Nusserwanji Ratan Tata and Jeevanbai Kavasji Tata, in 1939. apart from Jamsetji, Nusserwanji had four other children — Ratanbai, Maneckbai, Virbaiji, Jerbai.

Born into a family of Parsi priests, Jamsetji broke the tradition as he started his own trading firm in 1868 at a young age of 29. He started with a textile mill in central India in the 1870s. His vision later set the foundation for technical education in India and helped the nation to be counted among the industrialised nations.

Jamsetji married Hirabai Daboo and had three children — Sir Dorabji Tata, Dhunbai Tata and Sir Ratan Tata. 

Dorabji, the elder son of Jamsetji, was instrumental in translating his father’s vision into reality. It was under his leadership that the Sir Dorabji Tata Trust was created, propelling the Tata tradition of philanthropy. Jamsetji’s younger son, Ratan, was a philanthropist who created a trust to fund educational development, alleviate human sufferings and other public utility works.

Sir Ratan Tata married Navjbai Sett and adopted Naval H Tata. Naval married Sonoo Commisariat and had two sons — Ratan N Tata and Jimmy N Tata. But Naval and Soonoo divorced when Ratan N Tata was only 10 years old. Naval later married Simone Dunoyer and with her, had a son, Noel Tata. Noel is Ratan and Jimmy’s half brother.

While Ratan and Jimmy never married, Noel tied knot with Aloo Mistry, sister of late Cyrus Mistry, who served as Chairman of Tata Group. Noel and Aloo have three children — Leah Tata, Maya Tata and Neville Tata.

Neville is married to Manasi Kirloskar and together they have two children – Jamset Tata and Tiana Tata.

Again, Jeevanbai Kavasji Tata’s brother Dadabhai Kavasji Tata (adopted son of Kavasji Maneckji Tata) had a son with his wife Bhikhibai. Dadabhai’s son Ratanji Dadabhai Tata married a French woman Suzanne Briere. They had five children — Syla Petit, Jehangir Ratanji Dababhai Tata, Rodabeh Tata, Darab Tata and Jimmy Tata. 

Jehangir or JRD Tata, who went on to become Tata Chairman, pioneered civil aviation on the subcontinent in 1932 by launching the airline which is now known as Air India.

source/content: indianexpress.com (headline edited)

NATIONAL: INNOVATION for VISUALLY IMPAIRED : ### Umang Sharma, an 11th Grader, Creates Affordable Keyboard for the visually impaired using AI

Umang Sharma, a junior student of Class 11 at Princeton Day School, has developed an affordable keyboard for the visually impaired using artificial intelligence (AI). His interest in AI, robotics, and engineering, coupled with his passion for coding, led him to improve Braille technology with the help of experts. His success in creating this innovative keyboard is a result of his deep interest in computer building and technology.

Globally, around 284 million people are visually impaired, 39 million of whom are completely blind. A staggering 70% are unemployed, and 90% are illiterate, which significantly limits their opportunities. Umang’s journey began when he discovered that Braille keyboards cost over $7,000, a price he found to be unaffordable for many. Realizing the need for a cheaper alternative, he conducted research but found no better options.

A significant challenge faced by the visually impaired is the lack of access to technology, which contributes to high unemployment and illiteracy rates. Umang identified this as a vicious cycle, where the inability to afford technology like Braille keyboards prevents visually impaired individuals from securing jobs, yet employment is necessary to purchase such tools.

Current market solutions for Braille keyboards include audio keyboards built into operating systems, physical Braille devices, and one-time-use stickers for standard keyboards. After analyzing these options, Umang identified key issues, such as high cost, usability, and durability. He designed prototypes, consulted Braille experts, and made improvements to address these shortcomings.

The result is an affordable, user-friendly keyboard for the visually impaired, priced at just $10, and nearly free if donated keyboards are used. The keyboard utilizes 3D-printed keys that are durable and can be easily attached to any keyboard.

Umang presented his project at two workshops held at the National Blind Association, Delhi, and the Silver Lining Blind School, where visually impaired youths from underprivileged backgrounds tested the keyboard. The feedback confirmed the effectiveness of the design, particularly for blind students and young children learning Braille. The keyboard helped improve their typing speed and key recognition, proving to be a faster alternative compared to conventional keyboards that require pressing each key to find the right one.

The National Blind Association, Delhi, praised Umang’s efforts, and the Silver Lining Blind School expressed gratitude for his dedication and hard work in serving the visually impaired. Umang has donated over 20 keyboards and is working on providing more units, benefiting over 250 students.

Following this success, Umang plans to distribute his innovative Braille keyboards to blind schools globally and has founded a non-profit organization called “Zedable” to support his mission.

source/content: pressnote.in (headline edited)

INTERNATIONAL: CHINESE VISITOR to INDIA IN 629 CE : Xuanzang – The early visitor to Nalanda, all the way from China. Excerpts of William Dalrymple’s latest Book – ‘The Golden Road: How Ancient India Transformed the World’

Xuanzang’s epic journey to one of India’s largest early centres of learning. An excerpt from William Dalrymple’s latest book ‘The Golden Road: How Ancient India Transformed the World’.

Late in the autumn of 629 CE, a tall, well-built man, twenty-nine years old, set off on foot from the walled capital city of Chang’an. He was heading westwards, towards the wastes of the Taklamakan desert and beyond that, so he hoped, over the peaks of the Pamirs.

In many ways the walker could not have chosen a worse time to set off on such an ambitious journey. The country was still in the middle of a civil war, and robbers and brigands haunted the unpoliced roads. To make matters worse, there was also a ban on citizens leaving the country, part of an attempt by the new Tang authorities to stop people joining the insurgent groups lurking in the western border country. But the walker was no rebel. Instead he was an urbane and learned monk, ordained into one of the most philosophical of the Mahayana Buddhist orders.

Xuanzang wanted to travel to the source of the religious tradition to which he had given his life. Specifically, he wanted to enrol at the great Indian Buddhist monastery and university of Nalanda. There he wished to study the manuscripts held in the largest Buddhist library in the world. Nalanda, however, lay 3,000 perilous miles south-west of Chang’an, and getting there would be no easy task, particularly as the Tang authorities had just turned down his application for a travel permit.

Not only was it a time of violent upheaval, it was also the year of a great famine, and there was every likelihood that if the authorities or the brigands did not stop Xuanzang, starvation would. But the monk was well used to taking risks. Although he had been born into a family of elite Confucian scholars and public officials — his great-grandfather had been Governor of Shandong and his grandfather was the head of the Imperial College at Beijing, in reward for which the Emperor had endowed the family with the revenues of an entire town — it was nevertheless Xuanzang’s fate to live in the violent and fractured period between two great dynasties. One, the Sui, was falling and the other, the Tang, had yet fully to establish itself.

Xuanzang’s father, a “brilliant and elegant man, with bright eyes, who used to dress himself in the manner of a Confucian scholar”, reacted to the disintegration of his world by immersing himself in the classics. “Anticipating the fall of the Sui, he
buried himself in his study with his books. Many offers of distinguished
positions were pressed on him, which he persistently refused.”

After his death, two of his sons became Buddhist monks, hoping to find within themselves a peace that was notably absent in the world around them. But there was no escape from the endemic violence. In 618, aged thirteen, Xuanzang and his elder brother had had to flee for their lives through the fields along the Yellow River after their monastery in Luoyang was threatened. At this time, according to Xuanzang’s friend and biographer Huili, “the House of Sui lost power, and the country fell into a great turmoil”.

The imperial capital became a nest for brigands like Zhe the Bandit, and the region between the Yellow River and the Luo river turned into a cavern for men as brutal as jackals and wolves. Civilisation collapsed, and the Buddhist community dispersed. White skeletons were scattered at crossroads and the region was depopulated;
no smoke drifted from cooking fires.

Xuanzang was deeply troubled. It was not just that society was disintegrating in front of his eyes; he was worried that the Buddhist tradition he lived and studied was deeply corrupted too. He could see that the texts he used were full of errors and discrepancies. “When he compared editions of the holy scriptures,” wrote Huili, “they showed differences either vaguely or manifestly, so that he was at a loss to decide which of the theories he should follow.” Despite risking his life travelling through the burning countryside from monastery to monastery in search of Buddhist masters who could resolve these inconsistencies, he found none who could adequately answer his questions. Xuanzang felt a growing need “to make further specialised studies and to resolve the contradictions… Thus he resolved to travel to the West, to India, to clear his doubts.”

He had heard that the university monastery of Nalanda contained the fullest and most complete collections of the texts of the tradition known as Yogacara, a spiritual path first outlined by the Gandharan monk Asanga, at the dictation of the Bodhisattva Maitreya, or so the monks maintained.

Asanga maintained that our experience of the world is nothing but an illusion, a misleading creation of our own consciousness. Xuanzang believed the writings of Asanga’s Yogacara school to be the peak of all Buddhist thought, and the one which had preserved the most profound and authentic secrets of his own Mahayana tradition. In particular Xuanzang wished to seek out one specific manuscript — the Yogacarabhumi, “Treatise on the Stages of Yogic Practice”. This was a text for which Xuanzang had been searching all his adult life.

Xuanzang had also heard that at Nalanda the supreme master of Yogacara, a 106-year-old scholar called the Venerable Shilabhadra, was still teaching and, despite his age, taking on new pupils. Ignoring the many dangers, Xuanzang resolved to set off westwards, knowing that centuries earlier other Chinese monks such as Faxian had successfully made the same journey and returned alive, even leaving brief accounts of their journeys. “As the road was obstructed and long,” wrote Xuanzang, “the transmission [of Buddhism to China] was still incomplete… Secretly praying for spiritual protection, I determined to go out from the land of my birth and throw myself into the realm of ten thousand deaths. When passing in the footsteps of the Buddha, I paid my respects to the numinous [presence] he left behind. If there were people who propagated the dharma, I sought out their authentic teaching. When I passed through a place, I was moved to see what I had never seen before. When I encountered a word, I rejoiced at hearing what I had never heard before. In this way, I exhausted my life’s resources to copy texts that were missing at home.”

Xuanzang’s sixteen years of travels, and the different accounts that he, his biographer Huili and his various followers and correspondents have left of his journey, bring to light an entire world that is otherwise lost in shadow and archaeological ambiguity. It is not just that we find ourselves able to draw on a sudden glut of well-verified letters to and from Xuanzang and his learned correspondents; we also have Xuanzang’s own travel book, The Great Tang Dynasty Record of the Western Regions, the most comprehensive account of seventh-century Central Asia and India ever produced, and written with all the care of a sceptical scholar who was unusually scrupulous in matters of fact. “Although it was difficult to exhaustively verify all matters,” he wrote in a postscript, “I never resorted to speculation.” Most remarkable of all, at over 80,000 characters, Huili’s biography, written during his master’s old age and completed after his death, is the fullest single biography to survive from pre-modern China.

These different sources illuminated the intellectual and spiritual bedrock of the Indian ideas that were finding their way over the mountains and deserts and coming to change the way people in China lived and thought. It is one of the richest moments of cultural and philosophical interaction in world history. In the course of China’s first really intimate encounter with an equal civilisation, not only did Buddhism profoundly transform China, bringing about a massive metamorphosis of its arts, history, society and culture at both popular and court levels; at the same time, and no less profoundly, Buddhism was changed and moulded by China.

No one really knows when Buddhism first reached China. Xuanzang himself believed that it had arrived as a result of “a dream of the Emperor of the Han dynasty”. According to this legend, the Chinese Emperor Ming (r.58-75CE) had a vision of a golden being who had a nimbus behind his head that shone like the sun. The Emperor asked his advisers about this strange apparition and was told that in the west there was a deity named the Buddha. “As a result,” wrote Xuanzang, “envoys were sent to the West, and consequently the Right Dharma was transmitted.”

Excerpted with permission from ‘The Golden Road: How Ancient India Transformed The World’ by William Dalrymple, published by Bloomsbury

source/content: telegraphindia.com (headline edited)

NATIONAL: IT TECH BENEFITS :Adobe Express adds support for eight Indian languages, new features

Content creators in India can leverage Adobe Firefly powered GenAI features in Adobe Express to create localised videos, flyers, banners, logos, and more.

Adobe Express

Adobe has added Indian language updates to its content creation app Adobe Express. According to the company, the interface for Adobe Express on Desktop Web and mobile is now available in Hindi, Tamil, and Bengali. Furthermore, the Translate feature in Adobe Express for Desktop Web now supports eight Indian languages, including Hindi, Bengali, Gujarati, Kannada, Malayalam, Punjabi, Tamil, and Telugu.

Content creators in India can leverage Adobe Firefly powered GenAI features in Adobe Express to create localised videos, flyers, resumes, banners, logos, and more.

What are the new features?

With local language capabilities in Adobe Express, users will be able to create a wide range of content in eight Indian languages. Local language users will now be able to navigate the tool with ease, improve productivity, and browse relevant features and templates, leading to quicker task completion, said Adobe.

Furthermore, users can easily translate text across single and multiple-page files, eliminating the need for manual translations and external tools. However, the Translate feature is a premium offering but is  currently available for free for a limited period.

Also, the user interface is now available in Hindi, Tamil, and Bengali. Users can selectively control which text elements are translated as per their need.

Govind Balakrishnan, senior Vice President, Adobe Express and Digital Media Services, said “With millions of active users, Adobe Express is seeing rapid adoption in India, and we’re excited to double down on this diverse market’s fast expanding content creation requirements by introducing user-interface and translation features in multiple Indian languages.”

The Adobe Express Free plan is available for free on web and mobile apps.

source/content: moneycontrol.com (headline edited)

NATIONAL: DRONE PATENTS: Patent Granted: Path-Breaking Drone Technology Developed by Anna University Researchers to Revolutionise Package Delivery Applications

A path-breaking technology has been developed by the researchers at the Madras Institute of Technology, Anna University, Chennai that may open up a new era of drone operations.

The airborne-based intelligent autonomous landing system for mini-Unmanned Aerial Vehicles that come with accurate identification of geographical location of landing sites from the plurality of images captured has been granted patent by the Indian Patent Office, Intellectual Property India.

“The technology would immensely help in the delivery/pick up of load such as weapons, ammunition, medicines, food etc. to armed forces deployed along hilly terrains or inaccessible locations along the border,” said Dr K. Senthil Kumar, Professor and Director, Dr Kalam Advanced UAV Research Centre, Department of Aerospace Engineering, MIT,

The system developed by his team of researchers is capable of not only finding the precise location of a marker like a particular coloured dress or object on the site and land there safely even if it were to be a hilly terrain with uneven surface and slope. At present, existing UAVs were designed to land at a pre-determined well prepared plain surface locations,

Dr Senthil Kumar explained, “Once the landing site is identified, the position coordinates are obtained and UAV lands at the target including moving platforms. Further, QR code can also be used to enhance reliability. The efficiency of the UAV landing system is increased, landing time is reduced, and the complete process is on-board and autonomous using AI and deep learning algorithms. The system is particularly useful for Beyond Visual Line of Sight (BVLOS) applications.”

According to Dr Senthil Kumar, the UAV landing system could be utilised in high-altitude logistics drones to assist armed and border security forces in day-to-day essential supplies delivery to border posts, emergency relief and rescue operations or delivery of certain goods to strengthen combat missions.

“We now have UAVs with the capability to fly up to 50 kg load to 20 km. Efforts are on to enhance the load to 100 kg and flying distance to 50 km,” he added.

Highlighting the UAVs utility, Dr Senthil Kumar said, besides defence, firefighting and surveillance operations, the intelligent autonomous landing system for mini-Unmanned Aerial Vehicles could also be used for civilian missions such as organ/medicine delivery in healthcare, product delivery in e-commerce etc.

“The invention marked a significant breakthrough in drone technology as it would revolutionise the package delivery applications. The existing delivery methods were done only by way of airdrop from certain altitudes,” he remarked.

source/content: raksha-anirveda.com (headline edited)

INTERNATIONAL: SCIENCE – RESEARCH & DISCOVERY: Living walls: Indian student Prantar Tamuli develops carbon capturing building material in University College London(UCL)

Tamuli developed the C-ELM under the guidance of research supervisors during his MSc in Bio-Integrated Design, even innovating new methods to culture cyanobacteria at home during the Covid-19 lockdown in London.

An Indian student at University College London (UCL) has developed an innovative construction biomaterial that utilises living microorganisms to remove carbon dioxide from the atmosphere, potentially revolutionising the building industry’s carbon footprint.

Prantar Tamuli, a Master’s student in UCL’s Biochemical Engineering Department, recently introduced this material as part of an art installation at St Andrews Botanic Garden in Scotland.

The biomaterial, known as a cyanobacterial engineered living material (C-ELM), incorporates living cyanobacteria within translucent panels that can be mounted on the interior walls of buildings. As the microorganisms grow through photosynthesis, they capture carbon dioxide from the air.

“My goal with developing C-ELM is to shift the construction of our future human habitats from being a significant carbon-emitting activity to one that actively sequesters carbon,” Tamuli was quoted as saying by news agency PTI.

Through a process called biomineralisation, the captured CO2 is converted into calcium carbonate, effectively trapping the carbon.

A kilogram of C-ELM can capture up to 350g of carbon dioxide, while the same amount of traditional concrete would emit approximately 500g of CO2. A wall covered with 150 square metres of these panels could sequester about one tonne of carbon dioxide.

“The potential of this biomaterial is immense. If scaled up and widely implemented, it could significantly reduce the construction industry’s carbon footprint,” said Professor Marcos Cruz of UCL’s Bartlett School of Architecture and co-director of the Bio-Integrated Design Programme, according to the report by PTI.

Tamuli developed the C-ELM under the guidance of research supervisors during his MSc in Bio-Integrated Design, even innovating new methods to culture cyanobacteria at home during the Covid-19 lockdown in London.

Dr Brenda Parker, co-director of the Bio-Integrated Design Programme, added, “By breaking down traditional disciplinary barriers, we can enable breakthroughs like these. Biotechnology is now in a position to transform sustainable design and construction,” PTI reported.

Inspired by studying stromatolites—ancient structures formed by algal mats—Tamuli focused on the cyanobacteria species *Kamptonema animale*, which grows in long strands that easily bind to surrounding materials within the panels. The calcium carbonate produced by the cyanobacteria strengthens and reinforces the panels.

These panels offer multiple benefits for buildings, including being lightweight, sound-absorbing, translucent enough to allow light to pass through, and thermally insulating to improve energy efficiency.

The first panels were publicly displayed inside the “Bioscope” pavilion at St Andrews Botanic Garden, showcasing low-carbon, nature-inspired construction methods designed by the collective Studio Biocene. A patent for C-ELM technology has been filed by UCL’s commercialisation company, UCL Business.

source/content: indianexpress.com (headline edited)

NATIONAL: PARTITION HISTORY : Coventry University to digitise India’s post-partition heritage

A university is set to preserve digitally more than 20,000 pictures, prints and documents from the post-partition period in India.

Led by Coventry University, two decades of India’s history, from 1947, will be digitised from a collection housed at Hamilton Studios in Mumbai.

The collection contains more than 600,000 objects from nearly a 100 years of Indian heritage – including partition, which ended two centuries of British colonial rule and divided the subcontinent into two separate nations: India and Pakistan.

The project will specifically preserve items – including passport photographs and invoices – for the period up to 1967.

The collection also includes film negatives, test prints, and legal documents.

The project was inspired by Coventry Digital – an online archive of the city containing more than 70,000 local images, videos and documents.

Ben Kyneswood, professor at Coventry University’s Research Centre for Creative Economies, will collaborate with Hamilton Studios to digitise the images.

He said: “The success of Coventry Digital has demonstrated the power of digital technology in preserving and sharing cultural narratives.

“I am eager to extend this legacy to the preservation of India’s cultural heritage, ensuring that future generations have access to these invaluable historical records.”

A university spokesperson said the archive will aim to capture migration stories to “bridge historical divides, foster cultural preservation and illuminate how the partition continues to shape the stories of India and its people.”

source/content: bbc.com /shannen headley (headline edited)

NATIONAL: RESEARCH – SCIENCE & TECHNOLOGY: Indian Scientists Make Major Breakthrough In Quantum Cryptography

Quantum cryptography, also known as quantum encryption, refers to various cybersecurity methods for encrypting and transmitting secure data based on the naturally occurring and immutable laws of quantum mechanics.

In a major breakthrough, a team of Indian scientists has created a user-friendly way to generate unpredictable random numbers crucial for stronger quantum data encryption and provide robust cybersecurity, the Ministry of Science & Technology has said.

Quantum cryptography, also known as quantum encryption, refers to various cybersecurity methods for encrypting and transmitting secure data based on the naturally occurring and immutable laws of quantum mechanics.

The Raman Research Institute, Bengaluru, which is an autonomous institute of the Department of Science and Technology (DST), performed a photonic experiment to demonstrate a violation of what is called the Leggett Garg Inequalities (LGI) — a litmus test for “quantumness” in a system in a loophole-free manner.

The team carried out extensive research in collaboration with researchers from the Indian Institute of Science (IISc), Bengaluru, IISER-Thiruvananthapuram and the Bose Institute, Kolkata to use such LGI violation in a completely unexplored domain — truly unpredictable random number generation, secure against device tampering and imperfections.

These numbers are crucial in applications like cryptographic key generation, secure password creation and digital signatures, among others.

With further engineering interventions and innovations, devices adopting this method could find powerful applications not only in cybersecurity and data encryption but also in diverse areas like economic surveys and drug designing/testing.

“We have successfully generated random numbers using temporal correlations certified by the violation of the Leggett Garg Inequality (LGI),” said Professor Urbasi Sinha, faculty at the QuIC lab at Raman Research Institute, and the corresponding author of the paper published in the Physical Review Letters.

“Our experimental setup ensures a loophole-free violation of LGI, providing an additional advantage of generating loophole-free randomness,” Professor Sinha added.

According to the researchers, this new method offers the enhanced protection “we all need in our daily lives, by using truly random numbers to generate keys that will be used to encrypt the passwords”.

There are several advantages to generating certified random numbers using this method.

“These include the creation of strongly protected passwords, enhanced account security by resisting brute-force attacks, ensuring uniqueness, integrity thereby preventing forgery and token generation with multi-factor authentication, adding a crucial security layer in this vulnerable cyber world,” explained Dr Debashis Saha, IISER Thiruvananthapuram faculty and co-author of the study.

The experiment generated over 9,00,000 random bits at a rapid rate of nearly 4,000 bits/second.
 

(Except for the headline, this story has not been edited by NDTV staff and is published from a syndicated feed.)

source/content: ndtv.com (headline edited)

INTERNATIONAL: MIDDLE EAST/ QATAR: India Book of Records recognises Mikhail Vincent Paul, of Birla Public School Doha, a prodigy

In a jaw-dropping feat, Mikhail Vincent Paul, a budding paleontologist and a grade three student at Birla Public School, has roared into the spotlight by identifying a staggering 202 dinosaurs in a mere 2 minutes and 48 seconds.

This remarkable achievement has secured Mikhail a coveted spot in the Asia Book of Records and the India Book of Records affirming his position as a dino-legend in the making.

At the tender age of 7 years and 11 months, this young explorer’s passion for prehistoric creatures has propelled him into the limelight, capturing the hearts of dinosaur enthusiasts globally.

The astonishing accomplishment unfolded during a special event organised by the Asia Book of Records on February 4, 2024, where he showcased an encyclopedic knowledge of dinosaurs that left spectators in awe.

The family, teachers, and peers alike are celebrating this extraordinary achievement, with many marvelling at Mikhail’s ability to swiftly rattle off the names of dinosaurs with unmatched precision.

The event not only showcased the child’s exceptional memory and passion for paleontology but also served as an inspiration for other young minds to explore their interests fervently.

The young prodigy has earlier entered into the Asia Book of Records and India Book of Records, at the age of 6 years and 7 months, for being able to memorise 411 logos of various brands of automobiles and identifying them in under 9 minutes with accuracy.

The staff and students of BPS Doha are proud of Mikhail and congratulated him and his family for the great achievement accomplished.

source/content: thepeninsulaqatar.com (headline edited)

INTERNATIONAL / NATIONAL: PATENTS: IIT Madras records 92% jump in Indian patents granted during 2023

The number of international patents filed, including those granted under the Patent Cooperation Treaty, also recorded a significant increase, going up to 105 in 2023, from 58 in the preceding year.

The Indian Institute of Technology – Madras (IIT Madras) saw a 92 per cent jump in the number of Indian patents granted in 2023, rising from 156 patents in 2022 to 300 in 2023.

Additionally, the number of international patents filed, including those granted under the Patent Cooperation Treaty (PCT), also recorded a significant increase, going up to 105 in 2023, from 58 in the preceding year. Furthermore, as many as 221 patents have already been filed during the current financial year (as of December 2023), including 163 Indian patents and 63 international patent applications (including PCT).

Since the institute’s inception, a total of about 2,550 IP (including patent) applications have been filed both in India (1,800) and abroad (750) so far, out of which about 1,100 are registered IPs/granted patents (about 900 Indian and 200 international). Interestingly, the institute started filing patent applications as early as January 1975 (granted in May 1977). The total number of IP applications filed crossed 1,000 in 2016, 2,000 in 2022, and 2,500 in 2023.

Lauding the faculty, researchers, and students on their pioneering and translational research, V Kamakoti, director of IIT Madras, said, “As we are marching towards our 100th year of Independence, for Bharat to become a superpower, it is very important to protect our ideas. In this direction, I congratulate the faculty and students and the Office of Industrial Consultancy and Sponsored Research (ICSR) who have put together a very comprehensive programme, by which we have created a record in the number of patents filed.”

Researchers at IIT Madras are generating IP in domains such as wireless networks, advanced materials, robotics, additive manufacturing technology, engine advancements, assistive devices, advanced sensor applications, clean energy, aerospace applications, polymer materials, thin films, catalysts, and biomedical applications, among other emerging technologies. The Office of Industrial Consultancy and Sponsored Research (ICSR) at IIT Madras coordinates the different aspects related to intellectual property and technology transfer. The centre collaborates with faculty, researchers, and students and also has a dedicated legal cell.

Elaborating on the institute’s support provided to researchers, Manu Santhanam, dean (ICSR) at IIT Madras, said, “The institute has made it easy for inventors to access existing patent information through an online AI-based patent search tool. This facility has helped the inventors not only to quickly evaluate the invention by themselves but also to improve their ideas and claims. The emphasis is also equally on the quality of the work being translated as IP. This is only possible because of the collaborative effort of our inventors and the IP team.”

source/content: business-standard.com (headline edited)