
Meet Woman Who Played Important Role In Construction Of Chenab Bridge - IISc Professor, She Is...
1 / 13
The World's Highest Railway Bridge spans the Chenab River at a height of 359 m (1,178 ft) above the river, which is 35 meters taller than the Eiffel Tower.
(Credit: ANI) Inauguration By PM Modi
2 / 13
PM Modi on Friday (June 6) inaugurated the Chenab Bridge.
(Credit: ANI) The Woman Behind The Bridge
3 / 13
In a post on X, the Indian Institute of Science (IISc), Bangalore, wrote, "We are proud of Prof Madhavi Latha & her team's contribution to the #ChenabBridge inaugurated by Hon'ble PM Narendra Modi."
(Credit: @iiscbangalore/ X) Madhavi Latha's Contribution
4 / 13
IISc Bangalore further stated that Dr. Madhavi Latha's team worked on the stability of slopes, design and construction of foundations, "design of slope stabilisation systems, incl. rock anchors to withstand hazards," the post added. Madhavi Latha's Education
5 / 13
Dr. G Madhavi Latha, who played an important role in the Chenba Bridge Project, earned her B.Tech in Civil Engineering from Jawaharlal Nehru Technological University in 1992. She concluded her M.Tech in Geotechnical Engineering from the National Institute of Technology, Warangal in 1995.
Lastly, she got her Ph.D. in Geotechnical Engineering from the Indian Institute of Technology (IIT), Madras in 2000.
(Credit: ANI) Gold Medal In...
6 / 13
Dr. G Madhavi Latha bagged the Gold Medal in Civil Engineering in her M.Tech.
(Credit: ANI) Madhavi Latha's Awards
7 / 13
According to the official website of IISc Dr. G Madhavi Latha received "Best Paper Award for the paper "Geocell supported Embankments" in National Seminar on Ground Improvement Methods, NIT Warangal" in 1998.
On the other hand, she was listed in the Top 75 Women in STEAM of India in 2022. In 2021, she was awarded the Best Woman Geotechnical Researcher by the Indian Geotechnical Society.
(Credit: ANI) Role In World's Highest Bridge
8 / 13
Dr. G Madhavi Latha played a key role in the planning, design, and construction of the Chenab Bridge.
She was the Geotechnical Consultant to the World's Highest Railway Bridge across the Chenab River.
(Credit: ANI) Woman In Science
9 / 13
In a section named 'Women in Science', the IISc's Website mentions that the most fulfilling thing about a life in science, according to Dr. G Madhavi Latha, is "seeing your own innovative designs come to life and serve the society is the most fulfilling aspect of life in science. It makes life interesting, adventurous and worth the hardships."
(Credit: ANI) Madhavi Latha At IISc
10 / 13
At present, Dr. G Madhavi Latha is a HAG professor at IISc and has been associated with the institute for many years.
Previously, she was associated with IIT Guwahati as an Assistant Professor for over a year.
(Credit: ANI) Madhavi Latha Wanted To Become...
11 / 13
In the 'Women in Science', Dr. G Madhavi Latha said, "My childhood dream was to become a doctor. I was not supported by my family to pursue that dream. During my B. Tech. days, I was told by all my teachers that I will become a good researcher. However, my true passion for scientific research was realized during my M. Tech. days."
(Credit: ANI) Chenab Bridge Salient Feature
12 / 13
The arch bridge between Bakkal and Kauri in the Reasi district of Jammu and Kashmir is 1,178 feet above the riverbed, forming a crucial link from Katra to Banihal.
It is part of the Udhampur-Srinagar-Baramulla Railway Link (USBRL).
(Credit: ANI) Lifespan of Chenab Bridge
13 / 13
The Chenab Bridge will be able to withstand winds with speeds up to 260 kmph and will have a lifespan of 120 years.
(Credit: ANI)
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


New Indian Express
an hour ago
- New Indian Express
Will digging Tunnel Road spell environmental disaster for Bengaluru?
BENGALURU: Will the proposed Tunnel Road between Hebbal and Silk Board Junction spell an environmental catastrophe for Bengaluru? Experts warn so, especially if the road would be dug using Slurry Tunnel Boring Machines (TBMs). Now the state government sources have confirmed the plan to deploy TBMs. The TBM method will flood excavation sites with bentonite slurry, a type of clay primarily known for its exceptional water absorption and swelling properties, forming a gel-like substance when hydrated. In Bengaluru's hydrology, this dense clay can seep into aquifers, choke stormwater drains, and coat lake beds with an impermeable layer, blocking natural groundwater recharge. Urban planners warn that once bentonite contamination occurs, the damage is nearly irreversible and will lead to locking the city into decades of waterlogging and water scarcity. Bentonite, a naturally occurring clay that is mostly harmless in its raw form, can still cause significant environmental harm during tunnelling projects, not because of its basic composition, but due to how it is handled, disposed of, and the additives mixed with it. Experts point out that one of the most immediate risks of using bentonite is water pollution. An expert associated with IISc explained that when bentonite slurry escapes into rivers, lakes, or groundwater, its fine particles remain suspended for long periods, turning the water turbid and blocking sunlight from reaching aquatic plants. As the sediment eventually settles, it can smother benthic (bottom-dwelling) organisms, leading to oxygen depletion and disrupting entire ecosystems. In some cases, bentonite mixtures can also slightly alter the pH and mineral balance of water, affecting sensitive aquatic species.


Hindustan Times
13 hours ago
- Hindustan Times
Made-in-India chips by end of 2025: PM
New Delhi The first Made in India chips will be available in the market by year-end, Prime Minister Narendra Modi said in his Independence Day speech on Friday, ruing the opportunity to get ahead in the semiconductor space that was lost 50-60 years ago. Prime Minister Narendra Modi salutes during address to the nation from the ramparts of Red Fort on 79th Independence Day. (ANI) In a speech with repeated references to the importance of self-reliance, the PM recalled how plans for a semiconductor factory began 50-60 years ago but the files were left to 'atak, latak and bhatak,' ( stuck, dangling and meandeing) in bureaucratic limbo. Now, he added, the country is in 'mission mode,' with six semiconductor units in the pipeline and four new ones already approved. India could have been competing with other countries, such as Taiwan, the US, China and South Korea, who are leading in production, design and export of semiconductors, Modi said. Taiwan dominates nearly all of the world's most advanced chip production, making about 90% of these semiconductors, mostly through Taiwan Semiconductor Manufacturing Company (TSMC), the largest chipmaker and a key supplier to Apple and Nvidia. 'This is a technology-driven century. Whichever country embraced technology, they reached great heights…You'll be surprised to know that semiconductors, which have now become the backbone of many nations, the files of those plans in India were stuck, left and forgotten. The thinking behind semiconductors was killed. We lost 50-60 years. Many countries in the meanwhile continued to gain strength in semiconductors. But today, we are rid of that burden,' he said. 'India is reclaiming 50–60 years of lost semiconductor opportunity at speed — with $21B in committed projects, 10 units under construction, and state policies enabling investment and ease of doing business. Backed by a thriving design ecosystem and government–industry collaboration, India is poised to become a trusted global hub for semiconductor design-to-manufacturing,' said Ashok Chandak, President India Electronics and Semiconductor Association (IESA) and SEMI India. Industry experts told HT that the landscape has changed. Several states now have dedicated policies with incentives and easier business rules to attract investment. India's design sector is also stepping up product development, supporting the manufacturing drive to build a full design-to-production value chain, they added. To be sure, Semiconductor Complex Ltd was envisioned in the 1970s and started operations in 1984 in Mohali. It continues to exist as the Semi Conductor Laboratory , a state-owned company. Under the IT ministry's India Semiconductor Mission (ISM), 10 semiconductor units have been announced so far, most focused on assembly and packaging, with only two dedicated to fabrication. As HT reported earlier, the first 'made-in-India' chip expected this year will be a packaged chip, not one produced in a fab. Announcing four new units on Tuesday, IT minister Ashwini Vaishnaw said there is intense competition brewing between three semiconductor facilities to roll out the first such chip before 2025. Of the 10 semiconductor units approved till now, four are in Gujarat, two in Odisha, and one each in Assam, Uttar Pradesh, Andhra Pradesh, and Punjab. The chips coming out of these units will be used in sectors such as consumer electronics, automotive, defence, telecommunications, mobile phones, renewable energy, among others.


India.com
a day ago
- India.com
Meet Vasuki Indicus: India Unearths Worlds Largest Snake, A 1,000-Kg Creature, 49-Foot Colossus, Links Mythology With Science
photoDetails english 2946351 Meet Vasuki Indicus: If you are fascinated by the world of reptiles, you must have heard of Titanoboa. For years, the colossal Titanoboa, measuring a staggering 42 feet, held the undisputed title of being the world's largest or longest snake. But a recent, incredible discovery in India's Gujarat has rewritten that history. Along the Kutch coast, researchers unearthed fossils hinting at an ancient serpent, now estimated to be a mind-blowing 49 feet long and weighing nearly 1,000 kilograms. This isn't just a new species; it's a game-changer. Updated:Aug 15, 2025, 01:28 PM IST Two Decades Of Research 1 / 7 For almost two decades, dedicated researchers from IIT Roorkee have meticulously studied these remains. Their findings reveal a fascinating connection to Vasuki Naag, the revered mythical serpent famously depicted as a divine ornament around Lord Shiva's neck. Linking Science with Mythology 2 / 7 This scientific breakthrough not only challenges our previous understanding of the largest snake to ever grace the Earth but also adds an unexpected layer of credibility to ancient Indian scriptures that speak of mighty serpents like Vasuki. Let's take a look: Miracle in Sands of Kutch 3 / 7 The journey of this monumental discovery began along the Kutch coastline in Gujarat. This area has now become a captivating hub, drawing in not only serious researchers but also enthusiasts of mythology, all eager to witness where this incredible ancient creature once roamed. Titanoboa Loses Throne 4 / 7 For a long time, Titanoboa was considered the undisputed champion of ancient snakes, believed to be the longest at 42 feet. However, the newly uncovered Vasuki fossil changes everything. At a breathtaking 49 feet, it potentially takes the crown as the largest snake ever unearthed on Earth. One-Tonne Serpent 5 / 7 Imagine a snake weighing around 1,000 kilograms! That's the estimated weight of this ancient serpent. What's even more astonishing is that this species managed to adapt and survive through catastrophic events, even those that led to the extinction of dinosaurs. Culture and Science 6 / 7 Given the striking references to Vasuki Naag in Hindu scriptures, the scientific community has aptly named this newly identified serpent 'Vasuki.' This naming choice beautifully highlights a fascinating bridge between the ancient world of mythology and the rigorous field of paleontology. Lord Shiva's Snake 7 / 7 The naming of this newly discovered species highlights a fascinating connection between ancient Indian lore and modern scientific discovery. The name "Vasuki Indicus" is a direct reference to Vasuki Naag, the revered mythical serpent from Hindu scriptures, often depicted as a divine ornament around Lord Shiva's neck.