monthly coverage dossier may 2018
TRANSCRIPT
Date: 4th May 2018
Publication: India Today
Edition: Online
Journalist: Ms Nisha Singh
Professor: Prof Ravindra Gettu, Prof MS Sivakumar, Prof Balaraman Ravindran, Prof T. Pradeep , Prof
David Koilpillai, Prof Ashwin Mahalingam,
Headline: If IIT is your dream, then these professors at IIT Madras have some tips for you
URL: https://www.indiatoday.in/education-today/featurephilia/story/if-iit-is-your-dream-these-
professors-at-iit-madras-have-some-tips-for-you-exclusive-1226539-2018-05-04
Indian Institute of Technology (IIT) is a set of most prestigious colleges across various cities in India.
Owing to the competition to get into this institution, students contribute a lot of their time to prepare
for its entrance exam.
While there are some students who are really passionate about getting into an IIT, others do it because
of the peer pressure.
There are cases reported in India where due to parental or societal pressure to make a child crack IIT
have led to harsh consequences.
With the continuous comparison of a child to someone else makes it difficult for them to communicate
their field of interest to their parents.
For the students who face such challenges in their life or are working hard to get into IIT someday, India
Today Education brings to you some exclusive tips directly from the faculties at IIT Madras.
1: DON'T OBSESS OVER GETTING ADMISSION INTO IIT
''There are cases where students take 6-7 attempts to get into an IIT. We have to stop people in two
attempts because they gradually become obsessed about cracking the entrance and forget everything
else. We need to tell them to not waste their lives like that,'' said Balaraman Ravindran, who heads the
Robert Bosch Centre for Data Science and AI at the institution.
2: AIM HIGH, BUT DOORS ARE STILL OPEN IF YOU DON'T GET INTO IIT
"IITs are a great place to study. There are so many people who haven't entered into IIT but still are doing
great jobs. Students should aim for heights but must always remember that there are a lot of other
opportunities open too if they fail to get into an IIT," Ravindran added.
3: FOLLOW AND EXCEL IN YOUR PASSION
"The opportunities are vast these days. If the student doesn't enter into IIT, for him/her we have the
online information so that he/she knows what kind of education an IITian is getting in the classroom,"
said David Koilpillai, Professor of Electrical Engineering.
The bar is not set by the institution you enter, but it's about how much you want to excel.
- David Koilpillai, IIT Madras
4: COLLEGE SEATS DON'T DECIDE YOUR LIFE
"I don't think getting an IIT degree is essential to get success. I wanted to become poet earlier, but I
ended up coming here. Not too many IITians are involved in the inventions and the development of our
country, so it's alright. Destiny has some other place for your success," said Thalappil Pradeep, Professor
of Chemistry.
Getting an IIT degree is not essential to get success; there is lot out for you. I wanted to become poet
earlier, but I ended up coming here.
- Thalappil Pradeep, IIT Madras
"India has been built with the universities, so there is a lot out there. IITs are great but it is not the end
of the world," he added.
5: HAVE A PERSPECTIVE OF HARD WORK, BUT DON'T BE EMOTIONAL WITH IIT
"The process of getting into IIT sharpens your mind already, so even if you could not enter into this
institution, it is not the end of the world," said Ashwin Mahalingam, Assistant Professor of Building
Technology and Construction Management.
IIT preparation sharpens your mind already, so even if you could not enter into this institution, it is not
the end of the world.
- Ashwin Mahalingam, IIT Madras
"Students who get depressed about not getting the branch they were interested in, I would advise those
students to have a perspective of working hard but they don't have to be emotional with IIT,'' he added.
6: HAVE A VISION OF LIFE, THINK BEYOND IIT
"IIT should not be the only aim for students who are aspiring to come into this institution. If he or she
gets into IIT, their focus should be beyond IIT and should work for the betterment of the society.
However, as long as this is kept in mind, any career is good enough," said Dr Ravindra Gettu,
Department of Civil Engineering.
Our focus needs to be for the betterment of the society which doesn't have to be done in IIT only.
- Ravindra Gettu, IIT Madras
7: NO SINGLE PATH FOR YOUR GOALS
"The motivation of life is not static but dynamic; it keeps on changing for every path you choose. For the
students who are aspiring for IITs, there is no single path for your goals. There are several ways to climb
the success ladder, which you should be able to decide," said MS Sivakumar, Professor of Applied
Mechanics.
There are no single paths for the goals and there is a way in itself to achieve success.
- MS Sivakumar, IIT Madras
He also gave some exclusive tips for parents, here's what he shared:
1: USE YOUR COMMUNICATION LANGUAGE WITH YOUR CHILD WISELY
"Parents have a nagging fear for their children, and it's always attached to the profession which he or
she will take. If the parents use the communication language with their child in a careful and powerful
manner, the world will be a better place," he told us.
2: NURTURE THE CREATIVITY OF YOUR CHILD
"We, at IIT, call school students and their parents in a programme where we communicate with the
parents as to how they can nurture the creative aspects of their child," Professor Sivakumar told us.
"There should be a shift of 'pushing their child to study every time' to understand and 'nurture the
creative aspects of their child' so that it is possible to understand where the problem actually lies. If this
actually happens as a whole, then we will be flooded with people who will create this world better by
what they like to do in their life," he added.
Getting into an IIT is like a dream come true for many, but it shouldn't be the end of the world if you
don't end up landing there. There is always a way!
Date:15th May 2018
Publication: The Times of India
Edition: Chennai
Page No: 4
Journalist : U Tejonmayam
Professor: Prof V Anantha Subramanian
Headline: Policy boost may give wing to naval dreams
URL: https://timesofindia.indiatimes.com/city/chennai/policy-boost-may-give-wing-to-naval-
dreams/articleshow/64165609.cms
Date: 2nd May 2018
Publication: The Hindu Business Line
Edition: Chennai / Delhi / Mumbai / Bangalore / Hyderabad / Ahmedabad
Page No: 1
Journalist: TE Raja Siman
Professor: Prof Bhaskar Ramamurthi
Alumni: Nagabhushana T Sindhushayana
Headline: The tech is ready; geopolitics is hindering a global 5G rollout
URL: https://www.thehindubusinessline.com/info-tech/mobiles-tablets/the-tech-is-ready-geopolitics-is-
pulling-down-global-5g-rollout/article23740855.ece
Date: 4th May 2018
Publication: ET Auto
Edition: Online
Journalist : NA
Headline: Continental, IIT Madras join hands for safe mobility solutions
URL: https://auto.economictimes.indiatimes.com/news/industry/continental-iit-madras-join-hands-for-
safe-mobility-solutions/64028956
Technology company Continental and Indian Institute of Technology Madras have joined hands for
advanced research in Machine Learning.
Both have signed a memorandum of understanding (MoU) on Friday to take the partnership forward.
IIT Madras, with its known capability in machine learning and bio-inspired neural networks, will
contribute to Continental’s ADAS (Advanced Driver Assistance Systems) business, provide drivers and
passengers with additional safety and an increase in comfort.
The collaboration, code-named Project NeuroMotive, will aid Continental’s long-term strategy globally
towards “Vision Zero” – a future with zero accidents – through innovations and ongoing improvement of
components and systems making a decisive contribution to greater road safety.
Speaking about the MoU, Prashanth Doreswamy, Market Head of Continental India and managing
director Continental Automotive, India, said: “Continental is committed to strengthening academia
connect in the region, through win-win partnership models. We believe industry- academia partnerships
nurture innovation, entrepreneurship and skills development, which are value add not just for the two
partners, but for the ecosystem at large.”
Further, he added, “Project NeuroMotive isonly a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality.”
Date: 4th May 2018
Publication: Business Standard
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Continental, IIT Madras join hands for research in safe mobility solutions
URL: http://www.business-standard.com/article/pti-stories/continental-iit-madras-join-hands-for-
research-in-safe-mobility-solutions-118050400655_1.html
Technology firm Continental today said it has entered into a partnership with Indian Institute of
Technology (IIT) Madras for advanced research in machine learning for safe mobility solutions.
The two partners have signed a memorandum of understanding (MoU) for collaboration in 'Project
NeuroMotive' to develop technologies that aid partially automated driving, the company said in a
statement.
IIT Madras, with its known capability in machine learning and bio-inspired neural networks, will
contribute to Continental's ADAS (advanced driver assistance systems) business that provide drivers and
passengers with additional safety and an increase in comfort, it added.
Commenting on the partnership, Prashanth Doreswamy, Market Head of Continental India and
Managing Director Continental Automotive, India, said the company is committed to strengthening
academia connect in the region, through win-win partnership models.
"Further, he added, 'Project NeuroMotive' is only a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality," he said.
The collaboration will aid Continental's long-term strategy globally towards 'Vision Zero' a future with
zero accidents through innovations and ongoing improvement of components and systems making a
decisive contribution to greater road safety, the company said.
"IIT Madras' expertise in bio-inspired neural networks can help expand the scope of what assisted
driving functions can accomplish," said Ravindra Gettu, Dean (Industrial Consultancy and Sponsored
Research), IIT Madras.
Bio-inspired neural networks are becoming increasingly important for industries and businesses. They
help to solve problems based on the biological knowledge of how human brain learns and processes
information, Gettu added.
Date: 4th May 2018
Publication: Auto Car professional
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Srinivasa Chakravarthy
Headline: Continental and IIT Madras partner for research on machine learning for safe mobility
solutions
URL: http://www.autocarpro.in/news-national/continental-iit-madras-partner-research-machine-
learning-safe-mobility-solutions-29358
Home National Continental and IIT Madras partner for research on machine learning for...
Intelligent vehicles need to have an understanding of the intended actions of all of the surrounding
traffic. In complex driving scenarios, decisions need to be taken on the basis of not just one object or
one sensor, and not just in environments that can be predicted very well.
Technlogy company Continental and Indian Institute of Technology are collaborating effort to undertake
advanced research in machine learning. A Memorandum of Understanding (MoU) was signed today
between Continental and IIT Madras to take forward this partnership.
IIT Madras with its known capability in machine learning and bio-inspired neural networks will
contribute to Continental’s ADAS (Advanced Driver Assistance Systems) business that provide drivers
and passengers with additional safety and an increase in comfort.
The collaboration, code-named Project NeuroMotive, will aid Continental’s long-term strategy globally
towards 'Vision Zero' – a future with zero accidents – through innovations and ongoing improvement of
components and systems making a decisive contribution to greater road safety.
Date: 4th May 2018
Publication: News 18
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Srinivasa Chakravarthy
Headline: Continental and IIT Madras partner for research on machine learning for safe mobility
solutions
URL: https://www.news18.com/news/tech/continental-iit-madras-collaborate-for-research-on-
machine-learning-for-safe-mobility-solutions-1738483.html
Technology company Continental and Indian Institute of Technology Madras have joined hands for
Advanced Research in Machine Learning. A Memorandum of Understanding (MoU) was signed on May
4, 2018, between Continental and IIT Madras to take forward this partnership. IIT Madras with its
capability in machine learning and bio-inspired neural networks will contribute to Continental’s ADAS
(Advanced Driver Assistance Systems) business that aims to provide drivers and passengers with
additional safety and an increase in comfort. The collaboration, code-named Project NeuroMotive, will
aid Continental’s long-term strategy globally towards “Vision Zero” – a future with zero accidents –
through innovations and ongoing improvement of components and systems.
Speaking about the MoU, Prashanth Doreswamy, Market Head of Continental India and Managing
Director Continental Automotive, India, said, “ We believe industry-academia partnerships nurture
innovation, entrepreneurship and skills development, which are value-add not just for the two partners,
but for the ecosystem at large. Further, he added, “Project NeuroMotive is only a first step in our
collaboration with IIT Madras. Continental will continue to invest in the technologies of tomorrow. As a
technology company, we focus on making future mobility concepts a reality.”
Date: 5th May 2018
Publication: The Economic Times
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Continental, IIT Madras join hands for research in safe mobility solutions
URL: https://economictimes.indiatimes.com/industry/services/education/continental-iit-madras-join-
hands-for-research-in-safe-mobility-solutions/articleshow/64030917.cms
Technology firm Continental today said it has entered into a partnership with Indian Institute of
Technology (IIT) Madras for advanced research in machine learning for safe mobility solutions.
The two partners have signed a memorandum of understanding (MoU) for collaboration in 'Project
NeuroMotive' to develop technologies that aid partially automated driving, the company said in a
statement.
IIT Madras, with its known capability in machine learning and bio-inspired neural networks, will
contribute to Continental's ADAS (advanced driver assistance systems) business that provide drivers and
passengers with additional safety and an increase in comfort, it added.
Commenting on the partnership, Prashanth Doreswamy, Market Head of Continental India and
Managing Director Continental Automotive, India, said the company is committed to strengthening
academia connect in the region, through win-win partnership models.
Further, he added, 'Project NeuroMotive' is only a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality," he said.
The collaboration will aid Continental's long-term strategy globally towards 'Vision Zero' - a future with
zero accidents - through innovations and ongoing improvement of components and systems making a
decisive contribution to greater road safety, the company said.
"IIT Madras' expertise in bio-inspired neural networks can help expand the scope of what assisted
driving functions can accomplish," said Ravindra Gettu, Dean (Industrial Consultancy and Sponsored
Research), IIT Madras.
Bio-inspired neural networks are becoming increasingly important for industries and businesses. They
help to solve problems based on the biological knowledge of how human brain learns and processes
information, Gettu added.
Date: 5th May 2018
Publication: The Times of India
Edition: Online
Journalist : Nandini Sen Gupta
Professor: Prof Srinivasa Chakravarthy and Prof Ravindra Gettu
Headline: IIT-Madras signs MoU with Continental for research in machine learning
URL: https://timesofindia.indiatimes.com/business/india-business/iit-madras-signs-mou-with-
continental-for-research-in-machine-learning/articleshow/64031739.cms
CHENNAI: Technology company Continental and Indian Institute of Technology - Madras have joined
hands for advanced research in machine learning. A memorandum of understanding (MoU) was signed
between Continental and IIT-Madras on Friday.
IIT-Madras with its known capability in machine learning and bio-inspired neural networks will
contribute to Continental’s ADAS (Advanced Driver Assistance Systems) business that provide drivers
and passengers with additional safety and an increase in comfort.
The collaboration, code-named Project NeuroMotive, will aid Continental’s long-term strategy globally
towards “Vi- sion Zero” – a future with zero accidents – through innovations and ongoing improvement
of components and systems making a decisive contribution to greater road safety.
Prashanth Doreswamy, market head of Continental India & MD Continental Automotive, India, said,
“Continental is committed at strengthening academia connect in the region, through win-win
partnership models. We believe industry- academia partnerships nurture innovation, entrepreneurship
and skills development, which are value add not just for the two partners, but for the ecosystem. Project
NeuroMotive is only a first step in our collaboration with IIT-Madras. Continental will continue to invest
in the technologies of tomorrow. As a technology company, we focus on making future mobility
concepts a reality.”
According to Alexander Klotz, head of Technical Center India (TCI), Continental’s in-house R&D center,
“With technology growing so rapidly, collaborative forms of R&D, where experts from different sectors
come together to develop complementary technologies promise better value at a quicker pace.”
Ravindra Gettu, dean (industrial consultancy and sponsored research), IIT-Madras, said: “As an
institution that is in the frontier of research, we are pleased to collaborate with Continental. Srinivasa
Chakravarthy, head of Neuroscience laboratory, will collaborate with Continental on Project
NeuroMotive. IIT-M’s expertise in bio-inspired neural networks can help expand the scope of what
assisted driving functions can accomplish. Bio-inspired neural networks are becoming increasingly
important for industries and businesses. They help solve problems based on the biological knowledge of
how human brain learns and processes information. Thanks to advancements in technology, we can use
this knowledge to improve the future of mobility.”
Date: 5th May 2018
Publication: The New Indian Express
Edition: Bangalore/Hyderabad
Page No: 17
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Continental in agreement with IIT-M to develop AI for automotive safety
URL: http://www.newindianexpress.com/business/2018/may/05/continental-in-agreement-with-iit-m-
to-develop-ai-for-automotive-safety-1810359.html
Date: 5th May 2018
Publication: The Hindu Business Line (clip attached)
Edition:Delhi/Mumbai/Pune/Bangalore/Hyderabad/Chennai/Kolkata/Kochi/Ahemdabad
Page No: 15
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Continental Auto IIT-M ink pact for research in machine learning
URL: https://www.thehindubusinessline.com/news/continental-auto-iit-m-ink-pact-for-research-in-
machine-learning/article23776246.ece
Date: 5th May 2018
Publication: India Education Diary
Edition: Online
Journalist : NA
Professor: Prof. Srinivasa Chakravarthy and Prof Ravindra Gettu
Headline: Continental and IIT Madras join hands to research machine learning for safe mobility
solutions
URL: http://indiaeducationdiary.in/continental-iit-madras-join-hands-research-machine-learning-safe-
mobility-solutions/
Chennai: Technology Company Continental and Indian Institute of Technology Madras have joined
hands for Advanced Research in Machine Learning. A Memorandum of Understanding (MoU) was signed
today, 4th May 2018, between Continental and IIT Madras to take forward this partnership.
IIT Madras with its known capability in machine learning and bio-inspired neural networks will
contribute to Continental’s ADAS (Advanced Driver Assistance Systems) business that provide drivers
and passengers with additional safety and an increase in comfort. The collaboration, code-named
Project NeuroMotive, will aid Continental’s long-term strategy globally towards “Vision Zero” – a future
with zero accidents – through innovations and ongoing improvement of components and systems
making a decisive contribution to greater road safety.
Speaking about the MoU, Mr. Prashanth Doreswamy, Market Head, Continental India, and Managing
Director, Continental Automotive India, said “Continental is committed to strengthening academia
connect in the region, through win-win partnership models. We believe industry-academia partnerships
nurture innovation, entrepreneurship and skills development, which are value add not just for the two
partners, but for the ecosystem at large.”
Further, he added, “Project NeuroMotive is only a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality.”
According to Mr. Alexander Klotz, Head of Continental’s in-house R&D center Technical Center India
(TCI), “With technology growing so rapidly, collaborative forms of R&D, where experts from different
sectors come together to develop complementary technologies promise better value at a quicker pace.”
“An R&D Center like Continental’s TCI is constantly exploring ways of improving its innovation potential.
At Continental, AI already plays a key role in areas ranging from software to manufacturing, and TCI has
in turn focused on developing this competency in-house at Bangalore, to support global projects in the
areas of safety and connectivity. It is our aim to further grow local competence in AI, not just through
hiring, but also by leveraging the ecosystem through relevant partnerships,” he added.
We are glad to partner with IIT Madras for advanced research in machine learning and neural networks.
Our expertise and efforts, combined with the strengths of IIT Madras, will pave the way for
technological advancements that further reduce traffic casualties, and potentially even develop vehicles
incapable of getting into an accident,” said Mr. Alexander Klotz.
According to Prof Ravindra Gettu, Dean (Industrial Consultancy and Sponsored Research), IIT Madras,
“As an institution that is in the frontier of research, we are pleased to collaborate with Continental. Prof.
Srinivasa Chakravarthy, head of Neuroscience laboratory will collaborate with Continental on Project
NeuroMotive. IIT Madras’ expertise in bio-inspired neural networks can help expand the scope of what
assisted driving functions can accomplish. Bio-inspired neural networks are becoming increasingly
important for industries and businesses. They help to solve problems based on the biological knowledge
of how human brain learns and processes information. Thanks to advancements in technology, we can
use this knowledge to improve the future of mobility.”
Mr. Praveen Kumar, Head of Engineering, Business Unit ADAS (India) Continental Automotive, said,
“ADAS systems are the backbone for automated driving. These systems assist the driver both in
everyday situations, and, are available in dangerous situations, when they warn the driver and even
intervene in driving when necessary. We need fail-safe architecture that, in the event of a potential
malfunction, keeps the vehicle in a safe operating state. This is why Continental already uses AI to aid
different aspects of assisted and automated driving. Deep Learning based methods outperform classic
methods with respect to performance. We believe it is imperative to continue exploring it to its full
extent. We are excited about the possibilities project NeuroMotive will open up, to support our aim of
making roads safer.”
Continental develops pioneering technologies and services for sustainable and connected mobility of
people and their goods. Founded in 1871, the technology company offers safe, efficient, intelligent and
affordable solutions for vehicles, machines, traffic and transportation. In 2017, Continental generated
sales of €44 billion and currently employs more than 240,000 people in 61 countries. In India,
Continental employs over 7000 people across 15 locations, including eight plants that cater to the Indian
automotive market, and a Technical Center that supports global R&D.
Date: 5th May 2018
Publication: The Financial Express
Edition: Delhi / Mumbai / Pune / Bangalore / Hyderabad / Chennai / Kolkata / Kochi / Ahmedabad
Page No: 6
Journalist : NA
Headline: Continental, IIT-M join hands for safe mobility
Date: 5th May 2018
Publication: The Hans India
Edition: Hyderabad
Page No:14
Journalist : NA
Professor: Prof Ravindra Gettu,
Headline: IIT-M signs MoU with Continental
URL: http://www.thehansindia.com/posts/index/Young-Hans/2018-05-05/IIT-M-signs-MoU-with-
Continental/379016
Date: 6th May 2018
Publication:UNI
Edition:Online
Journalist : NA
Headline: IIT M pact with Tech Firm Continental for advance research in Machine Learning
URL: http://www.uniindia.com/iit-m-inks-pact-with-tech-firm-continental-for-adv-research-in-machine-
learning/states/news/1220942.html
Date: 6th May 2018
Publication: India Today
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Continental, IIT Madras join hands for research in safe mobility solutions
URL: https://www.indiatoday.in/pti-feed/story/continental-iit-madras-join-hands-for-research-in-safe-
mobility-solutions-1226574-2018-05-04
New Delhi, May 4 (PTI) Technology firm Continental today said it has entered into a partnership with
Indian Institute of Technology (IIT) Madras for advanced research in machine learning for safe mobility
solutions.
The two partners have signed a memorandum of understanding (MoU) for collaboration in Project
NeuroMotive to develop technologies that aid partially automated driving, the company said in a
statement.
IIT Madras, with its known capability in machine learning and bio-inspired neural networks, will
contribute to Continentals ADAS (advanced driver assistance systems) business that provide drivers and
passengers with additional safety and an increase in comfort, it added.
Commenting on the partnership, Prashanth Doreswamy, Market Head of Continental India and
Managing Director Continental Automotive, India, said the company is committed to strengthening
academia connect in the region, through win-win partnership models.
"Further, he added, Project NeuroMotive is only a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality," he said.
The collaboration will aid Continentals long-term strategy globally towards Vision Zero ? a future with
zero accidents ? through innovations and ongoing improvement of components and systems making a
decisive contribution to greater road safety, the company said.
"IIT Madras expertise in bio-inspired neural networks can help expand the scope of what assisted driving
functions can accomplish," said Ravindra Gettu, Dean (Industrial Consultancy and Sponsored Research),
IIT Madras.
Bio-inspired neural networks are becoming increasingly important for industries and businesses. They
help to solve problems based on the biological knowledge of how human brain learns and processes
information, Gettu added.
Date: 6th May 2018
Publication: Outlook India
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Continental, IIT Madras join hands for research in safe mobility solutions
URL: https://www.outlookindia.com/newsscroll/continental-iit-madras-join-hands-for-research-in-safe-
mobility-solutions/1301244
Technology firm Continental today said it has entered into a partnership with Indian Institute of
Technology (IIT) Madras for advanced research in machine learning for safe mobility solutions.
The two partners have signed a memorandum of understanding (MoU) for collaboration in 'Project
NeuroMotive' to develop technologies that aid partially automated driving, the company said in a
statement.
IIT Madras, with its known capability in machine learning and bio-inspired neural networks, will
contribute to Continental's ADAS (advanced driver assistance systems) business that provide drivers and
passengers with additional safety and an increase in comfort, it added.
Commenting on the partnership, Prashanth Doreswamy, Market Head of Continental India and
Managing Director Continental Automotive, India, said the company is committed to strengthening
academia connect in the region, through win-win partnership models.
"Further, he added, 'Project NeuroMotive' is only a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality," he said.
The collaboration will aid Continental's long-term strategy globally towards 'Vision Zero' – a future with
zero accidents – through innovations and ongoing improvement of components and systems making a
decisive contribution to greater road safety, the company said.
"IIT Madras' expertise in bio-inspired neural networks can help expand the scope of what assisted
driving functions can accomplish," said Ravindra Gettu, Dean (Industrial Consultancy and Sponsored
Research), IIT Madras.
Bio-inspired neural networks are becoming increasingly important for industries and businesses. They
help to solve problems based on the biological knowledge of how human brain learns and processes
information, Gettu added.
Date: 6th May 2018
Publication: Skill outlook
Edition: Online
Journalist : NA
Professor: Prof. Srinivasa Chakravarthy and Prof Ravindra Gettu
Headline: Continental and IIT Madras join hands to research machine learning for safe mobility
solutions
URL: http://skilloutlook.com/career-corner/continental-and-iit-madras-join-hands-to-research-machine-
learning-for-safe-mobility-solutions
Technology Company Continental and Indian Institute of Technology Madras have joined hands for
Advanced Research in Machine Learning. A Memorandum of Understanding (MoU) was signed today,
4th May 2018, between Continental and IIT Madras to take forward this partnership.
IIT Madras with its known capability in machine learning and bio-inspired neural networks will
contribute to Continental’s ADAS (Advanced Driver Assistance Systems) business that provide drivers
and passengers with additional safety and an increase in comfort. The collaboration, code-named
Project NeuroMotive, will aid Continental’s long-term strategy globally towards “Vision Zero” – a future
with zero accidents – through innovations and ongoing improvement of components and systems
making a decisive contribution to greater road safety.
Speaking about the MoU, Mr. Prashanth Doreswamy, Market Head, Continental India, and Managing
Director, Continental Automotive India, said “Continental is committed to strengthening academia
connect in the region, through win-win partnership models. We believe industry-academia partnerships
nurture innovation, entrepreneurship and skills development, which are value add not just for the two
partners, but for the ecosystem at large.”
Further, he added, “Project NeuroMotive is only a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality.”
According to Mr. Alexander Klotz, Head of Continental’s in-house R&D center Technical Center India
(TCI), “With technology growing so rapidly, collaborative forms of R&D, where experts from different
sectors come together to develop complementary technologies promise better value at a quicker pace.”
“An R&D Center like Continental’s TCI is constantly exploring ways of improving its innovation potential.
At Continental, AI already plays a key role in areas ranging from software to manufacturing, and TCI has
in turn focused on developing this competency in-house at Bangalore, to support global projects in the
areas of safety and connectivity. It is our aim to further grow local competence in AI, not just through
hiring, but also by leveraging the ecosystem through relevant partnerships,” he added.
We are glad to partner with IIT Madras for advanced research in machine learning and neural networks.
Our expertise and efforts, combined with the strengths of IIT Madras, will pave the way for
technological advancements that further reduce traffic casualties, and potentially even develop vehicles
incapable of getting into an accident,” said Mr. Alexander Klotz.
According to Prof Ravindra Gettu, Dean (Industrial Consultancy and Sponsored Research), IIT Madras,
“As an institution that is in the frontier of research, we are pleased to collaborate with Continental. Prof.
Srinivasa Chakravarthy, head of Neuroscience laboratory will collaborate with Continental on Project
NeuroMotive. IIT Madras’ expertise in bio-inspired neural networks can help expand the scope of what
assisted driving functions can accomplish. Bio-inspired neural networks are becoming increasingly
important for industries and businesses. They help to solve problems based on the biological knowledge
of how human brain learns and processes information. Thanks to advancements in technology, we can
use this knowledge to improve the future of mobility.”
Mr. Praveen Kumar, Head of Engineering, Business Unit ADAS (India) Continental Automotive, said,
“ADAS systems are the backbone for automated driving. These systems assist the driver both in
everyday situations, and, are available in dangerous situations, when they warn the driver and even
intervene in driving when necessary. We need fail-safe architecture that, in the event of a potential
malfunction, keeps the vehicle in a safe operating state. This is why Continental already uses AI to aid
different aspects of assisted and automated driving. Deep Learning based methods outperform classic
methods with respect to performance. We believe it is imperative to continue exploring it to its full
extent. We are excited about the possibilities project NeuroMotive will open up, to support our aim of
making roads safer.”
Continental develops pioneering technologies and services for sustainable and connected mobility of
people and their goods. Founded in 1871, the technology company offers safe, efficient, intelligent and
affordable solutions for vehicles, machines, traffic and transportation. In 2017, Continental generated
sales of €44 billion and currently employs more than 240,000 people in 61 countries. In India,
Continental employs over 7000 people across 15 locations, including eight plants that cater to the Indian
automotive market, and a Technical Center that supports global R&D.
Date: 6th May 2018
Publication: India com
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Continental, IIT Madras join hands for research in safe mobility solutions
URL: http://www.india.com/news/agencies/continental-iit-madras-join-hands-for-research-in-safe-
mobility-solutions-3035302/
Technology firm Continental today said it has entered into a partnership with Indian Institute of
Technology (IIT) Madras for advanced research in machine learning for safe mobility solutions.
The two partners have signed a memorandum of understanding (MoU) for collaboration in ‘Project
NeuroMotive’ to develop technologies that aid partially automated driving, the company said in a
statement.
IIT Madras, with its known capability in machine learning and bio-inspired neural networks, will
contribute to Continental’s ADAS (advanced driver assistance systems) business that provide drivers and
passengers with additional safety and an increase in comfort, it added.
Commenting on the partnership, Prashanth Doreswamy, Market Head of Continental India and
Managing Director Continental Automotive, India, said the company is committed to strengthening
academia connect in the region, through win-win partnership models.
“Further, he added, ‘Project NeuroMotive’ is only a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality,” he said.
The collaboration will aid Continental’s long-term strategy globally towards ‘Vision Zero’ a future with
zero accidents through innovations and ongoing improvement of components and systems making a
decisive contribution to greater road safety, the company said.
“IIT Madras’ expertise in bio-inspired neural networks can help expand the scope of what assisted
driving functions can accomplish,” said Ravindra Gettu, Dean (Industrial Consultancy and Sponsored
Research), IIT Madras.
Bio-inspired neural networks are becoming increasingly important for industries and businesses. They
help to solve problems based on the biological knowledge of how human brain learns and processes
information, Gettu added.
Date: 6th May 2018
Publication: Indian 24 news
Edition: Online
Journalist : NA
Professor: Prof Srinivasa Chakravarthy and Prof Ravindra Gettu
Headline: Continental, IIT Madras Collaborate For Research On Machine Learning For Safe Mobility
Solutions
URL: http://www.indian24news.com/technology/continental-iit-madras-collaborate-for-research-on-
machine-learning-for-safe-mobility-solutions/388050-news
Continental, IIT Madras Collaborate For Research On Machine Learning For Safe Mobility Solutions
Technology company Continental and Indian Institute of Technology Madras have joined hands for
Advanced Research in Machine Learning. A Memorandum of Understanding (MoU) was signed on May
4, 2018, between Continental and IIT Madras to take forward this partnership. IIT Madras with its
capability in machine learning and bio-inspired neural networks will contribute to Continental’s ADAS
(Advanced Driver Assistance Systems) business that aims to provide drivers and passengers with
additional safety and an increase in comfort. The collaboration, code-named Project NeuroMotive, will
aid Continental’s long-term strategy globally towards “Vision Zero” – a future with zero accidents –
through innovations and ongoing improvement of components and systems.
Speaking about the MoU, Prashanth Doreswamy, Market Head of Continental India and Managing
Director Continental Automotive, India, said, “ We believe industry-academia partnerships nurture
innovation, entrepreneurship and skills development, which are value-add not just for the two partners,
but for the ecosystem at large. Further, he added, “Project NeuroMotive is only a first step in our
collaboration with IIT Madras. Continental will continue to invest in the technologies of tomorrow. As a
technology company, we focus on making future mobility concepts a reality.”
According to Alexander Klotz, Head of Technical Center India (TCI), Continental’s in-house R&D center,
“With technology growing so rapidly, collaborative forms of R&D, where experts from different sectors
come together to develop complementary technologies promise better value at a quicker pace. We are
glad to partner with IIT Madras for advanced research in machine learning and neural networks. Our
expertise and efforts, combined with the strengths of IIT Madras, will pave the way for technological
advancements that further reduce traffic casualties, and potentially even develop vehicles incapable of
getting into an accident.”
As per Ravindra Gettu, Dean (Industrial Consultancy and Sponsored Research), IIT Madras, “As an
institution that is in the frontier of research, we are pleased to collaborate with Continental. Prof.
Srinivasa Chakravarthy, head of Neuroscience laboratory will collaborate with Continental on Project
NeuroMotive. IIT Madras’ expertise in bio-inspired neural networks can help expand the scope of what
assisted driving functions can accomplish.”
Date: 6th May 2018
Publication: Sakshi Education
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Continental, IIT Madras join hands for research in safe mobility solutions
URL: http://www.sakshieducation.com/Story.aspx?nid=198394
Technology firm Continental said it has entered into a partnership with Indian Institute of Technology
(IIT) Madras for advanced research in machine learning for safe mobility solutions.
Education News The two partners have signed a memorandum of understanding (MoU) for
collaboration in 'Project NeuroMotive' to develop technologies that aid partially automated driving, the
company said in a statement.
IIT Madras, with its known capability in machine learning and bio-inspired neural networks, will
contribute to Continental's ADAS (advanced driver assistance systems) business that provide drivers and
passengers with additional safety and an increase in comfort, it added.
Commenting on the partnership, Prashanth Doreswamy, Market Head of Continental India and
Managing Director Continental Automotive, India, said the company is committed to strengthening
academia connect in the region, through win-win partnership models.
"Further, he added, 'Project NeuroMotive' is only a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality," he said.
The collaboration will aid Continental's long-term strategy globally towards 'Vision Zero' - a future with
zero accidents - through innovations and ongoing improvement of components and systems making a
decisive contribution to greater road safety, the company said.
"IIT Madras' expertise in bio-inspired neural networks can help expand the scope of what assisted
driving functions can accomplish," said Ravindra Gettu, Dean (Industrial Consultancy and Sponsored
Research), IIT Madras.
Bio-inspired neural networks are becoming increasingly important for industries and businesses. They
help to solve problems based on the biological knowledge of how human brain learns and processes
information, Gettu added.
Date: 6th May 2018
Publication: News Summed up
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Continental, IIT Madras join hands for research in safe mobility solutions
URL: http://www.newssummedup.com/a/4znt3i
Technology firm Continental said it has entered into a partnership with Indian Institute of Technology
(IIT) Madras for advanced research in machine learning for safe mobility solutions.
Education News The two partners have signed a memorandum of understanding (MoU) for
collaboration in 'Project NeuroMotive' to develop technologies that aid partially automated driving, the
company said in a statement.
IIT Madras, with its known capability in machine learning and bio-inspired neural networks, will
contribute to Continental's ADAS (advanced driver assistance systems) business that provide drivers and
passengers with additional safety and an increase in comfort, it added.
Commenting on the partnership, Prashanth Doreswamy, Market Head of Continental India and
Managing Director Continental Automotive, India, said the company is committed to strengthening
academia connect in the region, through win-win partnership models.
"Further, he added, 'Project NeuroMotive' is only a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality," he said.
The collaboration will aid Continental's long-term strategy globally towards 'Vision Zero' - a future with
zero accidents - through innovations and ongoing improvement of components and systems making a
decisive contribution to greater road safety, the company said.
"IIT Madras' expertise in bio-inspired neural networks can help expand the scope of what assisted
driving functions can accomplish," said Ravindra Gettu, Dean (Industrial Consultancy and Sponsored
Research), IIT Madras.
Bio-inspired neural networks are becoming increasingly important for industries and businesses. They
help to solve problems based on the biological knowledge of how human brain learns and processes
information, Gettu added.
Date: 6th May 2018
Publication: Trending At o Z
Edition: Online
Journalist : NA
Professor: Prof Srinivasa Chakravarthy and Prof Ravindra Gettu
Headline: Continental, IIT Madras Collaborate For Research on Machine Learning For Safe Mobility
Solutions
URL: https://trendingatoz.com/news18/tech/continental-iit-madras-collaborate-for-research-on-
machine-learning-for-safe-mobility-solutions/
Technology firm Continental said it has entered into a partnership with Indian Institute of Technology
(IIT) Madras for advanced research in machine learning for safe mobility solutions.
Education News The two partners have signed a memorandum of understanding (MoU) for
collaboration in 'Project NeuroMotive' to develop technologies that aid partially automated driving, the
company said in a statement.
IIT Madras, with its known capability in machine learning and bio-inspired neural networks, will
contribute to Continental's ADAS (advanced driver assistance systems) business that provide drivers and
passengers with additional safety and an increase in comfort, it added.
Commenting on the partnership, Prashanth Doreswamy, Market Head of Continental India and
Managing Director Continental Automotive, India, said the company is committed to strengthening
academia connect in the region, through win-win partnership models.
"Further, he added, 'Project NeuroMotive' is only a first step in our collaboration with IIT Madras.
Continental will continue to invest in the technologies of tomorrow. As a technology company, we focus
on making future mobility concepts a reality," he said.
The collaboration will aid Continental's long-term strategy globally towards 'Vision Zero' - a future with
zero accidents - through innovations and ongoing improvement of components and systems making a
decisive contribution to greater road safety, the company said.
"IIT Madras' expertise in bio-inspired neural networks can help expand the scope of what assisted
driving functions can accomplish," said Ravindra Gettu, Dean (Industrial Consultancy and Sponsored
Research), IIT Madras.
Bio-inspired neural networks are becoming increasingly important for industries and businesses. They
help to solve problems based on the biological knowledge of how human brain learns and processes
information, Gettu added.
Date: 6th May 2018
Publication: DT Next
Edition: Chennai
Page no: 8
Journalist :NA
Professor: Prof Ravindra Gettu
Headline: IIT-M Continental sign MoU for advanced research
URL: https://www.dtnext.in/News/City/2018/05/05021232/1071411/IITM-Continental-sign-MoU-for-
advanced-research.vpf
Date: 7th May 2018
Publication: The Times of India
Edition: Delhi
Page No: 4
Journalist : NA
Headline: Moving entrepreneurship ideas from campus lab to market
Date: 7th May 2018
Publication: The Indian Express
Edition: Delhi
Page No: 16
Journalist : NA
Headline: Notice Board
Date: 8th May 2018
Publication: Tires and Parts
Edition: Online
Journalist : Manju Mathew
Professor: Prof Ravindra Gettu
Headline: Continental to Collaborate with Chennai IIT on AI for Automotive Safety
URL: https://tiresandparts.net/news/parts/continental-to-collaborate-with-chennai-iit-on-ai-for-
automotive-safety/
Continental to Collaborate with Chennai IIT on AI for Automotive Safety
Continental AG, which is one of the leading players in the field of automotive electronics and safety has
announced that it would be collaborating with the renowned Indian Institute of Technology in Chennai
on research and application of machine learning in automotive mobility solutions. The outcome of the
research would be used to make cars that are better suited for Indian roads and for the international
market.
The two organizations signed a memorandum of understanding (MoU) to collaborate on a project
named NeuroMotive, which would deal with research into partially automated driving, pedestrian
identification and application of artificial intelligence in the automotive safety space.
Commenting on the project, Alexander Klotz, Head of Technical Center India (TCI), Continental’s inhouse
R&D unit said that the company supplies automotive technology to industry leaders like Mahindra,
Toyota and Mercedes Sport and hence has a large commitment to India. India has recently emerged as
the fourth largest automotive market in in the world and has been witnessing car and SUV sales in India
which have grown fastest from 2013 and crossed the three-million mark for the first time ever.
The road conditions are however quite challenging and innovative technologies need to be adapted
accordingly. One example is the adaptive cruise control system, which makes it possible for vehicles to
automatically adjust their speed in order to maintain a safe distance from other vehicles. This
technology can be used with ease on German roads. In Indian road conditions, however, vehicles need
advanced driver-assistance system (ADAS) and this has been made mandatory. Continental will work
with IIT, Chennai on the development of mobility technology in cars that would be based on spatial
navigation in an animal’s brain for the global market.
Ravindra Gettu, Dean (Industrial Consultancy and Sponsored Research), IIT Chennai said that the
institute has significant expertise in bioinspired neural networks and this can help expand the scope of
what assisted driving functions can accomplish. Bio-inspired neural networks are becoming increasingly
important for industries and businesses and can help motorists everyday driving situations. They can be
highly useful in dangerous situations, when they warn the driver and can even intervene if needed.
Date: 9th May 2018
Publication: Gadgets Now
Edition: Online
Journalist: Hari Pulakkat
Professor: Prof Nagarajan
Headline: A peek inside IIT factories that are hatching unicorns on the campus
URL:https://www.gadgetsnow.com/tech-news/iit-madras-ropes-in-keysight-technologies-for-5g-test-
solutions/articleshow/64082316.cms
The Indian Institute of Technology (IIT) Madras has roped in the US-based Keysight Technologies to
provide fifth-generation or 5G technology test solutions for government-driven test bed coming up at
the southern metropolitan.
The Department of Telecommunications (DoT) is setting up an open test bed at IIT Madras, with the
Union Budget allocation of Rs 224 crore towards it to foster innovation, and research and development
(R&D) activities in India on a collaborative model.
The Narendra Modi-led government is aiming to roll out 5G by 2020, in line with other advanced
markets worldwide.
The California-headquartered electronic measurement firm, however, did not reveal the deal size or the
revenue opportunity arising out from the new contract it bagged but said that it was a ‘significant
milestone’ for it.
“We are helping the IITs to develop 5G testbeds. Incidentally, we are the first ones to purchase a test
bench for 5G from IIT Madras,” Country General Manager & Vice President at Keysight Technologies
Sudhir Tangri told ETTelecom.
Being a fundamental component for developing 5G technology, Keysight is providing test solutions for
academia and research-oriented communities to establish a test bench for a millimeter range
technology.
It is a significant order, the executive said, adding that the company is setting up the framework for the
5G in the millimeter range technology.
The 5G rollout for the delivery of ultra-high-speed services to end consumers calls for end-to-end Layer
1–7 test, precision measurement, and deep network visibility solutions. Tests include multiple radio
frequency (RF) channels, carrier mechanisms and various data protocols.
Tangri said that the test system is getting installed currently, and the company was also engaged with
International Mobile Telecommunications (IMT) 2020, a group formed by the telecom department.
We are engaging with all the stake holders including service operators to provide them solutions for 5G
technology, he said, adding that there is a lot of happening in the 5G technology research in India with
the government not only getting serious in investing but also driving innovation towards 5G in India.
Telecommunications Standards Development Society, India (TSDSI) together with members such as
Apple India, Bharti Airtel, Broadcom, Cisco, Huawei, Reliance Jio and Vodafone India is now working on a
proposal for submission to ITU-R on candidate radio interface technologies for IMT 2020 (5G)
specifications.
Keysight, however, is not only engaged with academia but also with the semiconductor and network
equipment vendors for 5G.
Tangri is optimistic, and feels that closer to 5G launch in India, due to its leadership position in the
world, telcos and vendors would definitely seek its capabilities.
The newer technology, according to the company is being adopted both in sub 6 GHz and millimeter
wave by operators worldwide.
Date: 10th May 2018
Publication: The Economic Times -Hindi
Edition: Delhi
Page no: 8
Journalist: Hari Pulakkat
Headline: IIT preparing to be unicorns on the campus
Date: 23rd May 2018
Publication: Auto Car Professional
Edition: Magazine
Page No: 3
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Srinivasa Chakravarthy
Headline: Continental, IIT Madras to jointly research machine learning for safe mobility
Date: 24th May 2018
Publication: The Hindu
Edition: Chennai
Page No: 5
Journalist : NA
Professor: Prof Bhaskar Ramamurthi and Prof Ravindra Gettu
Headline: IIT-M, AAI ink pact for air navigation systems research
URL: http://www.thehindu.com/news/national/tamil-nadu/iit-m-inks-pact-with-aai-for-research-in-air-
navigation-systems/article23972882.ece
Date: 24th May 2018
Publication: The Hindu Business Line (clip attached)
Edition: Chennai / Delhi / Mumbai / Pune / Bangalore / Hyderabad / Kolkata / Kochi / Ahmedabad
Page No: 17
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: IIT-Madras, AAI in pact for research on navigation systems
URL: https://www.thehindubusinessline.com/news/iit-madras-aai-in-pact-for-research-on-navigation-
systems/article23971807.ece
Date: 24th May 2018
Publication: The Financial Express
Edition: Delhi / Mumbai / Pune / Bangalore / Hyderabad / Chennai / Kochi / Ahmedabad
Page No: 2
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Navigation IIT-M AAI sign MoU
Date: 24th May 2018
Publication: The Times of India
Edition: Chennai
Page No: 3
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: AAI gets IIT-M navigation research boost
Date: 24th May 2018
Publication: Dinamani
Edition: Chennai
Page No: 3
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: AAI, IIT-Madras to jointly develop navigation systems
URL: https://goo.gl/YRZpnS
Date: 24th May 2018
Publication: Dinamalar
Edition: Chennai
Page No: 7
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: MoU Signed by IIT Madras
Date: 24th May 2018
Publication: Millennium Post
Edition: Delhi/Kolkata
Page No: 13
Journalist: NA
Professor: Prof Bhaskar Ramamurthi and Prof Ravindra Gettu
Headline: AAI joins hands with IIT-Madras to research on Air Navigation Systems
Date: 24th May 2018
Publication: The Financial Express
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: Why Airports Authority of India has tied up with IIT-Madras for aviation sector
URL: https://www.financialexpress.com/infrastructure/airlines-aviation/why-airports-authority-of-india-
has-tied-up-with-iit-madras-for-aviation-sector/1178472/
Why Airports Authority of India has tied up with IIT-Madras for aviation sector
The Indian Institute of Technology (IIT), Madras and the Airports Authority of India (AAI) have joined
hands to take up collaborative research on air navigation systems in addition to helping address the
challenges regarding aviation infrastructure and air traffic management.
By: PTI | New Delhi | Published: May 23, 2018 4:53 PM
airports authority, AAI, IIT Madras, aviation, airlines, airports, air traffic, india aviation sector, indian
institute of technology Notably, the AAI manages 125 airports and provides Air Navigation Services
(ANS) over 2.8 million square nautical miles of air space.
The Indian Institute of Technology (IIT), Madras and the Airports Authority of India (AAI) have joined
hands to take up collaborative research on air navigation systems in addition to helping address the
challenges regarding aviation infrastructure and air traffic management. A Memorandum of
Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial Consultancy and
Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services). “We are eager to
partner with the AAI to bring in innovation in airport and navigation management to address challenges
in India Aviation Sector,” said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is “expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras”.
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space.
Date: 24th May 2018
Publication: The Times of India
Edition: Online
Journalist : Saurabh Sinha
Professor: Prof Ravindra Gettu
Headline: AAI and IIT to collaborate for strengthening air navigation services
URL: https://timesofindia.indiatimes.com/business/india-business/aai-and-iit-to-collaborate-for-
strengthening-air-navigation-services/articleshow/64293072.cms
AAI and IIT to collaborate for strengthening air navigation services
NEW DELHI: The Airports Authority of India (AAI) has tied up with IIT Madras to do “collaborative
research” on air navigation systems (ANS) and augment ATC infrastructure to cope up with the massive
growth in air traffic in India.
On Wednesday, an MoU was signed by AAI’s member (ANS) A K Dutta and IIT Madras dean (industrial
consultancy and sponsored research) Ravindra Gettu which provides for transfer of knowledge /skill by
IIT Madras experts in the areas of mathematical/analytical/artificial intelligence/data mining solutions
that are essential to carry out research.
“AAI will be providing a unique opportunity to researchers of IIT Madras by way of exposure to the new
dimension of ANS leading to innovative ideas in the field. This will ultimately open up many areas in the
aviation arena to the start-up companies and other industries in India to introduce products under
‘Make in India’ policy of the government,” AAI said in a statement.
To meet the aggressive air traffic growth, AAI will create a world-class R&D centre in Hyderabad to
develop in-house research capabilities in the field of airport and ANS. The Civil Aviation Research
Organization will be established at Begumpet Airport, Hyderabad over an area of about 27 acres with a
budget of about Rs 1,200 crore spread over 12 years for R&D infrastructure development and Rs 31
crore annually will be spent towards research activities every year.
AAI chairman Guruprasad Mohapatra said: “AAI is managing around 130 airports and is the sole service
provider of ANS. It is high time that we should focus on developing excellence in these fields through
innovation and adoption of technologies to provide enhanced efficiencies and safe passenger and
aircraft movement.”
He further added that as part of AAI's ambitious plans to develop its own in-house capabilities to
support indigenous AAI activities, AAI has taken steps to establish a state-of-the-art Civil Aviation
Research Organisation at Hyderabad. Collaboration with premier educational Institutions is one of the
critical elements envisaged by AAI in the field of Research and Development.”
A K Dutta described the AAI-IIT partnership as a “game changer in Indian aviation in the years to come.”
Date: 24th May 2018
Publication: Deccan Herald
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: AAI, IIT-Madras to jointly develop navigation systems
URL: https://www.deccanherald.com/national/aai-iit-madras-jointly-develop-navigation-systems-
671404.html
AAI and IIT to collaborate for strengthening air navigation services
NEW DELHI: The Airports Authority of India (AAI) has tied up with IIT Madras to do “collaborative
research” on air navigation systems (ANS) and augment ATC infrastructure to cope up with the massive
growth in air traffic in India.
On Wednesday, an MoU was signed by AAI’s member (ANS) A K Dutta and IIT Madras dean (industrial
consultancy and sponsored research) Ravindra Gettu which provides for transfer of knowledge /skill by
IIT Madras experts in the areas of mathematical/analytical/artificial intelligence/data mining solutions
that are essential to carry out research.
“AAI will be providing a unique opportunity to researchers of IIT Madras by way of exposure to the new
dimension of ANS leading to innovative ideas in the field. This will ultimately open up many areas in the
aviation arena to the start-up companies and other industries in India to introduce products under
‘Make in India’ policy of the government,” AAI said in a statement.
To meet the aggressive air traffic growth, AAI will create a world-class R&D centre in Hyderabad to
develop in-house research capabilities in the field of airport and ANS. The Civil Aviation Research
Organization will be established at Begumpet Airport, Hyderabad over an area of about 27 acres with a
budget of about Rs 1,200 crore spread over 12 years for R&D infrastructure development and Rs 31
crore annually will be spent towards research activities every year.
AAI chairman Guruprasad Mohapatra said: “AAI is managing around 130 airports and is the sole service
provider of ANS. It is high time that we should focus on developing excellence in these fields through
innovation and adoption of technologies to provide enhanced efficiencies and safe passenger and
aircraft movement.”
He further added that as part of AAI's ambitious plans to develop its own in-house capabilities to
support indigenous AAI activities, AAI has taken steps to establish a state-of-the-art Civil Aviation
Research Organisation at Hyderabad. Collaboration with premier educational Institutions is one of the
critical elements envisaged by AAI in the field of Research and Development.”
A K Dutta described the AAI-IIT partnership as a “game changer in Indian aviation in the years to come.”
Date: 24th May 2018
Publication: The Hans India
Edition: Delhi/Hyderabad
Page no.: 14
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: IIT Madras ties up with AAI
URL: http://www.thehansindia.com/posts/index/Young-Hans/2018-05-24/IIT-Madras-ties-up-with-
AAI/383671
Date: 24th May 2018
Publication: Business Standard
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: IIT Madras joins hands with AAI for research on air navigation systems
URL: http://www.business-standard.com/article/pti-stories/iit-madras-inks-pact-with-aai-for-research-
on-air-navigation-systems-118052300709_1.html
IIT Madras joins hands with AAI for research on air navigation systems
The MoU signed on Wedne provides for transfer of knowledge and skill by the IIT Madras experts in the
areas essential to carry out research, including mathematical, analytical, artificial intelligence
The Indian Institute of Technology (IIT), Madras and the Airports Authority of India (AAI) have joined
hands to take up collaborative research on air navigation systems in addition to helping address the
challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was signed on Wednesday by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space.
Date: 24th May 2018
Publication: UNI
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: IIT-Madras inks pact with AAI for Air Navigation Systems research
URL: http://www.uniindia.com/~/iit-madras-inks-pact-with-aai-for-air-navigation-systems-
research/States/news/1239138.html
IIT Madras joins hands with AAI for research on air navigation systems
The MoU signed on Wedne provides for transfer of knowledge and skill by the IIT Madras experts in the
areas essential to carry out research, including mathematical, analytical, artificial intelligence
The Indian Institute of Technology (IIT), Madras and the Airports Authority of India (AAI) have joined
hands to take up collaborative research on air navigation systems in addition to helping address the
challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was signed on Wednesday by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space.
Date: 24th May 2018
Publication: Outlook India
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: IIT-Madras inks pact with AAI for research on air navigation systems
URL: https://www.outlookindia.com/newsscroll/iitmadras-inks-pact-with-aai-for-research-on-air-
navigation-systems/1314605
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 The Indian Institute of Technology (IIT), Madras and the Airports Authority of India
(AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
“We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space.
Date: 24th May 2018
Publication: Edex Live
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: IIT Madras to research on Air Navigation Systems, joins hands with Airports Authority of
India
URL: http://www.edexlive.com/news/2018/may/23/iit-madras-to-research-on-air-navigation-systems-
joins-hands-with-airports-authority-of-india-2958.html
IIT-Madras inks pact with AAI for research on air navigation systems
The Indian Institute of Technology (IIT), Madras and the Airports Authority of India (AAI) have joined
hands to take up collaborative research on air navigation systems in addition to helping address the
challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
“We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space.
Date: 24th May 2018
Publication: India Today
Edition: Online
Journalist : NA
Professor: Prof Bhaskar Ramamurthi and Prof Ravindra Gettu
Headline: IIT-Madras inks pact with AAI for research on air navigation systems
URL: https://www.indiatoday.in/pti-feed/story/iit-madras-inks-pact-with-aai-for-research-on-air-
navigation-systems-1239581-2018-05-23
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 (PTI) The Indian Institute of Technology (IIT), Madras and the Airports Authority of
India (AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
?We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space.
Date: 24th May 2018
Publication: News Boss
Edition: Online
Journalist : NA
Headline: IIT Madras joins hands with AAI for research on air navigation systems
URL: http://newsboss.in/ly/jrQutk/IIT-Madras-joins-hands-with-AAI-for-research-on-air-navigation-
systems
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 (PTI) The Indian Institute of Technology (IIT), Madras and the Airports Authority of
India (AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
?We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space. PTI GJS GJS MG MG
Date: 24th May 2018
Publication: Biz News Index
Edition: Online
Journalist : NA
Headline: IIT Madras joins hands with AAI for research on air navigation systems
URL: http://www.biznewsindex.com/news/iit-madras-joins-hands-with-aai-for-research-on-air-
navigation-systems
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 (PTI) The Indian Institute of Technology (IIT), Madras and the Airports Authority of
India (AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
?We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space. PTI GJS GJS MG MG
Date: 24th May 2018
Publication: News Now
Edition: Online
Journalist : NA
Headline: IIT-M inks pact with AAI for research in air navigation systems
URL: http://www.newsnow.in/news/iit-m-inks-pact-with-aai-for-research-in-air-navigation-systems
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 (PTI) The Indian Institute of Technology (IIT), Madras and the Airports Authority of
India (AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
?We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space. PTI GJS GJS MG MG
Date: 24th May 2018
Publication: Net India 123
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Bhaskar Ramamurthi
Headline: IIT-Madras inks pact with AAI for Air Navigation Systems research
URL: https://www.netindia123.com/articles/showdetails.asp?id=3349984&n_date=20180523&cat=India
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 (PTI) The Indian Institute of Technology (IIT), Madras and the Airports Authority of
India (AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
?We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space. PTI GJS GJS MG MG
Date: 24th May 2018
Publication: India Com
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Bhaskar Ramamurthi
Headline: IIT-Madras inks pact with AAI for research on air navigation systems
URL: http://www.india.com/news/agencies/iit-madras-inks-pact-with-aai-for-research-on-air-
navigation-systems-3070477/
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 (PTI) The Indian Institute of Technology (IIT), Madras and the Airports Authority of
India (AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
?We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space. PTI GJS GJS MG MG
Date: 24th May 2018
Publication: Eenadu India
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Bhaskar Ramamurthi
Headline: IIT-Madras inks pact with AAI for research on air navigation systems
URL: http://www.eenaduindia.com/news/national-news/2018/05/23162233/IITMadras-inks-pact-with-
AAI-for-research-on-air-navigation.vpf
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 (PTI) The Indian Institute of Technology (IIT), Madras and the Airports Authority of
India (AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
?We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space. PTI GJS GJS MG MG
Date: 24th May 2018
Publication: Smart Investor
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Bhaskar Ramamurthi
Headline: IIT Madras joins hands with AAI for research on air navigation systems
URL: http://smartinvestor.business-standard.com/market/story-527902-storydet-
IIT_Madras_joins_hands_with_AAI_for_research_on_air_navigation_systems.htm#.WwZUNu6FOM9
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 (PTI) The Indian Institute of Technology (IIT), Madras and the Airports Authority of
India (AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
?We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space. PTI GJS GJS MG MG
Date: 24th May 2018
Publication: Web India 123
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Bhaskar Ramamurthi
Headline: IIT-Madras inks pact with AAI for Air Navigation Systems research
URL: https://news.webindia123.com/news/articles/India/20180523/3349984.html
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 (PTI) The Indian Institute of Technology (IIT), Madras and the Airports Authority of
India (AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
?We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space. PTI GJS GJS MG MG
Date: 24th May 2018
Publication: India Finance News
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Bhaskar Ramamurthi
Headline: IIT Madras joins hands with AAI for research on air navigation systems
URL: https://www.indiafinancenews.com/iit-madras-joins-hands-with-aai-for-research-on-air-
navigation-systems/
IIT-Madras inks pact with AAI for research on air navigation systems
New Delhi, May 23 (PTI) The Indian Institute of Technology (IIT), Madras and the Airports Authority of
India (AAI) have joined hands to take up collaborative research on air navigation systems in addition to
helping address the challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
?We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space.
Date: 24th May 2018
Publication: Dainik Yashbhoomi
Edition: Mumbai
Page No: 3
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: IIT-M, joined hands with AAI
Date: 24th May 2018
Publication: Dainik Statesman
Edition: Kolkata/Delhi
Page No: 8
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: IIT-Madras inks pact with AAI
Date: 24th May 2018
Publication: Echo of India
Edition: Kolkata
Page No: 9
Journalist : NA
Professor: Prof Bhaskar Ramamurthi and Prof Ravindra Gettu
Headline: IIT-Madras inks pact with AAI
Date: 24th May 2018
Publication: Political and Business Daily
Edition: Kolkata
Page No: 9
Journalist : NA
Professor: Prof Bhaskar Ramamurthi and Prof Ravindra Gettu
Headline: IIT Madras ties up with AAI for air navigation systems research
Date: 24th May 2018
Publication: Trade Briefs
Edition: Online
Journalist : NA
Professor: Prof Bhaskar Ramamurthi and Prof Ravindra Gettu
Headline: Why Airports Authority of India has tied up with IIT-Madras for aviation sector
URL:
https://www.tradebriefs.com/index.php?option=com_content&view=article&id=655112:Logistics&catid
=19:logistics&Itemid=101
The Indian Institute of Technology (IIT), Madras and the Airports Authority of India (AAI) have joined
hands to take up collaborative research on air navigation systems in addition to helping address the
challenges regarding aviation infrastructure and air traffic management.
The Indian Institute of Technology (IIT), Madras and the Airports Authority of India (AAI) have joined
hands to take up collaborative research on air navigation systems in addition to helping address the
challenges regarding aviation infrastructure and air traffic management.A Memorandum of
Understanding (MoU) was today signed here by Ravindra Gettu, Dean (Industrial Consultancy and
Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).“We are eager to
partner with the AAI to bring in innovation in airport and navigation management to address challenges
in India Aviation Sector,” said Bhaskar Ramamurthi, Director, IIT Madras.On the other hand, Gettu while
talking about the MOU said that it is “expected to facilitate the access of crucial data related to air traffic
for researchers of IIT Madras”.
Date: 25th May 2018
Publication: Defence Aviation Post
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu
Headline: IIT Madras Joins Hands With Airports Authority Of India For Research On Air Navigation
System
URL: https://defenceaviationpost.com/iit-madras-joins-hands-with-airports-authority-of-india-for-
research-on-air-navigation-system/
IIT Madras Joins Hands With Airports Authority Of India For Research On Air Navigation System
The Indian Institute of Technology, Madras and the Airports Authority of India (AAI) have joined hands
to take up collaborative research on air navigation systems. This would support AAI in addressing
aviation infrastructure and air traffic management challenges for the common good of Indian economy.
A Memorandum of Understanding (MoU) was signed between Prof Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and Sri A.K. Dutta, Member (Air Navigation Services),
AAI, to seal the agreement.
The MoU provides for Transfer of Knowledge /skill by IIT Madras experts in the areas of
mathematical/analytical/artificial intelligence/data mining solutions that are essential to carry out
research. AAI will be providing a unique opportunity to researchers of IIT Madras by way of exposure to
the new dimension of Air Navigation Services leading to innovative ideas in the field. This will ultimately
open up many areas in the aviation arena to the start-up companies and other industries in India to
introduce products under “Make in India” policy of the government. Read More
Date: 25th May 2018
Publication: The India Saga
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Bhaskar Ramamurthi
Headline: IIT Madras Joins Hands with Airports Authority of India for research on Air Navigation
System
URL: http://theindiasaga.com/nation/iit-madras-joins-hands-with-airports-authority-of-india-for-
research-on-air-navigation-system
IIT Madras Joins Hands with Airports Authority of India for research on Air Navigation System
The Indian Institute of Technology, Madras and the Airports Authority of India (AAI) have joined hands
to take up collaborative research on air navigation systems. This would support AAI in addressing
aviation infrastructure and air traffic management challenges for the common good of Indian economy.
A Memorandum of Understanding (MoU) was signed between Prof Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and Sri A.K. Dutta, Member (Air Navigation Services),
AAI, to seal the agreement.
The MoU provides for Transfer of Knowledge /skill by IIT Madras experts in the areas of
mathematical/analytical/artificial intelligence/data mining solutions that are essential to carry out
research. AAI will be providing a unique opportunity to researchers of IIT Madras by way of exposure to
the new dimension of Air Navigation Services leading to innovative ideas in the field. This will ultimately
open up many areas in the aviation arena to the start-up companies and other industries in India to
introduce products under “Make in India” policy of the government.
Speaking about the importance of this collaboration, Prof Bhaskar Ramamurthi, Director, IIT Madras,
said, “IIT Madras is eager to partner with AAI to bring in innovation in airport and navigation
management to address challenges in India aviation sector.”
Speaking to the occasion, Prof Ravindra Gettu said, “IIT Madras is glad to collaborate with AAI, especially
with their new research wing in the modernization of the air traffic management in our country.”
Prof Ravindra Gettu further affirmed that the MoU would ensure synergy of capabilities of both the
organisations in their respective domains, paving the way for mutually beneficial and lasting solutions in
the ever growing field of Aviation. This MoU is also expected to facilitate the access of crucial data
related to air traffic for researchers of IIT Madras.
Airport Authority of India manages 125 airports and provides air navigation services over 2.8 million
square nautical miles of air space. It has been taking up Air Navigation Services (ANS) and airport
infrastructure modernization plans to keep pace with the exponential growth in air traffic in India.
As part of AAI's ambitious ANS up gradation plans and keeping in view the need for developing in-house
capabilities by establishing an efficient R&D system to support various on-going AAI initiatives
indigenously, AAI has established a state-of-the-art Civil Aviation Research Organisation at Hyderabad.
Collaboration with premier educational Institutions is one of the critical elements envisaged by AAI in
R&D.
Through this significant MoU, IIT Madras’ IC&SR, which has been playing a vital role in bringing together
the experts from the Industry and the faculty, will collaborate with AAI to embark on joint research
programs that would benefit Aviation System as a whole.
Date: 25th May 2018
Publication: News Bytes
Edition: Online
Journalist : Pallabi Chatterjee
Professor: Prof Ravindra Gettu
Headline: AAI strikes deal with IIT-Madras to improve air navigation
URL: https://www.newsbytesapp.com/timeline/India/23416/107200/aai-iit-madras-strike-deal-to-
improve-air-navigation
IIT Madras Joins Hands with Airports Authority of India for research on Air Navigation System
The Indian Institute of Technology, Madras and the Airports Authority of India (AAI) have joined hands
to take up collaborative research on air navigation systems. This would support AAI in addressing
aviation infrastructure and air traffic management challenges for the common good of Indian economy.
A Memorandum of Understanding (MoU) was signed between Prof Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and Sri A.K. Dutta, Member (Air Navigation Services),
AAI, to seal the agreement.
The MoU provides for Transfer of Knowledge /skill by IIT Madras experts in the areas of
mathematical/analytical/artificial intelligence/data mining solutions that are essential to carry out
research. AAI will be providing a unique opportunity to researchers of IIT Madras by way of exposure to
the new dimension of Air Navigation Services leading to innovative ideas in the field. This will ultimately
open up many areas in the aviation arena to the start-up companies and other industries in India to
introduce products under “Make in India” policy of the government.
Speaking about the importance of this collaboration, Prof Bhaskar Ramamurthi, Director, IIT Madras,
said, “IIT Madras is eager to partner with AAI to bring in innovation in airport and navigation
management to address challenges in India aviation sector.”
Speaking to the occasion, Prof Ravindra Gettu said, “IIT Madras is glad to collaborate with AAI, especially
with their new research wing in the modernization of the air traffic management in our country.”
Prof Ravindra Gettu further affirmed that the MoU would ensure synergy of capabilities of both the
organisations in their respective domains, paving the way for mutually beneficial and lasting solutions in
the ever growing field of Aviation. This MoU is also expected to facilitate the access of crucial data
related to air traffic for researchers of IIT Madras.
Airport Authority of India manages 125 airports and provides air navigation services over 2.8 million
square nautical miles of air space. It has been taking up Air Navigation Services (ANS) and airport
infrastructure modernization plans to keep pace with the exponential growth in air traffic in India.
As part of AAI's ambitious ANS up gradation plans and keeping in view the need for developing in-house
capabilities by establishing an efficient R&D system to support various on-going AAI initiatives
indigenously, AAI has established a state-of-the-art Civil Aviation Research Organisation at Hyderabad.
Collaboration with premier educational Institutions is one of the critical elements envisaged by AAI in
R&D.
Through this significant MoU, IIT Madras’ IC&SR, which has been playing a vital role in bringing together
the experts from the Industry and the faculty, will collaborate with AAI to embark on joint research
programs that would benefit Aviation System as a whole.
Date: 25th May 2018
Publication: EduAdvice
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Bhaskar Ramamurthi
Headline: IIT Madras joins hands with Airports Authority of India (AAI) to
URL: http://eduadvice.in/home/NewsDetail?pid=12962
IIT Madras Joins Hands with Airports Authority of India for research on Air Navigation System
The Indian Institute of Technology, Madras and the Airports Authority of India (AAI) have joined hands
to take up collaborative research on air navigation systems. This would support AAI in addressing
aviation infrastructure and air traffic management challenges for the common good of Indian economy.
A Memorandum of Understanding (MoU) was signed between Prof Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and Sri A.K. Dutta, Member (Air Navigation Services),
AAI, to seal the agreement.
The MoU provides for Transfer of Knowledge /skill by IIT Madras experts in the areas of
mathematical/analytical/artificial intelligence/data mining solutions that are essential to carry out
research. AAI will be providing a unique opportunity to researchers of IIT Madras by way of exposure to
the new dimension of Air Navigation Services leading to innovative ideas in the field. This will ultimately
open up many areas in the aviation arena to the start-up companies and other industries in India to
introduce products under “Make in India” policy of the government.
Speaking about the importance of this collaboration, Prof Bhaskar Ramamurthi, Director, IIT Madras,
said, “IIT Madras is eager to partner with AAI to bring in innovation in airport and navigation
management to address challenges in India aviation sector.”
Speaking to the occasion, Prof Ravindra Gettu said, “IIT Madras is glad to collaborate with AAI, especially
with their new research wing in the modernization of the air traffic management in our country.”
Prof Ravindra Gettu further affirmed that the MoU would ensure synergy of capabilities of both the
organisations in their respective domains, paving the way for mutually beneficial and lasting solutions in
the ever growing field of Aviation. This MoU is also expected to facilitate the access of crucial data
related to air traffic for researchers of IIT Madras.
Airport Authority of India manages 125 airports and provides air navigation services over 2.8 million
square nautical miles of air space. It has been taking up Air Navigation Services (ANS) and airport
infrastructure modernization plans to keep pace with the exponential growth in air traffic in India.
As part of AAI's ambitious ANS up gradation plans and keeping in view the need for developing in-house
capabilities by establishing an efficient R&D system to support various on-going AAI initiatives
indigenously, AAI has established a state-of-the-art Civil Aviation Research Organisation at Hyderabad.
Collaboration with premier educational Institutions is one of the critical elements envisaged by AAI in
R&D.
Through this significant MoU, IIT Madras’ IC&SR, which has been playing a vital role in bringing together
the experts from the Industry and the faculty, will collaborate with AAI to embark on joint research
programs that would benefit Aviation System as a whole.
Date: 25th May 2018
Publication: Bureaucracy Buzz
Edition: Online
Journalist : NA
Headline: Airports Authority of India (AAI) joins hands with IIT, Madras to research on Air Navigation
Systems
URL: http://bureaucracybuzz.com/2018/05/24/airports-authority-of-india-aai-joins-hands-with-iit-
madras-to-research-on-air-navigation-systems/
IIT Madras Joins Hands with Airports Authority of India for research on Air Navigation System
The Indian Institute of Technology, Madras and the Airports Authority of India (AAI) have joined hands
to take up collaborative research on air navigation systems. This would support AAI in addressing
aviation infrastructure and air traffic management challenges for the common good of Indian economy.
A Memorandum of Understanding (MoU) was signed between Prof Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and Sri A.K. Dutta, Member (Air Navigation Services),
AAI, to seal the agreement.
The MoU provides for Transfer of Knowledge /skill by IIT Madras experts in the areas of
mathematical/analytical/artificial intelligence/data mining solutions that are essential to carry out
research. AAI will be providing a unique opportunity to researchers of IIT Madras by way of exposure to
the new dimension of Air Navigation Services leading to innovative ideas in the field. This will ultimately
open up many areas in the aviation arena to the start-up companies and other industries in India to
introduce products under “Make in India” policy of the government.
Speaking about the importance of this collaboration, Prof Bhaskar Ramamurthi, Director, IIT Madras,
said, “IIT Madras is eager to partner with AAI to bring in innovation in airport and navigation
management to address challenges in India aviation sector.”
Speaking to the occasion, Prof Ravindra Gettu said, “IIT Madras is glad to collaborate with AAI, especially
with their new research wing in the modernization of the air traffic management in our country.”
Prof Ravindra Gettu further affirmed that the MoU would ensure synergy of capabilities of both the
organisations in their respective domains, paving the way for mutually beneficial and lasting solutions in
the ever growing field of Aviation. This MoU is also expected to facilitate the access of crucial data
related to air traffic for researchers of IIT Madras.
Airport Authority of India manages 125 airports and provides air navigation services over 2.8 million
square nautical miles of air space. It has been taking up Air Navigation Services (ANS) and airport
infrastructure modernization plans to keep pace with the exponential growth in air traffic in India.
As part of AAI's ambitious ANS up gradation plans and keeping in view the need for developing in-house
capabilities by establishing an efficient R&D system to support various on-going AAI initiatives
indigenously, AAI has established a state-of-the-art Civil Aviation Research Organisation at Hyderabad.
Collaboration with premier educational Institutions is one of the critical elements envisaged by AAI in
R&D.
Through this significant MoU, IIT Madras’ IC&SR, which has been playing a vital role in bringing together
the experts from the Industry and the faculty, will collaborate with AAI to embark on joint research
programs that would benefit Aviation System as a whole.
Date: 25th May 2018
Publication: College Dekho
Edition: Online
Journalist : Simran Saini
Professor: Prof Ravindra Gettu and Prof Bhaskar Ramamurthi
Headline: IIT Madras Collaborates with AAI for Research on Air Navigation Systems
URL: https://www.collegedekho.com/news/iit-madras-collaborate-aai-research-air-navigation-systems-
13733/
IIT Madras Joins Hands with Airports Authority of India for research on Air Navigation System
The Indian Institute of Technology, Madras and the Airports Authority of India (AAI) have joined hands
to take up collaborative research on air navigation systems. This would support AAI in addressing
aviation infrastructure and air traffic management challenges for the common good of Indian economy.
A Memorandum of Understanding (MoU) was signed between Prof Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and Sri A.K. Dutta, Member (Air Navigation Services),
AAI, to seal the agreement.
The MoU provides for Transfer of Knowledge /skill by IIT Madras experts in the areas of
mathematical/analytical/artificial intelligence/data mining solutions that are essential to carry out
research. AAI will be providing a unique opportunity to researchers of IIT Madras by way of exposure to
the new dimension of Air Navigation Services leading to innovative ideas in the field. This will ultimately
open up many areas in the aviation arena to the start-up companies and other industries in India to
introduce products under “Make in India” policy of the government.
Speaking about the importance of this collaboration, Prof Bhaskar Ramamurthi, Director, IIT Madras,
said, “IIT Madras is eager to partner with AAI to bring in innovation in airport and navigation
management to address challenges in India aviation sector.”
Speaking to the occasion, Prof Ravindra Gettu said, “IIT Madras is glad to collaborate with AAI, especially
with their new research wing in the modernization of the air traffic management in our country.”
Prof Ravindra Gettu further affirmed that the MoU would ensure synergy of capabilities of both the
organisations in their respective domains, paving the way for mutually beneficial and lasting solutions in
the ever growing field of Aviation. This MoU is also expected to facilitate the access of crucial data
related to air traffic for researchers of IIT Madras.
Airport Authority of India manages 125 airports and provides air navigation services over 2.8 million
square nautical miles of air space. It has been taking up Air Navigation Services (ANS) and airport
infrastructure modernization plans to keep pace with the exponential growth in air traffic in India.
As part of AAI's ambitious ANS up gradation plans and keeping in view the need for developing in-house
capabilities by establishing an efficient R&D system to support various on-going AAI initiatives
indigenously, AAI has established a state-of-the-art Civil Aviation Research Organisation at Hyderabad.
Collaboration with premier educational Institutions is one of the critical elements envisaged by AAI in
R&D.
Through this significant MoU, IIT Madras’ IC&SR, which has been playing a vital role in bringing together
the experts from the Industry and the faculty, will collaborate with AAI to embark on joint research
programs that would benefit Aviation System as a whole.
Date: 26th May 2018
Publication: Chennai Patrika
Edition: Online
Journalist : NA
Professor: Prof Ravindra Gettu and Prof Bhaskar Ramamurthi,
Headline: IIT Madras joins hands with Airports Authority of India (AAI)
URL: http://news.chennaipatrika.com/post/2018/05/25/IIT-Madras-joins-hands-with-Airports-
Authority-of-India.aspx
'Prof Ravindra Gettu (THIRD RIGHT), Dean (ICSR), IIT Madras, and Sri A.K. Dutta, Member (Air Navigation
Services), Airports Authority of India, displaying the MoU, signed today, 23rd May 2018'
CHENNAI, 23rd May 2018: Indian Institute of Technology Madras and Airports Authority of India (AAI),
the leading Airport and Air navigation Service Provider, have joined hands to take up collaborative
research on Air Navigation Systems. This would support AAI in addressing aviation infrastructure and air
traffic management challenges for the common good of Indian Economy.
A Memorandum of Understanding (MoU) was signed here today, 23rd May 2018, by Prof Ravindra
Gettu, Dean (Industrial Consultancy and Sponsored Research), IIT Madras and Sri A.K. Dutta, Member
(Air Navigation Services), AAI, in the presence of IIT Experts and top-ranking officials from AAI.
Speaking about the importance of this collaboration, Prof Bhaskar Ramamurthi, Director, IIT Madras,
said, “IIT Madras is eager to partner with AAI to bring in innovation in Airport and Navigation
management to address challenges in India Aviation Sector.”
Speaking to the occasion, Prof Ravindra Gettu said, “IIT Madras is glad to collaborate with AAI, especially
with their new research wing in the modernization of the air traffic management in our country.”
Prof Ravindra Gettu further affirmed that the MoU would ensure synergy of capabilities of both the
organisations in their respective domains, paving the way for mutually beneficial and lasting solutions in
the ever growing field of Aviation. This MoU is also expected to facilitate the access of crucial data
related to air traffic for researchers of IIT Madras.
Addressing the experts from both sides during the program, Sri A.K.Dutta said that AAI exuded optimism
that the partnership between the organisations would be a game-changer in Indian Aviation in the years
to come.
The MoU provides for Transfer of Knowledge /skill by IIT Madras experts in the areas of
Mathematical/Analytical/Artificial Intelligence/Data mining solutions that are essential to carry out
research. AAI will be providing a unique opportunity to Researchers of IIT Madras by way of exposure to
the new dimension of Air Navigation Services leading to innovative ideas in the field. This will ultimately
open up many areas in the aviation arena to the start-up companies and other industries in India to
introduce products under “Make in India” policy of the Government of India.
AAI manages 125 airports and provides Air Navigation Services over 2.8 million square nautical miles of
air space. It has been taking up Air Navigation Services (ANS) and Airport Infrastructure Modernization
plans to keep pace with the exponential growth in Air Traffic in India.
As part of AAI's ambitious ANS up gradation plans and keeping in view the need for developing in-house
capabilities by establishing an efficient R&D system to support various on-going AAI initiatives
indigenously, AAI has established a state-of-the-art Civil Aviation Research Organisation at Hyderabad.
Collaboration with premier educational Institutions is one of the critical elements envisaged by AAI in
R&D.
Through this significant MoU, IIT Madras’ IC&SR, which has been playing a vital role in bringing together
the experts from the Industry and the faculty, will collaborate with AAI to embark on joint research
programs that would benefit Aviation System as a whole.
Date: 26th May 2018
Publication: Air Traffic MAnagement
Edition: Online
Journalist : NA
Headline: AAI strikes air navigation deal with IIT-Madras
URL: http://www.airtrafficmanagement.net/2018/05/aai-strikes-air-navigation-deal-with-iitmadras/
CHENNAI, 23rd May 2018: Indian Institute of Technology Madras and Airports Authority of India (AAI),
the leading Airport and Air navigation Service Provider, have joined hands to take up collaborative
research on Air Navigation Systems. This would support AAI in addressing aviation infrastructure and air
traffic management challenges for the common good of Indian Economy.
A Memorandum of Understanding (MoU) was signed here today, 23rd May 2018, by Prof Ravindra
Gettu, Dean (Industrial Consultancy and Sponsored Research), IIT Madras and Sri A.K. Dutta, Member
(Air Navigation Services), AAI, in the presence of IIT Experts and top-ranking officials from AAI.
Speaking about the importance of this collaboration, Prof Bhaskar Ramamurthi, Director, IIT Madras,
said, “IIT Madras is eager to partner with AAI to bring in innovation in Airport and Navigation
management to address challenges in India Aviation Sector.”
Speaking to the occasion, Prof Ravindra Gettu said, “IIT Madras is glad to collaborate with AAI, especially
with their new research wing in the modernization of the air traffic management in our country.”
Prof Ravindra Gettu further affirmed that the MoU would ensure synergy of capabilities of both the
organisations in their respective domains, paving the way for mutually beneficial and lasting solutions in
the ever growing field of Aviation. This MoU is also expected to facilitate the access of crucial data
related to air traffic for researchers of IIT Madras.
Addressing the experts from both sides during the program, Sri A.K.Dutta said that AAI exuded optimism
that the partnership between the organisations would be a game-changer in Indian Aviation in the years
to come.
The MoU provides for Transfer of Knowledge /skill by IIT Madras experts in the areas of
Mathematical/Analytical/Artificial Intelligence/Data mining solutions that are essential to carry out
research. AAI will be providing a unique opportunity to Researchers of IIT Madras by way of exposure to
the new dimension of Air Navigation Services leading to innovative ideas in the field. This will ultimately
open up many areas in the aviation arena to the start-up companies and other industries in India to
introduce products under “Make in India” policy of the Government of India.
AAI manages 125 airports and provides Air Navigation Services over 2.8 million square nautical miles of
air space. It has been taking up Air Navigation Services (ANS) and Airport Infrastructure Modernization
plans to keep pace with the exponential growth in Air Traffic in India.
As part of AAI's ambitious ANS up gradation plans and keeping in view the need for developing in-house
capabilities by establishing an efficient R&D system to support various on-going AAI initiatives
indigenously, AAI has established a state-of-the-art Civil Aviation Research Organisation at Hyderabad.
Collaboration with premier educational Institutions is one of the critical elements envisaged by AAI in
R&D.
Through this significant MoU, IIT Madras’ IC&SR, which has been playing a vital role in bringing together
the experts from the Industry and the faculty, will collaborate with AAI to embark on joint research
programs that would benefit Aviation System as a whole.
Date: 26th May 2018
Publication: India Today
Edition: Online
Journalist : NA
Headline: IIT Madras joins hands with Airports Authority of India (AAI) to Research on Air Navigation
Systems
URL: https://www.indiatoday.in/education-today/news/story/iit-madras-joins-hands-with-airports-
authority-of-india-aai-to-research-on-air-navigation-systems-1241472-2018-05-25
The Indian Institute of Technology (IIT), Madras and the Airports Authority of India (AAI) have joined
hands to take up collaborative research on air navigation systems in addition to helping address the
challenges regarding aviation infrastructure and air traffic management.
A Memorandum of Understanding (MoU) was signed on May 23 by Ravindra Gettu, Dean (Industrial
Consultancy and Sponsored Research), IIT Madras and AK Dutta, Member (Air Navigation Services).
We are eager to partner with the AAI to bring in innovation in airport and navigation management to
address challenges in India Aviation Sector," said Bhaskar Ramamurthi, Director, IIT Madras.
On the other hand, Gettu while talking about the MOU said that it is "expected to facilitate the access of
crucial data related to air traffic for researchers of IIT Madras".
The MoU provides for transfer of knowledge and skill by the IIT Madras experts in the areas essential to
carry out research, including mathematical, analytical, artificial intelligence and data mining solutions.
Notably, the AAI manages 125 airports and provides Air Navigation Services (ANS) over 2.8 million
square nautical miles of air space.
ABOUT IITM
Indian Institute of Technology Madras (IITM) was established in 1959 by the Government of India as an
institute of national importance. The activities of the Institute in various fields of Technology and
Science are carried out in 16 academic departments and several advanced interdisciplinary Research
Academic Centres.
The Institute offers undergraduate and post - graduate programmes leading to the B.Tech., M.Sc.,
M.B.A., M.Tech., M.S., and Ph.D., degrees in a variety of specialisations.
Date: 28th May 2018
Publication: The Times of India -Education Times
Edition: Delhi
Page No: 16
Journalist :NA
Professor: Prof Bhaskar Ramamurthi and Prof Ravindra Gettu
Headline: IIT-Madras AAI to conduct research on Air Navigation Systems
Date: 31st May 2018
Publication: The Financial Express
Edition: Delhi / Mumbai / Pune / Bangalore / Hyderabad / Chennai / Kochi / Ahmedabad
Page No: 22
Journalist : NA
Professor: Prof. Ravindra Gettu
Headline: MoU (AAI)
Date: 3rd May 2018
Publication: Down to Earth
Edition: Online
Faculty: Prof G.K. Suraish Kumar, Prof D. Karunagaran, Prof Raghunathan Rengasamy
Journalist: Sarah Iqbal
Headline: Just tweaking time of administration can make cancer drugs more effective
URL: http://www.downtoearth.org.in/news/just-tweaking-time-of-administration-can-make-cancer-
drugs-more-effective-60389
Just tweaking time of administration can make cancer drugs more effective
IIT Madras researchers found that by aligning drug administration with the internal rhythms of reactive
molecules production, the efficiency of drugs could be increased
Just by changing the time of administering drugs, doctors maybe able to improve outcome of cancer
therapy, suggests new research done at the Indian Institute of Technology-Madras (IITM).
This work is rooted in rhythms of reactive species production. In the course of day-to-day life, all life
forms produce highly reactive molecules called reactive species. While small doses of these molecules
can aid biological functions, when produced at high rates, they can also kill the cell by creating oxidative
stress. Most cancer drugs seek to kill malignant cells by producing rapid bursts of reactive species. But
because there is a lack of specific action, drugs also end up affecting normal cells surrounding cancerous
tumours.
Variation in internal reactive species production has been a neglected area of research. The research
team at IITM led by G.K. Suraish Kumar has found that there’s a lot of fluctuation in levelsof reactive
species within a cell. These short-term fluctuations can be ignored when one is studying a much slower
process such as cell growth, and work with average levels instead.
Cancer therapy relies on increasing oxidative stress beyond a critical point. Therefore, the timing of
internal rhythms in reactive species production is crucial. Scientists found that two important reactive
species used for targeting cancer cells-superoxide radicals and hydroxyl radicals- peak at an interval of
15.4 hours and 25 hours respectively.
They reasoned that by aligning drug administration with internal rhythms of reactive species production,
the efficiency of drugs could be increased. To test this hypothesis,they administered two drugs
menadione and curcumin to cervical cancer cell lines and a colon cancer cell line.
Just by changing the timing of drug administration, researchers could reprogram internal rhythms of
reactive species production. For instance, treating cancer cells with curcumin at the time of increased
superoxide production ensured that the superoxide radical would peak after every 9 hours. By tuning
drug dose to hydroxyl radical production, the periodicity of its rhythm was reduced from 25 hours to 11
hours. This, in turn,improved the drug efficiency by 20%.
The strategy is noninvasive and canbe extended to any cancer drug that operates via production of
reactive species. The researchers are nowplanning to extend this to patients. “All we will have to do is
change the timing of treatment in tune with the peaking of reactive species production,” explained
Suraish Kumar while speaking to India Science Wire. “We believe that doing so will also reduce the
complications associated with cancer treatment.”
The research team also included Karunagaran, Raghunathan Rengaswamy, Uma Kizhuveetil, Meghana
Palukuri, Prerna Bhalla and Steffi Jose. The research project is financially supported by the Science and
Engineering Research Board of the Department of Science and Technology.
Date: 3rd May 2018
Publication: Scroll
Edition: Online
Professor: Prof G.K. Suraish Kumar, Prof D. Karunagaran, Prof Raghunathan Rengasamy,
Journalist: NA
Headline: Lab notes: The timing of administering cancer medication can determine its effectiveness
URL: https://scroll.in/pulse/877709/lab-notes-the-timing-of-administering-cancer-medication-can-
determine-its-effectiveness
Just by changing the time of administering drugs, doctors may be able to improve outcome of cancer
therapy, suggests new research done at the Indian Institute of Technology, Madras.
This work is rooted in rhythms of reactive species production. In the course of day-to-day life, all life
forms produce highly reactive molecules called reactive species. While small doses of these molecules
can aid biological functions, when produced at high rates, they can also kill the cell by creating oxidative
stress. Most cancer drugs seek to kill malignant cells by producing rapid bursts of reactive species. But
because there is a lack of specific action, drugs also end up affecting normal cells surrounding cancerous
tumours.
Variation in internal reactive species production has been a neglected area of research. The research
team at IIT, Madras led by GK Suraish Kumar has found that there is a lot of fluctuation in levels of
reactive species within a cell. These short-term fluctuations can be ignored when one is studying a much
slower process such as cell growth, and work with average levels instead.
Cancer therapy relies on increasing oxidative stress beyond a critical point. Therefore, the timing of
internal rhythms in reactive species production is crucial. Scientists found that two important reactive
species used for targeting cancer cells - superoxide radicals and hydroxyl radicals- peak at an interval of
15.4 hours and 25 hours respectively.
They reasoned that by aligning drug administration with internal rhythms of reactive species production,
the efficiency of drugs could be increased. To test this hypothesis, they administered two drugs
menadione and curcumin to cervical cancer cell lines and a colon cancer cell line.
Just by changing the timing of drug administration, researchers could reprogram internal rhythms of
reactive species production. For instance, treating cancer cells with curcumin at the time of increased
superoxide production ensured that the superoxide radical would peak after every 9 hours. By tuning
drug dose to hydroxyl radical production, the periodicity of its rhythm was reduced from 25 hours to 11
hours. This, in turn, improved the drug efficiency by 20%.
The strategy is noninvasive and can be extended to any cancer drug that operates via production of
reactive species. The researchers are now planning to extend this to patients. “All we will have to do is
change the timing of treatment in tune with the peaking of reactive species production,” explained
Suraish Kumar. “We believe that doing so will also reduce the complications associated with cancer
treatment.”
The research team also included Karunagaran, Raghunathan Rengaswamy, Uma Kizhuveetil, Meghana
Palukuri, Prerna Bhalla and Steffi Jose. The research project is financially supported by the Science and
Engineering Research Board of the Department of Science and Technology.
Date: 3rd May 2018
Publication: Bio Tech
Edition: Online
Journalist: Sarah Iqbal
Professor: Prof G.K. Suraish Kumar, Prof D. Karunagaran, Prof Raghunathan Rengasamy,
Headline: Just tweaking time of administration can make cancer drugs more effective
URL: https://biotechtimes.org/2018/05/02/just-tweaking-time-administration-make-cancer-drugs-
more-effective/
Bengaluru, May 2: Just by changing the time of administering drugs, doctors may be able to improve the
outcome of cancer therapy, suggests new research done at the Indian Institute of Technology-Madras
(IITM).
This work is rooted in rhythms of reactive species production. In the course of day-to-day life, all life
forms produce highly reactive molecules called reactive species. While small doses of these molecules
can aid biological functions, when produced at high rates, they can also kill the cell by creating oxidative
stress. Most cancer drugs seek to kill malignant cells by producing rapid bursts of reactive species. But
because there is a lack of specific action, drugs also end up affecting normal cells surrounding cancerous
tumors.
Variation in internal reactive species production has been a neglected area of research. The research
team at IITM led by G.K. Suraish Kumar has found that there’s a lot of fluctuation in levels of reactive
species within a cell. These short-term fluctuations can be ignored when one is studying a much slower
process such as cell growth, and work with average levels instead.
Cancer therapy relies on increasing oxidative stress beyond a critical point. Therefore, the timing of
internal rhythms in reactive species production is crucial. Scientists found that two important reactive
species used for targeting cancer cells – superoxide radicals and hydroxyl radicals- peak at an interval of
15.4 hours and 25 hours respectively.
Related Glycogen in Neurons of Degenerating Brains is Beneficial: Study
They reasoned that by aligning drug administration with internal rhythms of reactive species production,
the efficiency of drugs could be increased. To test this hypothesis, they administered two drugs
menadione and curcumin to cervical cancer cell lines and a colon cancer cell line.
Just by changing the timing of drug administration, researchers could reprogram internal rhythms of
reactive species production. For instance, treating cancer cells with curcumin at the time of increased
superoxide production ensured that the superoxide radical would peak after every 9 hours. By tuning
drug dose to hydroxyl radical production, the periodicity of its rhythm was reduced from 25 hours to 11
hours. This, in turn, improved the drug efficiency by 20%.
The strategy is noninvasive and can be extended to any cancer drug that operates via production of
reactive species. The researchers are now planning to extend this to patients. “All we will have to do is
change the timing of treatment in tune with the peaking of reactive species production,” explained
Suraishkumar while speaking to India Science Wire. “We believe that doing so will also reduce the
complications associated with cancer treatment.”
The research team also included Karunagaran, Raghunathan Rengaswamy, Uma Kizhuveetil, Meghana
Palukuri, Prerna Bhalla and Steffi Jose. The research project is financially supported by the Science and
Engineering Research Board of the Department of Science and Technology.
Date: 3rd May 2018
Publication: Research Stash
Edition: Online
Journalist: Sarah Iqbal
Professor: Prof G.K. Suraish Kumar, Prof D. Karunagaran, Prof Raghunathan Rengasamy,
Headline: Just Tweaking Time of Administration Can Make Cancer Drugs More Effective
URL: https://www.researchstash.com/2018/05/02/just-tweaking-time-of-administration-can-make-
cancer-drugs-more-effective/
Just Tweaking Time of Administration Can Make Cancer Drugs More Effective
Just by changing the time of administering drugs, doctors may be able to improve the outcome of cancer
therapy, suggests new research done at the Indian Institute of Technology-Madras (IITM).
This work is rooted in rhythms of reactive species production. In the course of day-to-day life, all life
forms produce highly reactive molecules called reactive species. While small doses of these molecules
can aid biological functions, when produced at high rates, they can also kill the cell by creating oxidative
stress. Most cancer drugs seek to kill malignant cells by producing rapid bursts of reactive species. But
because there is a lack of specific action, drugs also end up affecting normal cells surrounding cancerous
tumors.
Variation in internal reactive species production has been a neglected area of research. The research
team at IITM led by G.K. Suraish Kumar has found that there’s a lot of fluctuation in levels of reactive
species within a cell. These short-term fluctuations can be ignored when one is studying a much slower
process such as cell growth, and work with average levels instead.
Cancer therapy relies on increasing oxidative stress beyond a critical point. Therefore, the timing of
internal rhythms in reactive species production is crucial. Scientists found that two important reactive
species used for targeting cancer cells – superoxide radicals and hydroxyl radicals- peak at an interval of
15.4 hours and 25 hours respectively.
They reasoned that by aligning drug administration with internal rhythms of reactive species production,
the efficiency of drugs could be increased. To test this hypothesis, they administered two drugs
menadione and curcumin to cervical cancer cell lines and a colon cancer cell line.
Just by changing the timing of drug administration, researchers could reprogram internal rhythms of
reactive species production. For instance, treating cancer cells with curcumin at the time of increased
superoxide production ensured that the superoxide radical would peak after every 9 hours. By tuning
drug dose to hydroxyl radical production, the periodicity of its rhythm was reduced from 25 hours to 11
hours. This, in turn, improved the drug efficiency by 20%.
The strategy is noninvasive and can be extended to any cancer drug that operates via production of
reactive species. The researchers are now planning to extend this to patients. “All we will have to do is
change the timing of treatment in tune with the peaking of reactive species production,” explained
Suraishkumar while speaking to India Science Wire. “We believe that doing so will also reduce the
complications associated with cancer treatment.”
The research team also included Karunagaran, Raghunathan Rengaswamy, Uma Kizhuveetil, Meghana
Palukuri, Prerna Bhalla and Steffi Jose. The research project is financially supported by the Science and
Engineering Research Board of the Department of Science and Technology (DST). (India Science Wire)
Date: 3rd May 2018
Publication: Paper Dabba
Edition: Online
Journalist: Sarah Iqbal
Professor: Prof G.K. Suraish Kumar, Prof D. Karunagaran, Prof Raghunathan Rengasamy,
Headline: Just Tweaking Time of Administration Can Make Cancer Drugs More Effective
URL: https://paperdabba.com/2018/05/02/just-tweaking-time-of-administration-can-make-cancer-
drugs-more-effective/
Just Tweaking Time of Administration Can Make Cancer Drugs More Effective
Just by changing the time of administering drugs, doctors may be able to improve the outcome of cancer
therapy, suggests new research done at the Indian Institute of Technology-Madras (IITM).
This work is rooted in rhythms of reactive species production. In the course of day-to-day life, all life
forms produce highly reactive molecules called reactive species. While small doses of these molecules
can aid biological functions, when produced at high rates, they can also kill the cell by creating oxidative
stress. Most cancer drugs seek to kill malignant cells by producing rapid bursts of reactive species. But
because there is a lack of specific action, drugs also end up affecting normal cells surrounding cancerous
tumors.
Variation in internal reactive species production has been a neglected area of research. The research
team at IITM led by G.K. Suraish Kumar has found that there’s a lot of fluctuation in levels of reactive
species within a cell. These short-term fluctuations can be ignored when one is studying a much slower
process such as cell growth, and work with average levels instead.
Cancer therapy relies on increasing oxidative stress beyond a critical point. Therefore, the timing of
internal rhythms in reactive species production is crucial. Scientists found that two important reactive
species used for targeting cancer cells – superoxide radicals and hydroxyl radicals- peak at an interval of
15.4 hours and 25 hours respectively.
They reasoned that by aligning drug administration with internal rhythms of reactive species production,
the efficiency of drugs could be increased. To test this hypothesis, they administered two drugs
menadione and curcumin to cervical cancer cell lines and a colon cancer cell line.
Just by changing the timing of drug administration, researchers could reprogram internal rhythms of
reactive species production. For instance, treating cancer cells with curcumin at the time of increased
superoxide production ensured that the superoxide radical would peak after every 9 hours. By tuning
drug dose to hydroxyl radical production, the periodicity of its rhythm was reduced from 25 hours to 11
hours. This, in turn, improved the drug efficiency by 20%.
The strategy is noninvasive and can be extended to any cancer drug that operates via production of
reactive species. The researchers are now planning to extend this to patients. “All we will have to do is
change the timing of treatment in tune with the peaking of reactive species production,” explained
Suraishkumar while speaking to India Science Wire. “We believe that doing so will also reduce the
complications associated with cancer treatment.”
The research team also included Karunagaran, Raghunathan Rengaswamy, Uma Kizhuveetil, Meghana
Palukuri, Prerna Bhalla and Steffi Jose. The research project is financially supported by the Science and
Engineering Research Board of the Department of Science and Technology (DST). (India Science Wire)
Date: 3rd May 2018
Publication: Qoshe
Edition: Online
Journalist: Sarah Iqbal
Professor: Prof G.K. Suraish Kumar
Headline: Just Tweaking Time of Administration Can Make Cancer Drugs More Effective
URL: http://qoshe.com/news/663134da166a1784c26c7efbc67f8f9c
Just Tweaking Time of Administration Can Make Cancer Drugs More Effective
Just by changing the time of administering drugs, doctors may be able to improve the outcome of cancer
therapy, suggests new research done at the Indian Institute of Technology-Madras (IITM).
Researchers at IITM
This work is rooted in rhythms of reactive species production. In the course of day-to-day life, all life
forms produce highly reactive molecules called reactive species. While small doses of these molecules
can aid biological functions, when produced at high rates, they can also kill the cell by creating oxidative
stress. Most cancer drugs seek to kill malignant cells by producing rapid bursts of reactive species. But
because there is a lack of specific action, drugs also end up affecting normal cells surrounding cancerous
tumors.
Variation in internal reactive species production has been a neglected area of research. The research
team at IITM led by G.K. Suraish Kumar has found that there’s a lot of fluctuation in levels of reactive
species within a cell. These short-term fluctuations can be ignored when one is studying a much slower
process such as cell growth.
Date: 3rd May 2018
Publication: The Hindu Business Line
Edition: Online
Journalist: Sarah Iqbal
Professor: Prof G.K. Suraish Kumar, Prof D. Karunagaran, Prof Raghunathan Rengasamy,
Headline: Just tweaking time of administration can make cancer drugs more effective
URL: https://www.thehindubusinessline.com/news/science/just-tweaking-time-of-administration-can-
make-cancer-drugs-more-effective/article23748004.ece
Bengaluru, May 2 just by changing the time of administering drugs, doctors may be able to improve
outcome of cancer therapy, suggests new research done at the Indian Institute of Technology-Madras
(IITM).
This work is rooted in rhythms of reactive species production. In the course of day-to-day life, all life
forms produce highly reactive molecules called reactive species. While small doses of these molecules
can aid biological functions, when produced at high rates, they can also kill the cell by creating oxidative
stress. Most cancer drugs seek to kill malignant cells by producing rapid bursts of reactive species. But
because there is a lack of specific action, drugs also end up affecting normal cells surrounding cancerous
tumours.
Variation in internal reactive species production has been a neglected area of research. The research
team at IITM led by GK Suraish kumar has found that there’s a lot of fluctuation in levels of reactive
species within a cell. These short-term fluctuations can be ignored when one is studying a much slower
process such as cell growth, and work with average levels instead.
Cancer therapy relies on increasing oxidative stress beyond a critical point. Therefore, the timing of
internal rhythms in reactive species production is crucial. Scientists found that two important reactive
species used for targeting cancer cells - superoxide radicals and hydroxyl radicals- peak at an interval of
15.4 hours and 25 hours respectively.
They reasoned that by aligning drug administration with internal rhythms of reactive species production,
the efficiency of drugs could be increased. To test this hypothesis, they administered two drugs
menadione and curcumin to cervical cancer cell lines and a colon cancer cell line.
Just by changing the timing of drug administration, researchers could reprogram internal rhythms of
reactive species production. For instance, treating cancer cells with curcumin at the time of increased
superoxide production ensured that the superoxide radical would peak after every 9 hours. By tuning
drug dose to hydroxyl radical production, the periodicity of its rhythm was reduced from 25 hours to 11
hours. This, in turn, improved the drug efficiency by 20 per cent.
The strategy is noninvasive and can be extended to any cancer drug that operates via production of
reactive species. The researchers are now planning to extend this to patients. “All we will have to do is
change the timing of treatment in tune with the peaking of reactive species production,” explained
Suraishkumar while speaking to India Science Wire. “We believe that doing so will also reduce the
complications associated with cancer treatment.”
The research team also included Karunagaran, Raghunathan Rengaswamy, Uma Kizhuveetil, Meghana
Palukuri, Prerna Bhalla and Steffi Jose. The research project is financially supported by the Science and
Engineering Research Board of the Department of Science and Technology.
Date: 4th May 2018
Publication: APN
Edition: Online
Journalist: NA
Professor: Prof GK Suraish Kumar,Prof D. Karunagaran, Prof Raghunathan Rengasamy
Headline: Just tweaking time of administration can make cancer drugs more effective
URL: http://www.apnlive.com/science/just-tweaking-time-of-administration-can-make-cancer-drugs-
more-effective-42728
Just tweaking time of administration can make cancer drugs more effective
Just by changing the time of administering drugs, doctors may be able to improve outcome of cancer
therapy, suggests new research done at the Indian Institute of Technology-Madras (IITM).
This work is rooted in rhythms of reactive species production. In the course of day-to-day life, all life
forms produce highly reactive molecules called reactive species. While small doses of these molecules
can aid biological functions, when produced at high rates, they can also kill the cell by creating oxidative
stress. Most cancer drugs seek to kill malignant cells by producing rapid bursts of reactive species. But
because there is a lack of specific action, drugs also end up affecting normal cells surrounding cancerous
tumours.
Variation in internal reactive species production has been a neglected area of research. The research
team at IITM led by GK Suraishkumar has found that there’s a lot of fluctuation in levels of reactive
species within a cell. These short-term fluctuations can be ignored when one is studying a much slower
process such as cell growth, and work with average levels instead.
Cancer therapy relies on increasing oxidative stress beyond a critical point. Therefore, the timing of
internal rhythms in reactive species production is crucial. Scientists found that two important reactive
species used for targeting cancer cells – superoxide radicals and hydroxyl radicals – peak at an interval of
15.4 hours and 25 hours respectively.
They reasoned that by aligning drug administration with internal rhythms of reactive species production,
the efficiency of drugs could be increased. To test this hypothesis, they administered two drugs
menadione and curcumin to cervical cancer cell lines and a colon cancer cell line.
Just by changing the timing of drug administration, researchers could reprogram internal rhythms of
reactive species production. For instance, treating cancer cells with curcumin at the time of increased
superoxide production ensured that the superoxide radical would peak after every 9 hours. By tuning
drug dose to hydroxyl radical production, the periodicity of its rhythm was reduced from 25 hours to 11
hours. This, in turn, improved the drug efficiency by 20%.
The strategy is noninvasive and can be extended to any cancer drug that operates via production of
reactive species. The researchers are now planning to extend this to patients. “All we will have to do is
change the timing of treatment in tune with the peaking of reactive species production,” explained
Suraishkumar while speaking to India Science Wire. “We believe that doing so will also reduce the
complications associated with cancer treatment.”
The research team also included Karunagaran, Raghunathan Rengaswamy, Uma Kizhuveetil, Meghana
Palukuri, Prerna Bhalla and Steffi Jose. The research project is financially supported by the Science and
Engineering Research Board of the Department of Science and Technology
Date: 4th May 2018
Publication: India Today
Edition: Online
Journalist: Ms Megha Chaturvedi
Professor: Prof Kamakoti Veezhinathan
Headline: IIT-Madras prof shares his idea of zero investment organic farming in India
URL: https://www.indiatoday.in/education-today/how-i-made-it/story/iit-madrass-prof-shares-his-idea-
of-zero-investment-organic-farming-in-india-1225882-2018-05-04
In 1960s, during the period of green revolution, farmers in India were exposed to high yield variety of
seeds (HYV), pesticides and fertilizers in order to maintain the food security in the country.
Although the rising demand for food was met, soil fertility was degraded to an extent that farmlands
turned completely barren.
Despite that, the continuous and large usage of pesticides till date for meeting the high demand for food
has led to another practice of spraying vegetables and fruits with chemicals for quick and unnatural
growth.
However, people have slowly started to understand the ill effects of such fruits, vegetables and grains
on the body. People are turning towards organic products.
Since the organic products market is at a nascent stage right now in India, people have a lot of questions
regarding it.
To get answers to many such queries and to know more about organic farming, India Today Education
went all the way to IIT-Madras for an exclusive chat with Professor Kamakoti Veezhinathan who is
growing 55 variety of traditional rice in his very own organic farm in Thanjavur district of Tamil Nadu.
THE DAMAGE REGULAR FOOD HAS DONE TO OUR COUNTRY
Prof Kamakoti Veezhinathan, IIT-M, said that people refrain themselves from growing and consuming
organic food because it is expensive. "Organic food is 1.5 to 2 times costlier than the regular food, and
the price of organic food is high because the yield is low."
Demand for organic food is rising in India (Representational picture)
If we learn about the damage caused by regular food to our intestines, we would stop eating it at all. If
you switch to organic, you will consume less quantity of food but you will feel more energetic, claims
Prof Veezhinathan.
Prior to the use of fertilisers, Indian soil was an epitome of fertility. However, these hazardous chemicals
have done so much damage to the soil that it has lost its nutritional balance as well as the capacity to
produce better food. In order to covert a farmland from regular products to organics, one has to wait for
at least one or two years for the soil to settle, from the third year you can start the cultivation and reap
profits by the fifth year," he says.
At least 99 pesticides should have been banned in India: Supreme Court
Pesticides are not only hazardous to the soil but also heavy on the pockets of the farmers, which
apparently became one of the many reasons for suicides in India.
From Kashmir to Kanyakumari, the whole country is facing the repercussions pesticides.
Due to the overuse of pesticides in the field, people living close to the farmland are becoming prone to
cancer. In a state like Punjab, which is known as the breadbasket of India was recorded with 130 cancer
patients per 100,000 people - in line with the national average of 137 as per the survey conducted by
the state government in 2010. In fact, a number of cancer patients are rising high, and, now, the state
has a separate train for cancer patients who travel to Bikaner for specialist treatment.
"The basic motivation of organic farming came when I had two early deaths in my family. Two of my
very close cousins died because of cancer despite the fact that they were completely teetotallers, they
had no bad habits. The only thing that we could trace was pesticides, which they could have consumed
in their food," says Prof Veezhinathan.
In a world of chemicals, it is a herculean task to bring a pure bowl of rice to your dinner table.
Prof Veezhinathan has created a canal boundary around his farm, disjointing it from the adjacent farms
whose soil is filled with chemicals and pesticides.
Moreover, he has also fenced his farm with a layer of trees. "I have planted a couple of trees creating a
boundary of two to three feet around my farm with teak trees and other variety of trees so as to avoid
the effect of pesticides on my crop," he adds.
START YOUR OWN ORGANIC FARM
The Government of India is supporting organic farming. There are several schemes and subsidies
favouring organic farming.
With organic farming, the farmer need not have to bear the burden of expensive chemicals on their
pockets.
Representational picture
"If you have two cows, you can handle six-10 acres of the farm. If you have one cow, then you can
handle five acres of land, no manure is needed. All you need is seeds and if you are healthy enough to
do transplantation and harvesting, you can start your farm right away. If you are not physically capable
to handle the entire farm yourself, then five or 10 farmers can come together to form a group. This way
we can do zero cost farming," he says.
PROF VEEZHINATHAN SHARES HIS INNOVATIVE ZERO INVESTMENT FARMING PLAN
Prof Veezhinathan motivates the entire country to produce chemical-free crop.
Here's how you can start your own organic farm:
The first step is to get a land. So, I took some 6.5 acres of my land and then we fenced it.
Secondly, you need to start using the organic manure. The main ingredients for preparing the manure
are cow dung, cow urine, goat dung, and green manure. I used traditional manures in my field
'Panchagavya' constituting cow dung, cow urine, milk, curd, ghee and 'agniastra' which is made by chilli.
Thirdly, put the green manure in your field, which is available at a throwaway price in the market. Then
allow four-five goats to roam in your field for two or three days, for their excreta is a good manure.
Fourthly, it is time now for the seedling after which you are free to do the transplantation.
Fifth and the foremost step is water management, you can manage water motors with solar energy. I
have a solar cell panel in my field with which I pump water from 90 feet deep bore well. The interesting
fact about using solar energy in a farm is that you can avoid salts and other harmful chemicals coming to
your field from the adjacent farms because the speed of the water is so low. However, generally,
farmers, who use high-speed motors fetch salts along with water.
Also, you are able to maintain the water table, for instance, if your pipe sucks a bucket of water from
wells at a very low speed, then the wells will refill the void in the meantime you suck another portion of
water.
I have also channelized my field with different pipes. If field 'one' requires water, I open the motor of
that particular field instead of letting the water cross through all other fields. In this manner, I conserve
water.
Paddy field (Representational picture)
ORGANIC BOWL OF RICE FROM THANJAVUR
Shunning the myths and false notions regarding the fragility of organic farming, Prof Veezhinathan
shares his stories showing the endurance level of an organic crop.
PEST
There was a sudden bust of disease in Thanjavur, fields were full of Brown plant leafhopper (pogayan).
While the entire paddy in which fertilizers were used fell off, not even one small infection affected my
farm.
RAIN
The second shocking fact I came across regarding the organic farming was that it was able to withstand
the rain water for four days in a strech, while the normal harvest in the adjacent farms fell off, despite
keeping a cover of chemicals.
BIRDS
Thirdly, since the time I started growing an organic crop in my area birds come often to our fields. I
remember, one fine morning, when I was crossing the farm, my field was all green though it was the
time for it to turn yellow. When I came closer and clapped, around one thousand parrots flew off and it
was a breathtaking scene. While the adjacent farms had not even a single parrot. This shows birds have
a taste for organic food and they will only add to your farm.
Date: 5th May 2018
Publication: The Hindu Business Line
Edition: Chennai / Delhi / Mumbai / Pune / Bangalore / Hyderabad / Kolkata / Kochi / Ahmedabad
Page No: 16
Journalist : NA
Professor: Prof G K Suraish kumar
Headline: Timing of drug delivery can work miracles: IIT-M study
Date: 6th May 2018
Publication : The Hindu
Edition: Delhi/Mumbai/Bangalore/Hyderabad/Chennai/Kolkata/Kochi
Page No: 15
Journalist : Sarah Iqbal
Professor: Prof GK Suraish Kumar,Prof D. Karunagaran, Prof Raghunathan Rengasamy
Headline: More punch to cancer drugs
URL: http://www.thehindu.com/sci-tech/health/more-punch-to-cancer-drugs/article23788003.ece
Date: 8th May 2018
Publication: Hindustan Times
Edition: Delhi /Mumbai// Faridabad / Noida
Page no.: 13
Journalist : Anonna Dutt
Professor: Prof Vignesh Muthuvijayan
Headline: Researchers at IIT-Madras make dressing material that heals wounds faster
URL: https://www.hindustantimes.com/science/researchers-at-iit-madras-make-dressing-material-that-
heals-wounds-faster/story-2kok64PJlzqCjzfnfOQpsK.html
Date: 8th May 2018
Publication: Millennium Post
Edition: Delhi/Kolkata
Page no.:2
Journalist : NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT-M develops low-cost diabetic wounds treatment
URL: http://www.millenniumpost.in/features/iit-m-develops-low-cost-diabetic-wounds-treatment-
298361
Date: 8th May 2018
Publication: DNA
Edition: Delhi/Mumbai
Page no.:11
Journalist : NA
Professor: Prof Vignesh Muthuvijayan
Headline: IITians develop wound dressing for diabetics
Date: 8th May 2018
Publication: Hindustan
Edition: Delhi
Page no.:18
Journalist : NA
Headline: IITians develop wound dressing for diabetics
Date: 8th May 2018
Publication: Rashtriya Sahara
Edition: Delhi
Page no.:9
Journalist :NA
Headline: Dressing material developed to treat diabetic wounds
Date: 8th May 2018
Publication: Dinamani
Edition: Chennai
Page no.:3
Journalist :NA
Headline: IIT develop wound dressing material for diabetic patients
URL: https://goo.gl/fuBrLB
Date: 8th May 2018
Publication: The Hans India
Edition: Hyderabad
Page no.:14
Journalist :NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT-M develops innovative wound dressing material
Date: 8th May 2018
Publication: Deccan Chronicle
Edition: Hyderabad
Page no.:2
Journalist : NA
Professor: Prof. Vignesh Muthuvijayan
Headline: IIT-Madras invention to aid diabetic patients
URL: https://www.deccanchronicle.com/lifestyle/health-and-wellbeing/080518/iit-madras-invention-to-
aid-diabetic-patients.html
Date: 8th May 2018
Publication: EduAdvice
Edition: Online
Journalist : NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT Madras develops dressing material to treatdiabetic wounds
URL: http://eduadvice.in/home/NewsDetail?pid=11862
Researchers at Indian Institute of Technology Madras have developed novel reduced graphene oxide
loaded nanocomposite scaffolds for treating normal and diabetic wounds.
Wounds in diabetic patients do not heal as rapidly as it would in a normal and healthy individual. This
leads to chronic non-healing wounds that can result in serious complications like amputations.
Treatment of such chronic non-healing wounds in diabetes is still a major clinical challenge. Although
there are some wound dressings that are commercially available, they are very expensive. As the
diabetic population in India keeps growing, treating these diabetic wounds is a major clinical and social
challenge.
The work of Prof. Vignesh Muthuvijayan, Assistant Professor, Department of Biotechnology, Bhupat and
Jyoti Mehta School of Biosciences, IIT Madras, focuses on developing low-cost wound dressings that are
effective in treating diabetic wounds. Dr. T Ponrasu, an Institute Postdoctoral Fellow, working under
Prof. Vignesh Muthuvijayan’s mentorship has developed a new and rapid technique for preparing
reduced graphene oxide from graphite powder.
Speaking about his research, Prof. Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras, says, “We wanted to exploit
graphene-based materials’ property of improving blood vessel formation at certain concentrationsto
prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide nanocomposite that we
prepared has shown exciting results in animal studies. We hope this is the first step towards developing
inexpensive wound dressings using graphene-based materials for clinical use.”
Researchers at IIT Madras used a convex lens to focus sunlight on graphene oxide to obtain reduced
graphene oxide. Then, they load these reduced graphene oxide dispersions into a plant carbohydrate
polymer (psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound
healing are used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment,
migration and proliferation. These newly developed scaffolds provide a suitable tissue-friendly
environment for the cells and subsequently improve cell proliferation and attachment.
The wound healing efficacy of these scaffolds was studied, and the results revealed that these scaffolds
provided an ideal environment to wounds for the regrowth of damaged skin through proliferated
fibroblast cells on the injured site. Histopathology and immunohistochemistry analyses showed that
these scaffolds treatment enhanced new blood vessels formation, collagen synthesis and deposition in
treated wounds.
Overall, the research shows that these wound dressings could significantly accelerate healing of normal
and diabetic wounds. The normal wounds treated with the dressings healed in 16 days compared to 23
days in untreated normal wounds. Similarly, the diabetic wounds treated with the dressings healed in 20
days compared to 26 days in untreated diabetic wounds. These scaffolds are easy to prepare,
inexpensive, and show excellent healing properties. Thus, the material acts as a good wound dressing
and helps in accelerated healing of normal and diabetic wounds.
Date: 8th May 2018
Publication: Pharmabiz
Edition: Online
Journalist : NA
Professor: Prof. Vignesh Muthuvijayan
Headline: IIT Madras develops wound dressing material to treat diabetic wounds
URL: http://www.pharmabiz.com/NewsDetails.aspx?aid=108715&sid=1
IIT Madras develops wound dressing material to treat diabetic wounds
Our Bureau, Mumbai
Researchers at Indian Institute of Technology (IIT) Madras have developed novel reduced graphene
oxide loaded nanocomposite scaffolds for treating normal and diabetic wounds.
Wounds in diabetic patients do not heal as rapidly as it would in a normal and healthy individual. This
leads to chronic non-healing wounds that can result in serious complications like amputations.
Treatment of such chronic non-healing wounds in diabetes is still a major clinical challenge. Although
there are some wound dressings that are commercially available, they are very expensive. As the
diabetic population in India keeps growing, treating these diabetic wounds is a major clinical and social
challenge.
The work of Prof. Vignesh Muthuvijayan, Assistant Professor, Department of Biotechnology, Bhupat and
Jyoti Mehta School of Biosciences, IIT Madras, focuses on developing low-cost wound dressings that are
effective in treating diabetic wounds. Dr. T Ponrasu, an Institute Postdoctoral Fellow, working under
Prof. Vignesh Muthuvijayan’s mentorship has developed a new and rapid technique for preparing
reduced graphene oxide from graphite powder.
Speaking about his research, Prof. Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras, say, “We wanted to exploit
graphene-based materials’ property of improving blood vessel formation at certain concentrations to
prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide nanocomposite that we
prepared has shown exciting results in animal studies. We hope this is the first step towards developing
inexpensive wound dressings using graphene-based materials for clinical use.”
Researchers at IIT Madras used a convex lens to focus sunlight on graphene oxide to obtain reduced
graphene oxide. Then, they load these reduced graphene oxide dispersions into a plant carbohydrate
polymer (psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound
healing are used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment,
migration and proliferation. These newly developed scaffolds provide a suitable tissue-friendly
environment for the cells and subsequently improve cell proliferation and attachment.
The wound healing efficacy of these scaffolds was studied, and the results revealed that these scaffolds
provided an ideal environment to wounds for the regrowth of damaged skin through proliferated
fibroblast cells on the injured site. Histopathology and immunohistochemistry analyses showed that
these scaffolds treatment enhanced new blood vessels formation, collagen synthesis and deposition in
treated wounds.
Overall, the research shows that these wound dressings could significantly accelerate healing of normal
and diabetic wounds. The normal wounds treated with the dressings healed in 16 days compared to 23
days in untreated normal wounds. Similarly, the diabetic wounds treated with the dressings healed in 20
days compared to 26 days in untreated diabetic wounds. These scaffolds are easy to prepare,
inexpensive, and show excellent healing properties. Thus, the material acts as a good wound dressing
and helps in accelerated healing of normal and diabetic wounds.
Date: 8th May 2018
Publication: The Health Site
Edition: Online
Journalist : NA
Professor: Prof. Vignesh Muthuvijayan
Headline: IIT Madras: A wound dressing material to treat diabetic wounds
URL: http://www.thehealthsite.com/news/iit-madras-a-wound-dressing-material-to-treat-diabetic-
wounds-ag0518/
Researchers at Indian Institute of Technology Madras have developed novel reduced graphene oxide
loaded nanocomposite scaffolds for treating normal and diabetic wounds.
Wounds in diabetic patients do not heal as rapidly as it would in a normal and healthy individual. This
leads to chronic non-healing wounds that can result in serious complications like amputations.
Treatment of such chronic non-healing wounds in diabetes is still a major clinical challenge. Although
thee are some wound dressings that are commercially available, they are very expensive.
The work of Prof. Vignesh Muthuvijayan, Assistant Professor, Department of Biotechnology, Bhupat and
Jyoti Mehta School of Biosciences, IIT Madras, focuses on developing low-cost wound dressings that are
effective in treating diabetic wounds. Dr. T Ponrasu, an Institute Postdoctoral Fellow, working under
Prof. Vignesh Muthuvijayan’s mentorship has developed a new and rapid technique for preparing
reduced graphene oxide from graphite powder.
Dr. Vignesh Muthuvijayan (left) and Dr T Ponrasu, department of Biotechnology, IIT Madras.
Speaking about his research, Prof. Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras said, “We wanted to exploit
graphene-based materials’ property of improving blood vessel formation at certain concentrations to
prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide nanocomposite that we
prepared has shown exciting results in animal studies. We hope this is the first step towards developing
inexpensive wound dressings using graphene-based materials for clinical use.”
Researchers at IIT Madras used a convex lens to focus sunlight on graphene oxide to obtain reduced
graphene oxide. Then, they load these reduced graphene oxide dispersions into a plant carbohydrate
polymer (psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound
healing are used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment,
migration and proliferation. These newly developed scaffolds provide a suitable tissue-friendly
environment for the cells and subsequently improve cell proliferation and attachment.
The wound healing efficacy of these scaffolds was studied, and the results revealed that these scaffolds
provided an ideal environment to wounds for the regrowth of damaged skin through proliferated
fibroblast cells on the injured site. Histopathology and immunohistochemistry analyses showed that
these scaffolds treatment enhanced new blood vessels formation, collagen synthesis and deposition in
treated wounds.
Overall, the research shows that these wound dressings could significantly accelerate healing of normal
and diabetic wounds. The normal wounds treated with the dressings healed in 16 dayscompared to 23
days in untreated normal wounds. Similarly, the diabetic wounds treated with the dressings healed in 20
dayscompared to 26 days in untreated diabetic wounds. These scaffolds are easy to prepare,
inexpensive, and show excellent healing properties. Thus, the material acts as a good wound dressing
and helps in accelerated healing of normal and diabetic wounds.
Date: 8th May 2018
Publication: Business Standard
Edition: Online
Journalist : NA
Professor: Prof. Vignesh Muthuvijayan
Headline: IIT students develop wound dressing material for diabetic patients
URL: http://www.business-standard.com/article/pti-stories/iit-students-develop-wound-dressing-
material-for-diabetic-patients-118050700648_1.html
Students at IIT Madras have developed a wound dressing material for diabetic patients using
graphene-based components.
Wounds in diabetic patients do not heal as rapidly as in a normal and healthy individual. This leads to
chronic non-healing wounds that can result in serious complications which make amputations
necessary. Treatment of such chronic non-healing wounds is still a major clinical challenge.
We wanted to exploit the property of graphene-based materials of improving blood vessel formation at
certain concentrations to prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide
nanocomposite that we prepared showed exciting results in animal studies.
"We hope this is the first step towards developing inexpensive wound dressings using graphene-based
materials for clinical use," said Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology.
The researchers used a convex lens to focus sunlight on graphene oxide to obtain reduced graphene
oxide.
"Thereafter, they loaded these reduced graphene oxide dispersions into a plant carbohydrate polymer
(psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound healing,
were used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment, migration
and proliferation.
"These newly developed scaffolds provide a suitable tissue-friendly environment for cells and
subsequently improve cell proliferation and attachment," Muthuvijayan added.
As per the trials, normal wounds treated with the dressings healed in 16 days as compared to 23 days in
untreated normal wounds. Similarly, diabetic wounds treated with the dressings healed in 20 days as
against 26 days in untreated diabetic wounds.
"These scaffolds are easy to prepare, inexpensive, and show excellent healing properties. Thus, the
material acts as a good wound dressing and helps in accelerated healing of normal and diabetic
wounds," he said.
Date: 8th May 2018
Publication: Sakshi
Edition: Online
Journalist : NA
Professor: Prof. Vignesh Muthuvijayan
Headline: Good news for diabetes patients
URL: https://www.sakshi.com/news/national/iit-madras-students-develop-wound-dressing-material-
diabetic-patients-1072930
డయాబెటసి్ పషే ెంటల కు శుభవార్త
IIT Madras Students Develop Wound Dressing Material For Diabetic Patients - Sakshi
సాక్షి, చెన్నై : డయాబటెసి్ వాాధతిో బాధపడుతున్ై వారికి శుభవార్త. సాధార్ణెంగా ఆరోగ్ావెంతమ నై్ వాకుత లతో పో ల్చిన్పపడు డయాబటెసి్తో బాధపడే వారలిో గాయాలు అెంత త ెందర్గా మాన్వు. ఒకకోసారి దీర్ఘకాల్చక గాయాలు ప న్ు పరమాదానిక ికూడా దార ితీసే అవకాశెం లేకపో లేదు. వ్నదా శాస్తత రెం ఇెంత అభివృదిి చెెందినా.. ఈ విషయెంలో అన్ుకున్ై
పరగ్తి సాధిెంచలేకపో యెంది. తాజాగా ఐఐటీ మదరా స్కు చెెందని్ విదాార్థు లు దీనికి పరిష్ాోరానిక ి కన్ుగొనాైర్థ. డయాబెటసి్ పషే ెంటల కు అయన్ గాయాలు తవర్గా న్యెం అయయా టలల పరతేా క డెరస ెంగ్ విధానానిై ర్ూప ెందిెంచార్థ.
గాయెం ఏర్పడని్ పరా ెంతెంలో కొతత కణాలు తవర్గా ఉతపతిత కావడానికి గాా ఫ న్ ఆధారిత డెరస ెంగ్ విధానానిై కన్ుగొనాైర్థ. తవర్లో ఈ విధానానిై అెందుబాటలలోక ితీస్తుకురాన్ున్ైటలు ఐఐట ీమదరా స్ బయోటకెాైలజీ విభాగానిక ిచెెందని్ అస స ుెంట్ ప ర ఫ స్తర్ విగనై ష్ ముతుత విజయన్ తలె్చపార్థ. ‘స నల్చయెం, గాా ఫ న్ ఆక్సైడ్ నానో కెంపో జిట్ మెంచి ఫల్చతాలు ఇచాియ. గాా ఫ న్ ఆధార్ెంగా అతి తకుోవ ధర్లో టీరట్మ ెంట్ అెందిెంచేెందుకు ఈ విధాన్ెం ఉపయోగ్పడుతుెంది. సాధార్ణ వాకుత లకు గాయాల నన్పుపడు ఈ డెరస ెంగ్ విధానానిై ఉపయోగసిేత 23 రోజులోల న్యెం కావాల్చైన్ గాయెం.. కనవలెం 16 రోజులోల న్యమవుతుెంది. అలాగన డయాబటెిస్ ప ష ెంటలలో 26 రోజులోల న్యమయయా గాయెం 20 రోజులోల నే తగిిపో తుెంది’ అని
ఆయన్ వల్లడిెంచార్థ. డయాబెటసి్ వాాధితో బాధపడుతున్ైవారిక ి ఇద ి చాలా ఉపయోగ్కారగిా ఉెంటలెందని ఆయన్
పేరొోనాైర్థ.
Date: 8th May 2018
Publication: The Financial Express
Edition: Online
Journalist : NA
Professor: Prof Vignesh Muthuvijayan
Headline: Good news for diabetics: IIT students develop wound dressing material for patients
URL: https://www.financialexpress.com/lifestyle/health/good-news-for-diabetics-iit-students-develop-
wound-dressing-material-for-patients/1158655/
Students at IIT Madras have developed a wound dressing material for diabetic patients using graphene-
based components. Wounds in diabetic patients do not heal as rapidly as in a normal and healthy
individual. This leads to chronic non-healing wounds that can result in serious complications which make
amputations necessary. Treatment of such chronic non-healing wounds is still a major clinical challenge.
We wanted to exploit the property of graphene-based materials of improving blood vessel formation at
certain concentrations to prepare an inexpensive wound dressing.
The psyllium-reduced graphene oxide nanocomposite that we prepared showed exciting results in
animal studies. “We hope this is the first step towards developing inexpensive wound dressings using
graphene-based materials for clinical use,” said Vignesh Muthuvijayan, Assistant Professor, Department
of Biotechnology.
The researchers used a convex lens to focus sunlight on graphene oxide to obtain reduced graphene
oxide. “Thereafter, they loaded these reduced graphene oxide dispersions into a plant carbohydrate
polymer (psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound
healing, were used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment,
migration and proliferation.
“These newly developed scaffolds provide a suitable tissue-friendly environment for cells and
subsequently improve cell proliferation and attachment,” Muthuvijayan added. As per the trials, normal
wounds treated with the dressings healed in 16 days as compared to 23 days in untreated normal
wounds. Similarly, diabetic wounds treated with the dressings healed in 20 days as against 26 days in
untreated diabetic wounds.
“These scaffolds are easy to prepare, inexpensive, and show excellent healing properties. Thus, the
material acts as a good wound dressing and helps in accelerated healing of normal and diabetic
wounds,” he said.
Date: 8th May 2018
Publication: The Times of India
Edition: Online
Journalist : NA
Professor: Prof Vignesh Muthuvijayan,
Headline: IIT students develop wound dressing material for diabetic patients
URL: https://timesofindia.indiatimes.com/home/science/iit-students-develop-wound-dressing-material-
for-diabetic-patients/articleshow/64064403.cms
Students at IIT Madras have developed a wound dressing material for diabetic patients using graphene-
based components.
Wounds in diabetic patients do not heal as rapidly as in a normal and healthy individual. This leads to
chronic non-healing wounds that can result in serious complications which make amputations
necessary. Treatment of such chronic non-healing wounds is still a major clinical challenge.
"We wanted to exploit the property of graphene-based materials of improving blood vessel formation at
certain concentrations to prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide
nanocomposite that we prepared showed exciting results in animal studies.
"We hope this is the first step towards developing inexpensive wound dressings using graphene-based
materials for clinical use," said Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology.
The researchers used a convex lens to focus sunlight on graphene oxide to obtain reduced graphene
oxide.
"Thereafter, they loaded these reduced graphene oxide dispersions into a plant carbohydrate polymer
(psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound healing,
were used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment, migration
and proliferation.
"These newly developed scaffolds provide a suitable tissue-friendly environment for cells and
subsequently improve cell proliferation and attachment," Muthuvijayan added.
As per the trials, normal wounds treated with the dressings healed in 16 days as compared to 23 days in
untreated normal wounds. Similarly, diabetic wounds treated with the dressings healed in 20 days as
against 26 days in untreated diabetic wounds.
"These scaffolds are easy to prepare, inexpensive, and show excellent healing properties. Thus, the
material acts as a good wound dressing and helps in accelerated healing of normal and diabetic
wounds," he said.
Date: 8th May 2018
Publication: UNI
Edition: Online
Journalist : NA
Headline: IIT-M develops dressing material to treat diabetic wounds
URL: http://www.uniindia.com/~/iit-m-develops-dressing-material-to-treat-diabetic-
wounds/States/news/1223501.html
Date: 8th May 2018
Publication: India Today
Edition: Online
Journalist : NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT-DIABETIC-WOUND DR
URL: https://www.indiatoday.in/pti-feed/story/iit-diabetic-wound-drdes11-1228417-2018-05-07
IIT students develop wound dressing material for diabetic patients
New Delhi, May 7 (PTI) Students at IIT Madras have developed a wound dressing material for diabetic
patients using graphene-based components.
Wounds in diabetic patients do not heal as rapidly as in a normal and healthy individual. This leads to
chronic non-healing wounds that can result in serious complications which make amputations
necessary. Treatment of such chronic non-healing wounds is still a major clinical challenge.
We wanted to exploit the property of graphene-based materials of improving blood vessel formation at
certain concentrations to prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide
nanocomposite that we prepared showed exciting results in animal studies.
"We hope this is the first step towards developing inexpensive wound dressings using graphene-based
materials for clinical use," said Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology.
The researchers used a convex lens to focus sunlight on graphene oxide to obtain reduced graphene
oxide.
"Thereafter, they loaded these reduced graphene oxide dispersions into a plant carbohydrate polymer
(psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound healing,
were used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment, migration
and proliferation.
"These newly developed scaffolds provide a suitable tissue-friendly environment for cells and
subsequently improve cell proliferation and attachment," Muthuvijayan added.
As per the trials, normal wounds treated with the dressings healed in 16 days as compared to 23 days in
untreated normal wounds. Similarly, diabetic wounds treated with the dressings healed in 20 days as
against 26 days in untreated diabetic wounds.
"These scaffolds are easy to prepare, inexpensive, and show excellent healing properties. Thus, the
material acts as a good wound dressing and helps in accelerated healing of normal and diabetic
wounds," he said.
Date: 8th May 2018
Publication: News Wave
Edition: Online
Journalist : NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT-M develops dressing material to treat diabetic wounds
URL: http://newswave.co.in/?p=2719
IIT students develop wound dressing material for diabetic patients
New Delhi, May 7 (PTI) Students at IIT Madras have developed a wound dressing material for diabetic
patients using graphene-based components.
Wounds in diabetic patients do not heal as rapidly as in a normal and healthy individual. This leads to
chronic non-healing wounds that can result in serious complications which make amputations
necessary. Treatment of such chronic non-healing wounds is still a major clinical challenge.
We wanted to exploit the property of graphene-based materials of improving blood vessel formation at
certain concentrations to prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide
nanocomposite that we prepared showed exciting results in animal studies.
"We hope this is the first step towards developing inexpensive wound dressings using graphene-based
materials for clinical use," said Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology.
The researchers used a convex lens to focus sunlight on graphene oxide to obtain reduced graphene
oxide.
"Thereafter, they loaded these reduced graphene oxide dispersions into a plant carbohydrate polymer
(psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound healing,
were used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment, migration
and proliferation.
"These newly developed scaffolds provide a suitable tissue-friendly environment for cells and
subsequently improve cell proliferation and attachment," Muthuvijayan added.
As per the trials, normal wounds treated with the dressings healed in 16 days as compared to 23 days in
untreated normal wounds. Similarly, diabetic wounds treated with the dressings healed in 20 days as
against 26 days in untreated diabetic wounds.
"These scaffolds are easy to prepare, inexpensive, and show excellent healing properties. Thus, the
material acts as a good wound dressing and helps in accelerated healing of normal and diabetic
wounds," he said.
Date: 8th May 2018
Publication: India Com
Edition: Online
Journalist : NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT students develop wound dressing material for diabetic patients
URL: http://www.india.com/news/agencies/iit-students-develop-wound-dressing-material-for-diabetic-
patients-3039716/
Students at IIT Madras have developed a wound dressing material for diabetic patients using graphene-
based components.
Wounds in diabetic patients do not heal as rapidly as in a normal and healthy individual. This leads to
chronic non-healing wounds that can result in serious complications which make amputations
necessary. Treatment of such chronic non-healing wounds is still a major clinical challenge.
We wanted to exploit the property of graphene-based materials of improving blood vessel formation at
certain concentrations to prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide
nanocomposite that we prepared showed exciting results in animal studies.
“We hope this is the first step towards developing inexpensive wound dressings using graphene-based
materials for clinical use,” said Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology.
The researchers used a convex lens to focus sunlight on graphene oxide to obtain reduced graphene
oxide.
“Thereafter, they loaded these reduced graphene oxide dispersions into a plant carbohydrate polymer
(psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound healing,
were used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment, migration
and proliferation.
“These newly developed scaffolds provide a suitable tissue-friendly environment for cells and
subsequently improve cell proliferation and attachment,” Muthuvijayan added.
As per the trials, normal wounds treated with the dressings healed in 16 days as compared to 23 days in
untreated normal wounds. Similarly, diabetic wounds treated with the dressings healed in 20 days as
against 26 days in untreated diabetic wounds.
“These scaffolds are easy to prepare, inexpensive, and show excellent healing properties. Thus, the
material acts as a good wound dressing and helps in accelerated healing of normal and diabetic
wounds,” he said.
Date: 8th May 2018
Publication: Shafaqna
Edition:Online
Journalist : NA
Headline: IIT students develop wound dressing material for diabetic patients
URL: http://in.shafaqna.com/EN/06922379
IIT students develop wound dressing material for diabetic patients
Students at IIT Madras have developed a wound dressing material for diabetic patients using graphene-
based components. Wounds in diabetic patients do not heal as rapidly as in a normal and healthy
individual. This leads to chronic non-healing wounds
Date: 8th May 2018
Publication: News Boss
Edition: Online
Journalist :NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT students develop wound dressing material for diabetic patients
URL: http://newsboss.in/ly/xxyf52/IIT-students-develop-wound-dressing-material-for-diabetic-patients
Students at IIT Madras have developed a wound dressing material for diabetic patients using graphene-
based components. Wounds in diabetic patients do not heal as rapidly as in a normal and healthy
individual. This leads to chronic non-healing wounds that can result in serious complications which make
amputations necessary. Treatment of such chronic non-healing wounds is still a major clinical challenge.
We wanted to exploit the property of graphene-based materials of improving blood vessel formation at
certain concentrations to prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide
nanocomposite that we prepared showed exciting results in animal studies. "We hope this is the first
step towards developing inexpensive wound dressings using graphene-based materials for clinical use,"
said Vignesh Muthuvijayan, Assistant Professor, Department of Biotechnology. The researchers used a
convex lens to focus sunlight on graphene oxide to obtain reduced graphene ...
Date: 8th May 2018
Publication: News Today
Edition: Online
Journalist : NA
Headline: IIT students develop wound dressing material for diabetic patients
URL: https://www.newstodaynet.com/index.php/2018/05/07/iit-students-develop-wound-dressing-
material-for-diabetic-patients/
Researchers at Indian Institute of Technology Madras have developed novel reduced graphene oxide
loaded nanocomposite scaffolds for treating normal and diabetic wounds.
Wounds in diabetic patients do not heal as rapidly as it would in a normal and healthy individual. This
leads to chronic non-healing wounds that can result in serious complications like amputations.
Treatment of such chronic non-healing wounds in diabetes is still a major clinical challenge. Although
there are some wound dressings that are commercially available, they are very expensive. As the
diabetic population in India keeps growing, treating these diabetic wounds is a major clinical and social
challenge.
The work of Prof. Vignesh Muthuvijayan, Assistant Professor, Department of Biotechnology, Bhupat and
Jyoti Mehta School of Biosciences, IIT Madras, focuses on developing low-cost wound dressings that are
effective in treating diabetic wounds. Dr T Ponrasu, an Institute Postdoctoral Fellow, working under
Prof. Vignesh Muthuvijayan’s mentorship has developed a new and rapid technique for preparing
reduced graphene oxide from graphite powder.
Speaking about his research, Prof. Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras, says, “We wanted to exploit
graphene-based materials’ property of improving blood vessel formation at certain concentrations to
prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide nanocomposite that we
prepared has shown exciting results in animal studies. We hope this is the first step towards developing
inexpensive wound dressings using graphene-based materials for clinical use.”
Researchers at IIT Madras used a convex lens to focus sunlight on graphene oxide to obtain reduced
graphene oxide. Then, they load these reduced graphene oxide dispersions into a plant carbohydrate
polymer (psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound
healing are used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment,
migration and proliferation. These newly developed scaffolds provide a suitable tissue-friendly
environment for the cells and subsequently improve cell proliferation and attachment.
The wound healing efficacy of these scaffolds was studied, and the results revealed that these scaffolds
provided an ideal environment to wounds for the regrowth of damaged skin through proliferated
fibroblast cells on the injured site. Histopathology and immunohistochemistry analyses showed that
these scaffolds treatment enhanced new blood vessels formation, collagen synthesis and deposition in
treated wounds.
Overall, the research shows that these wound dressings could significantly accelerate healing of normal
and diabetic wounds. The normal wounds treated with the dressings healed in 16 days compared to 23
days in untreated normal wounds. Similarly, the diabetic wounds treated with the dressings healed in 20
days compared to 26 days in untreated diabetic wounds. These scaffolds are easy to prepare,
inexpensive, and show excellent healing properties. Thus, the material acts as a good wound dressing
and helps in accelerated healing of normal and diabetic wounds.
Date: 8th May 2018
Publication: Edex Live
Edition:Online
Journalist : NA
Professor: Prof. Vignesh Muthuvijayan
Headline: IIT Madras researchers develop dressing material to treat wounds caused by Diabetes
URL: http://www.edexlive.com/campus/2018/may/07/iit-madras-develops-a-wound-dressing-material-
to-treat-diabetic-wounds-2746.html
Researchers at Indian Institute of Technology Madras have developed novel reduced graphene oxide
loaded nanocomposite scaffolds for treating normal and diabetic wounds.
Wounds in diabetic patients do not heal as rapidly as it would in a normal and healthy individual. This
leads to chronic non-healing wounds that can result in serious complications like amputations.
Treatment of such chronic non-healing wounds in diabetes is still a major clinical challenge. Although
there are some wound dressings that are commercially available, they are very expensive. As the
diabetic population in India keeps growing, treating these diabetic wounds is a major clinical and social
challenge.
The work of Prof. Vignesh Muthuvijayan, Assistant Professor, Department of Biotechnology, Bhupat and
Jyoti Mehta School of Biosciences, IIT Madras, focuses on developing low-cost wound dressings that are
effective in treating diabetic wounds. Dr T Ponrasu, an Institute Postdoctoral Fellow, working under
Prof. Vignesh Muthuvijayan’s mentorship has developed a new and rapid technique for preparing
reduced graphene oxide from graphite powder.
Speaking about his research, Prof. Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras, says, “We wanted to exploit
graphene-based materials’ property of improving blood vessel formation at certain concentrations to
prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide nanocomposite that we
prepared has shown exciting results in animal studies. We hope this is the first step towards developing
inexpensive wound dressings using graphene-based materials for clinical use.”
Researchers at IIT Madras used a convex lens to focus sunlight on graphene oxide to obtain reduced
graphene oxide. Then, they load these reduced graphene oxide dispersions into a plant carbohydrate
polymer (psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound
healing are used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment,
migration and proliferation. These newly developed scaffolds provide a suitable tissue-friendly
environment for the cells and subsequently improve cell proliferation and attachment.
The wound healing efficacy of these scaffolds was studied, and the results revealed that these scaffolds
provided an ideal environment to wounds for the regrowth of damaged skin through proliferated
fibroblast cells on the injured site. Histopathology and immunohistochemistry analyses showed that
these scaffolds treatment enhanced new blood vessels formation, collagen synthesis and deposition in
treated wounds.
Overall, the research shows that these wound dressings could significantly accelerate healing of normal
and diabetic wounds. The normal wounds treated with the dressings healed in 16 days compared to 23
days in untreated normal wounds. Similarly, the diabetic wounds treated with the dressings healed in 20
days compared to 26 days in untreated diabetic wounds. These scaffolds are easy to prepare,
inexpensive, and show excellent healing properties. Thus, the material acts as a good wound dressing
and helps in accelerated healing of normal and diabetic wounds.
Date: 8th May 2018
Publication: Graphene
Edition: Online
Journalist : NA
Headline: IIT Madras develops rGO-based wound dressing material to treat diabetic wounds
URL: https://www.graphene-info.com/iit-madras-develops-rgo-based-wound-dressing-material-treat-
diabetic-wounds
IIT Madras develops rGO-based wound dressing material to treat diabetic wounds
Researchers at Indian Institute of Technology (IIT) Madras have developed reduced graphene oxide
loaded nanocomposite scaffolds for treating normal and diabetic wounds.
Wounds in diabetic patients do not heal as rapidly as it would in a normal and healthy individual, which
leads to chronic non-healing wounds that can result in serious complications. Treatment of such chronic
non-healing wounds in diabetes is still a major clinical challenge. Although there are some wound
dressings that are commercially available, they are very expensive.
This work by the IIT Madras team focuses on developing low-cost wound dressings that are effective in
treating diabetic wounds. The researchers have developed an efficient and rapid technique for
preparing reduced graphene oxide from graphite powder.
The team stated: “We wanted to exploit graphene-based materials’ property of improving blood vessel
formation at certain concentrations to prepare an inexpensive wound dressing. The psyllium-reduced
graphene oxide nanocomposite that we prepared has shown exciting results in animal studies. We hope
this is the first step towards developing inexpensive wound dressings using graphene-based materials
for clinical use.
The researchers used a convex lens to focus sunlight on graphene oxide to obtain reduced graphene
oxide. Then, they loaded the rGO dispersion into a plant carbohydrate polymer (psyllium) solution to
obtain wound dressing scaffolds. Fibroblast cells, responsible for wound healing, are used to evaluate
the toxicity and bioactivity of these scaffolds on the cell attachment, migration and proliferation. These
newly developed scaffolds provide a suitable tissue-friendly environment for the cells and subsequently
improve cell proliferation and attachment.
The wound healing efficacy of these scaffolds was studied, and the results revealed that they provided
an ideal environment for the regrowth of damaged skin through proliferated fibroblast cells on the
injured site. Histopathology and immunohistochemistry analyses showed that these scaffolds treatment
enhanced new blood vessels formation, collagen synthesis and deposition in treated wounds.
Overall, the research shows that these wound dressings could significantly accelerate healing of normal
and diabetic wounds. The normal wounds treated with the dressings healed in 16 days compared to 23
days in untreated normal wounds. Similarly, the diabetic wounds treated with the dressings healed in 20
days compared to 26 days in untreated diabetic wounds. These scaffolds are easy to prepare,
inexpensive, and show excellent healing properties. Thus, the material acts as a good wound dressing
and helps in accelerated healing of normal and diabetic wounds.
Date: 8th May 2018
Publication: NDTV
Edition: Online
Journalist :NA
Professor: Prof Vignesh Muthuvijayan
Headline: Here's How IIT Madras Students Are Making Wound Healing Easier For Diabetics
URL: https://www.ndtv.com/food/heres-how-iit-madras-students-are-making-wound-healing-easier-
for-diabetics-1848768
Students at IIT Madras have developed a novel wound dressing material that would help diabetic
patients heal faster. The dressing material uses graphene-based compounds. Wound healing in diabetic
is not as rapid as compared to a normal, healthy individual. This delayed healing or non-healed wounds
could lead to serious complications and in worse cases call for amputations too.
In a bid to contribute to the major clinical challenge, students at IIT Madras have come up with a new
wound healing material. The researchers said, that they were aiming to exploit the property of
graphene-based materials of improving blood vessel formation at certain concentrations to prepare an
inexpensive wound dressing. In the animal studies conducted, the psyllium-reduced graphene oxide
nanocomposite showed emphatic results.
"We hope this is the first step towards developing inexpensive wound dressings using graphene-based
materials for clinical use," said Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology. The researchers used a convex lens to focus sunlight on graphene oxide to obtain
reduced graphene oxide. "Thereafter, they loaded these reduced graphene oxide dispersions into a
plant carbohydrate polymer (psyllium) solution to obtain wound dressing scaffolds.
The researchers used fibroblast cells which are responsible for wound healing to evaluate the toxicity
and bioactivity of these scaffolds on the cell attachment, migration and proliferation.
"These newly developed scaffolds provide a suitable tissue-friendly environment for cells and
subsequently improve cell proliferation and attachment," Muthuvijayan added.
The trials and results revealed that the normal wounds treated with the dressings healed in 16 days as
compared to 23 days in untreated normal wounds. Similarly, diabetic wounds treated with the dressings
healed in 20 days as against 26 days in untreated diabetic wounds. "These scaffolds are easy to prepare,
inexpensive, and show excellent healing properties. Thus, the material acts as a good wound dressing
and helps in accelerated healing of normal and diabetic wounds," he said.
Diabetes refers to a group of diseases that result in too much sugar in the blood (high blood glucose).
The sugar spike is due to an impaired insulin hormone, that triggers abnormal metabolism of
carbohydrate and hike in sugar levels. Your diet and nutrition can play a significant role in managing
diabetes. Here are some healthy dietary tips you should make part of your daily regime now.
Follow a balanced diet with complex carbs: According to Preeti Rao, Health and Wellness Coach, eating a
variety of fruits and vegetables, lean protein and good sources of fat is very essential for diabetes
management. One must avoid trans fats (also called hydrogenated fat), processed food, and sugar and
up intake of complex carbs. Complex carbohydrates are rich in fiber and are not highly processed like
refined carbohydrates. They take longer to digest and hence provide a sustained source of energy for a
longer duration.
Include more Low GI Foods: Glycemic Index (GI) is a relative ranking of carbohydrate in foods according
to how they affect blood glucose levels. Carbohydrates with a low GI value (55 or less) are more slowly
digested, absorbed and metabolised and cause a lower and slower rise in blood glucose. Low GI foods
are also rich in fibre which takes the longest to digest, make you feel fuller for a longer time and help
control appetite. This could further help in weight management. Tomato, spinach, guavas, cauliflower,
and pears are some low glycemic index foods you can choose to add to your diet.
Sugary Drinks and Fruit Juices: Diabetics should steer clear of aerated and sugary drinks, various studies
and reports have time and again reinforced that these drinks are full of liquid calories and can cause
major spike in the blood sugar levels. Your can of fruit juice is not one of the healthiest substitutes
either. Fruit juices especially packaged fruit juices are loaded with fructose that elevates the blood sugar
levels. It is advisable to eat whole fruits instead. Fruits are full of fibres, fibres take time to metabolise
and thus doesn't result in sudden surge in blood sugar levels. Eat fruits that have a low glycemic index.
Eat fruits with some nuts and olives to balance the glycemic load.
Date: 8th May 2018
Publication: OutLook
Edition: Online
Journalist :NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT students develop wound dressing material for diabetic patients
URL: https://www.outlookindia.com/newsscroll/iit-students-develop-wound-dressing-material-for-
diabetic-patients/1303041
Students at IIT Madras have developed a wound dressing material for diabetic patients using graphene-
based components.
Wounds in diabetic patients do not heal as rapidly as in a normal and healthy individual. This leads to
chronic non-healing wounds that can result in serious complications which make amputations
necessary. Treatment of such chronic non-healing wounds is still a major clinical challenge.
We wanted to exploit the property of graphene-based materials of improving blood vessel formation at
certain concentrations to prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide
nanocomposite that we prepared showed exciting results in animal studies.
"We hope this is the first step towards developing inexpensive wound dressings using graphene-based
materials for clinical use," said Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology.
The researchers used a convex lens to focus sunlight on graphene oxide to obtain reduced graphene
oxide.
"Thereafter, they loaded these reduced graphene oxide dispersions into a plant carbohydrate polymer
(psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound healing,
were used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment, migration
and proliferation.
"These newly developed scaffolds provide a suitable tissue-friendly environment for cells and
subsequently improve cell proliferation and attachment," Muthuvijayan added.
As per the trials, normal wounds treated with the dressings healed in 16 days as compared to 23 days in
untreated normal wounds. Similarly, diabetic wounds treated with the dressings healed in 20 days as
against 26 days in untreated diabetic wounds.
"These scaffolds are easy to prepare, inexpensive, and show excellent healing properties. Thus, the
material acts as a good wound dressing and helps in accelerated healing of normal and diabetic
wounds," he said.
Date: 8th May 2018
Publication: Latesttly
Edition: Online
Journalist :NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT Students Develop Wound Dressing Material for Diabetic Patients
URL: https://www.latestly.com/agency-news/iit-students-develop-wound-dressing-material-for-
diabetic-patients-150140.html
Students at IIT Madras have developed a wound dressing material for diabetic patients using graphene-
based components.
Wounds in diabetic patients do not heal as rapidly as in a normal and healthy individual. This leads to
chronic non-healing wounds that can result in serious complications which make amputations
necessary. Treatment of such chronic non-healing wounds is still a major clinical challenge.
We wanted to exploit the property of graphene-based materials of improving blood vessel formation at
certain concentrations to prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide
nanocomposite that we prepared showed exciting results in animal studies.
"We hope this is the first step towards developing inexpensive wound dressings using graphene-based
materials for clinical use," said Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology.
The researchers used a convex lens to focus sunlight on graphene oxide to obtain reduced graphene
oxide.
"Thereafter, they loaded these reduced graphene oxide dispersions into a plant carbohydrate polymer
(psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound healing,
were used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment, migration
and proliferation.
"These newly developed scaffolds provide a suitable tissue-friendly environment for cells and
subsequently improve cell proliferation and attachment," Muthuvijayan added.
As per the trials, normal wounds treated with the dressings healed in 16 days as compared to 23 days in
untreated normal wounds. Similarly, diabetic wounds treated with the dressings healed in 20 days as
against 26 days in untreated diabetic wounds.
"These scaffolds are easy to prepare, inexpensive, and show excellent healing properties. Thus, the
material acts as a good wound dressing and helps in accelerated healing of normal and diabetic
wounds," he said.
Date: 8th May 2018
Publication: India Finance News
Edition: Online
Journalist :NA
Professor: Prof Vignesh Muthuvijayan
Headline: Good news for diabetics: IIT students develop wound dressing material for patients
URL: https://www.indiafinancenews.com/good-news-for-diabetics-iit-students-develop-wound-
dressing-material-for-patients/
Students at IIT Madras have developed a wound dressing material for diabetic patients using graphene-
based components. Wounds in diabetic patients do not heal as rapidly as in a normal and healthy
individual. This leads to chronic non-healing wounds that can result in serious complications which make
amputations necessary. Treatment of such chronic non-healing wounds is still a major clinical challenge.
We wanted to exploit the property of graphene-based materials of improving blood vessel formation at
certain concentrations to prepare an inexpensive wound dressing.
The psyllium-reduced graphene oxide nanocomposite that we prepared showed exciting results in
animal studies. “We hope this is the first step towards developing inexpensive wound dressings using
graphene-based materials for clinical use,” said Vignesh Muthuvijayan, Assistant Professor, Department
of Biotechnology.
The researchers used a convex lens to focus sunlight on graphene oxide to obtain reduced graphene
oxide. “Thereafter, they loaded these reduced graphene oxide dispersions into a plant carbohydrate
polymer (psyllium) solution to obtain wound dressing scaffolds. Fibroblast cells, responsible for wound
healing, were used to evaluate the toxicity and bioactivity of these scaffolds on the cell attachment,
migration and proliferation.
“These newly developed scaffolds provide a suitable tissue-friendly environment for cells and
subsequently improve cell proliferation and attachment,” Muthuvijayan added. As per the trials, normal
wounds treated with the dressings healed in 16 days as compared to 23 days in untreated normal
wounds. Similarly, diabetic wounds treated with the dressings healed in 20 days as against 26 days in
untreated diabetic wounds.
“These scaffolds are easy to prepare, inexpensive, and show excellent healing properties. Thus, the
material acts as a good wound dressing and helps in accelerated healing of normal and diabetic
wounds,” he said.
Date: 8th May 2018
Publication: Bio Secptrum
Edition: Online
Journalist : NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT Madras develops a wound dressing material to treat diabetic wounds
URL: https://www.biospectrumindia.com/news/68/10890/iit-madras-develops-a-wound-dressing-
material-to-treat-diabetic-wounds.html
Wounds in diabetic patients do not heal as rapidly as it would in a normal and healthy individual. This
leads to chronic non-healing wounds that can result in serious complications like amputations
Researchers at Indian Institute of Technology Madras have developed novel reduced graphene oxide
loaded nanocomposite scaffolds for treating normal and diabetic wounds.
Wounds in diabetic patients do not heal as rapidly as it would in a normal and healthy individual. This
leads to chronic non-healing wounds that can result in serious complications like amputations.
Treatment of such chronic non-healing wounds in diabetes is still a major clinical challenge. Although
there are some wound dressings that are commercially available, they are very expensive. As the
diabetic population in India keeps growing, treating these diabetic wounds is a major clinical and social
challenge.
The work of Prof. Vignesh Muthuvijayan, Assistant Professor, Department of Biotechnology, Bhupat and
Jyoti Mehta School of Biosciences, IIT Madras, focuses on developing low-cost wound dressings that are
effective in treating diabetic wounds.
Dr. T Ponrasu, an Institute Postdoctoral Fellow, working under Prof. Vignesh Muthuvijayan’s mentorship
has developed a new and rapid technique for preparing reduced graphene oxide from graphite powder.
Speaking about his research, Prof. Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras, says, “We wanted to exploit
graphene-based materials’ property of improving blood vessel formation at certain concentrations to
prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide nanocomposite that we
prepared has shown exciting results in animal studies. We hope this is the first step towards developing
inexpensive wound dressings using graphene-based materials for clinical use.”
Researchers at IIT Madras used a convex lens to focus sunlight on graphene oxide to obtain reduced
graphene oxide. Then, they load these reduced graphene oxide dispersions into a plant carbohydrate
polymer (psyllium) solution to obtain wound dressing scaffolds.
Fibroblast cells, responsible for wound healing are used to evaluate the toxicity and bioactivity of these
scaffolds on the cell attachment, migration and proliferation. These newly developed scaffolds provide a
suitable tissue-friendly environment for the cells and subsequently improve cell proliferation and
attachment.
The wound healing efficacy of these scaffolds was studied, and the results revealed that these scaffolds
provided an ideal environment to wounds for the regrowth of damaged skin through proliferated
fibroblast cells on the injured site. Histopathology and immunohistochemistry analyses showed that
these scaffolds treatment enhanced new blood vessels formation, collagen synthesis and deposition in
treated wounds.
Overall, the research shows that these wound dressings could significantly accelerate healing of normal
and diabetic wounds. The normal wounds treated with the dressings healed in 16 days compared to 23
days in untreated normal wounds.
Similarly, the diabetic wounds treated with the dressings healed in 20 days compared to 26 days in
untreated diabetic wounds. These scaffolds are easy to prepare, inexpensive, and show excellent healing
properties. Thus, the material acts as a good wound dressing and helps in accelerated healing of normal
and diabetic wounds.
Date: 8th May 2018
Publication: DT Next
Edition: Online
Journalist :NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT-M develops new method to treat diabetic wounds
URL: https://www.dtnext.in/News/City/2018/05/08010141/1071725/IITM-develops-new-method-to-
treat-diabetic-wounds.vpf
Wounds on diabetic patients do not heal as rapidly as it would in a normal and healthy individual. This
leads to chronic non-healing wounds that can even result in amputation.
Treatment of such wounds is still a major clinical challenge. Although there are some wound dressings
that are commercially available, they are very expensive. The project by Vignesh Muthuvijayan, assistant
professor, Department of Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras,
focuses on developing lowcost wound dressings that are effective in treating diabetic wounds.
T Ponrasu, an institute post doctoral fellow working under Muthuvijayan’s mentorship, has developed a
new and rapid technique to prepare reduced graphene oxide from graphite powder.
“We wanted to exploit graphene based materials’ property of improving blood vessel formation to
prepare an inexpensive wound dressing,” Muthuvijayan said.
“The psyllium-reduced graphene oxide nanocomposite that we prepared has shown good results in
animal studies. We hope this is the first step towards developing inexpensive wound dressings using
graphene-based materials for clinical use,” he added.
The wound healing efficiency of these scaffolds was studied, and the results revealed that these
scaffolds provided an ideal environment for the re-growth of damaged skin. Studies showed that these
scaffolds treatment enhanced new blood vessels formation, collagen synthesis and deposition in treated
wounds.
Overall, the research shows that these wound dressings could significantly accelerate healing of wounds.
The wounds treated with the dressings healed in 16 days compared to 23 days in untreated normal
wounds. Similarly, the diabetic wounds treated with the dressings healed in 20 days compared to 26
days in untreated diabetic wounds.
Date: 8th May 2018
Publication: Gaon Conection
Edition: Online
Journalist :NA
Headline: Research: This band will soon complete the wounds of diabetic patients.
URL: https://www.gaonconnection.com/sehat-connection/research-wounds-of-diabetic-patients-iit-
madras-indian-council-of-medical-research-icmr
Wounds on diabetic patients do not heal as rapidly as it would in a normal and healthy individual. This
leads to chronic non-healing wounds that can even result in amputation.
Treatment of such wounds is still a major clinical challenge. Although there are some wound dressings
that are commercially available, they are very expensive. The project by Vignesh Muthuvijayan, assistant
professor, Department of Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras,
focuses on developing lowcost wound dressings that are effective in treating diabetic wounds.
T Ponrasu, an institute post doctoral fellow working under Muthuvijayan’s mentorship, has developed a
new and rapid technique to prepare reduced graphene oxide from graphite powder.
“We wanted to exploit graphene based materials’ property of improving blood vessel formation to
prepare an inexpensive wound dressing,” Muthuvijayan said.
“The psyllium-reduced graphene oxide nanocomposite that we prepared has shown good results in
animal studies. We hope this is the first step towards developing inexpensive wound dressings using
graphene-based materials for clinical use,” he added.
The wound healing efficiency of these scaffolds was studied, and the results revealed that these
scaffolds provided an ideal environment for the re-growth of damaged skin. Studies showed that these
scaffolds treatment enhanced new blood vessels formation, collagen synthesis and deposition in treated
wounds.
Overall, the research shows that these wound dressings could significantly accelerate healing of wounds.
The wounds treated with the dressings healed in 16 days compared to 23 days in untreated normal
wounds. Similarly, the diabetic wounds treated with the dressings healed in 20 days compared to 26
days in untreated diabetic wounds.
Date: 8th May 2018
Publication: News Time
Edition: Online
Journalist : NA
Professor: Prof Vignesh Muthuvijayan
Headline: Researchers at IIT-MADRAS Make Dressing MAterial That heals wounds faster
URL: https://newstime.win/researchers-at-iit-madras-make-dressing-material-that-heals-wounds-faster/
Wounds on diabetic patients do not heal as rapidly as it would in a normal and healthy individual. This
leads to chronic non-healing wounds that can even result in amputation.
Treatment of such wounds is still a major clinical challenge. Although there are some wound dressings
that are commercially available, they are very expensive. The project by Vignesh Muthuvijayan, assistant
professor, Department of Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras,
focuses on developing lowcost wound dressings that are effective in treating diabetic wounds.
T Ponrasu, an institute post doctoral fellow working under Muthuvijayan’s mentorship, has developed a
new and rapid technique to prepare reduced graphene oxide from graphite powder.
“We wanted to exploit graphene based materials’ property of improving blood vessel formation to
prepare an inexpensive wound dressing,” Muthuvijayan said.
“The psyllium-reduced graphene oxide nanocomposite that we prepared has shown good results in
animal studies. We hope this is the first step towards developing inexpensive wound dressings using
graphene-based materials for clinical use,” he added.
The wound healing efficiency of these scaffolds was studied, and the results revealed that these
scaffolds provided an ideal environment for the re-growth of damaged skin. Studies showed that these
scaffolds treatment enhanced new blood vessels formation, collagen synthesis and deposition in treated
wounds.
Overall, the research shows that these wound dressings could significantly accelerate healing of wounds.
The wounds treated with the dressings healed in 16 days compared to 23 days in untreated normal
wounds. Similarly, the diabetic wounds treated with the dressings healed in 20 days compared to 26
days in untreated diabetic wounds.
Date: 8th May 2018
Publication: The Economic Times
Edition: Mumbai/Pune/Bangalore/Chennai/Kochi/Delhi/Hyderabad
Page no.:18
Journalist: Hari Pulakkat
Professor: Prof R Nagarajan
Headline: IIT graduates close to creating unicorns on their own campuses
URL: https://economictimes.indiatimes.com/small-biz/startups/newsbuzz/iit-graduates-close-to-
creating-unicorns-on-their-own-campuses/articleshow/64072638.cms
Date: 8th May 2018
Publication: The Hindu
Edition: Chennai
Page no.:4
Journalist :NA
Professor: Prof Ravindra Gettu
Headline: IIT-M to conduct advanced research to reduce accidents
URL: http://www.thehindu.com/news/national/tamil-nadu/iit-m-to-conduct-advanced-research-to-
reduce-accidents/article23806840.ece
Date: 8th May 2018
Publication: DT Next (Clip Attached)
Edition: Chennai
Journalist: NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT-M develops new method to treat diabetic wounds
URL: https://www.dtnext.in/News/City/2018/05/08010141/1071725/IITM-develops-new-method-to-
treat-diabetic-wounds.vpf
Date: 8th May 2018
Publication: Jansatta
Edition: Delhi
Page no.: 4
Journalist: NA
Professor: Prof Vignesh Muthuvijayan
Headline: Students of IIT Madras develops wound dressing material for diabetic patients
Date: 8th May 2018
Publication: Sakal Times
Edition: Pune
Page no.: 4
Journalist: NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT develops wound dressing material for diabetic patients
Date: 8th May 2018
Publication: Virat Vaibhav
Edition: Delhi
Page no.: 5
Journalist: NA
Professor: Prof Vignesh Muthuvijayan
Headline: Wound dressing material developed for diabetic patients
Date: 9th May 2018
Publication: The Times of India
Edition: Chennai
Page no: 5
Journalist: NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT-M develop dressing material for diabetic wounds
URL: https://timesofindia.indiatimes.com/home/science/iit-students-develop-wound-dressing-material-
for-diabetic-patients/articleshow/64064403.cms
Date: 9th May 2018
Publication: InUth
Edition: Online
Journalist: Rakesh Jha
Professor: Prof Vignesh Muthuvijayan
Headline: New Dressing Material Helps Wounds Heal Faster, Thanks To Students Of IIT Madras
URL: https://www.inuth.com/india/new-dressing-material-helps-wounds-heal-faster-thanks-to-
students-of-iit-madras/
Students at IIT Madras have developed an inexpensive wound dressing material that accelerates healing
of wounds in both healthy persons and diabetics.
The latest innovation that uses graphene-based materials would be of great help to diabetic patients
whose wounds do not heal as rapidly as in a normal and healthy individual. The delayed healing or non
healed wounds could lead to serious complications which at times make amputations necessary.
A normal wound wrapped with the common dressing material generally takes 23 days to heal but with
the new dressing it took only 16 days. In people with diabetes, which affects 70 million Indians and
growing, wounds treated with the dressings healed in 20 days as against 26 days in untreated diabetic
wounds, PTI reported.
Date: 9th May 2018
Publication: The Better India
Edition: Online
Journalist: Jovita Aranha
Professor: Prof Vignesh Muthuvijayan
Headline: IIT-M Folks Invent Material That Can Speed Up Wound Healing in Diabetics!
URL: https://www.thebetterindia.com/140462/dressing-material-iit-madras/
If an average person were to sustain an open wound, it would take almost take 23 days to heal. But that
isn’t the case for diabetics.
When a diabetic person sustains an injury, it can take almost 26 days or longer for it to heal untreated.
In many cases, this can lead to chronic non-healing wounds and ultimately, complications like
amputations.
And so for a long time, the treatment of such wounds has been a major challenge, not only for the
diabetic persons but also their doctors. And while there are a few wound dressing alternatives available,
they are not commercially viable due to costs.
But what if we told you that one unique low-cost dressing is set to change that?
dressing material
Representational Image only. Source: Pixabay
Researchers at the prestigious Indian Institute of Technology Madras (IIT-M) have developed a wound-
dressing using a carbon allotrope and psyllium husk (isabgol), which can help wounds in both healthy as
well as diabetics persons heal almost a week earlier than usual.
The testing on rats displayed that the normal wounds treated with this dressing healed within 16 days as
compared to 23 days required for untreated ones.
Similarly, diabetic wounds healed in 20 days as compared to 26 days required for untreated wounds.
Speaking to the Hindustan Times, Vignesh Muthuvijayan, one of the authors of the research paper at IIT-
M said, “Wounds in people with diabetes heal slower than in healthy people, with the inflammation or
the painful phase taking longer. This delays the formation of blood vessels and the cellular matrix, but
the challenge is that we do not know why this happens.”
What does this dressing contain?
This new dressing is made using reduced graphene oxide (a thin sheet of graphite that has been reduced
using intense sunlight) which is then mixed with a rubbery electrolysed isabgol. The result is a wound-
healing scaffold.
The researchers also added that while the electrical properties of reduced graphene oxide are known, its
active biomedical properties were not utilised in the past. And this new dressing aims to explore these
biomedical properties.
“The material we have developed improves the blood vessel formation and helps in healing wounds
faster,” Muthuvijayan said. He also works as Assistant Professor in the Department of Biotechnology at
IIT-M.
The team of researchers and scientists are now experimenting with various materials that can speed the
process of healing.
While the current costs for the fast healing dressing materials are up to USD 2,000 for a four to five sq-in
patch, the team is now planning to cut it down to an affordable INR 1,000.
This dressing material is used to cover the open wound directly instead of the usual cotton or gauze
dressing. And can then be wrapped over using a normal bandage.
Dr Anoop Misra, Chairman of Fortis C-Doc, New Delhi, and President of the National Diabetes, Obesity
and Cholesterol Foundation, added that the healing time of a wound depends on various factors like the
blood sugar level of the person, the location of the wound, the amount of blood circulation in the
wounded area, nerve damage, or deep bone wound etc.
“However, it is extremely difficult to form blood vessels where there are none. This scaffold, in
preliminary animal trials, has given promising results, but its efficacy remains to be seen in humans,” he
told HT.
Date: 9th May 2018
Publication: Times Now
Edition: Online
Journalist: NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT Madras develops wound dressing material for diabetics: Here are 5 things you can do to
speed up healing
URL: http://www.timesnownews.com/health/article/iit-madras-develops-wound-dressing-material-for-
diabetics-here-are-5-things-you-can-do-to-speed-up-healing/225898
IIT Madras develops wound dressing material for diabetics: Here are 5 things you can do to speed up
healing Updated May 08, 2018 | 19:09 IST | Times Now Digital
The findings are important because wounds tend to heal more slowly and progress more quickly in
diabetics. This can cause chronic non-healing wounds that can result in serious health complications,
leading to amputation.
Diabetes wound care Diabetes wound care |Photo Credit: Thinkstock New Delhi: In a significant
development, researchers from the Indian Institute of Technology Madras (IIT Madras) have developed
an inexpensive dressing material using graphene-based components that heals wounds faster in healthy
persons as well as people with diabetes. The findings are important because wounds tend to heal more
slowly and progress more quickly in diabetics. This can cause chronic non-healing wounds that can result
in serious health complications, leading to amputation. Treatment of chronic non-healing wounds in
diabetes remains a major clinical challenge.According to the researchers, their aim was to exploit the
property of graphene-based materials of improving blood vessel formation at certain concentrations to
prepare an inexpensive wound dressing. Trials in animals showed that the psyllium-reduced graphene
oxide nanocomposite that they prepared produced exciting results. The researchers found that the
normal wounds treated with the dressings healed in 16 days as compared to 23 days in untreated
normal wounds. In diabetics, wounds treated with the dressings healed in 20 days as against 26 days in
untreated wounds. Does a Type-1 diabetic have to say goodbye to good sex? Here's how not to allow
sugar to hurt your sex-life
“We hope this is the first step towards developing inexpensive wound dressings using graphene-based
materials for clinical use,” said Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology.For the research, the researchers used a convex lens to focus sunlight on graphene oxide
to obtain reduced graphene oxide. Thereafter, they loaded these reduced graphene oxide dispersions
into a plant carbohydrate polymer (psyllium) solution to obtain wound dressing scaffolds.The team also
used fibroblast cells, responsible for wound healing, to evaluate the toxicity and bioactivity of these
scaffolds on the cell attachment, migration and proliferation.“These newly developed scaffolds provide
a suitable tissue-friendly environment for cells and subsequently improve cell proliferation and
attachment,” Muthuvijayan added.What you can do to help diabetic wounds heal fasterUse of low-
intensity ultrasoundAccording to a study published in the Journal of Investigative Dermatology, healing
and recuperating time can be reduced by a third with the use of low-intensity ultrasound. In fact, the
ultrasound treatment also reduces the risk of wounds getting infected, and is particularly effective when
treating diabetics and the elderly.Keep dressings cleanUsing special wound care dressings, it is
important to keep the wound clean and dry by changing the dressing regularly. This will help reduce
bacterial infection and maintain appropriate moisture levels in the wound.Daily self-checksWounds
caught early can help prevent or reduce the risk of infections and complications. Ensuring that you do
daily self-checks and look for new wounds, especially on your feet, can contribute to the healing process
along.Healthy dietA diet rich in nutrients can help regulate your blood sugar levels while also ensuring
that your body gets the vitamins and minerals it needs to heal. Hence, good nutrition plays a vital role in
diabetes wound care.
Date: 9th May 2018
Publication: News Heads
Edition: Online
Journalist: NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT Madras students develop special healer for diabetic wounds
URL: https://www.newsheads.in/lifestyle/health/iit-madras-students-develop-special-healer-for-
diabetic-wounds/article/14722.html
IIT Madras students develop special healer for diabetic wounds
IIT Madras students develop special healer for diabetic woundsIIT Madras students develop special
healer for diabetic wounds
CHENNAI : Researchers at IIT Madras have developed a special type of healer that can be used for
treatment of normal and diabetic wounds.
Wounds of diabetic patients take more time to heal than normal patient. With continuously increasing
number of diabetic patients in India, the treatment of such wounds have become a challenge for doctors
too.
Prof. Vignesh Muthuvijayan, Assistant Professor, Department of Biotechnology, Bhupat and Jyoti Mehta
School of Biosciences, IIT Madras, focused on a low-cost wound dressings that are effective in treating
diabetic wounds.
Dr. T Ponrasu, an Institute Postdoctoral Fellow, working under Prof. Vignesh Muthuvijayan’s mentorship
has developed a new and rapid technique for preparing reduced graphene oxide from graphite powder.
Speaking about his research, Prof. Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras, say, “We wanted to exploit
graphene-based materials’ property of improving blood vessel formation at certain concentrations to
prepare an inexpensive wound dressing. The psyllium-reduced graphene oxide nanocomposite that we
prepared has shown exciting results in animal studies. We hope this is the first step towards developing
inexpensive wound dressings using graphene-based materials for clinical use.”
As per research result, they have managed to make a wound dressing that accelerates the process of
healing in both normal and diabetic patients.
The normal wounds treated with the dressings healed in 16 days compared to 23 days in untreated
normal wounds. Similarly, the diabetic wounds treated with the dressings healed in 20 days compared
to 26 days in untreated diabetic wounds. These scaffolds are easy to prepare, inexpensive, and show
excellent healing properties. Thus, the material acts as a good wound dressing and helps in accelerated
healing of normal and diabetic wounds.
Date: 9th May 2018
Publication: Hindustan Times - Education
Edition: Delhi
Page no: 1
Journalist: Sarah Zia
Professor: Prof V R Muraleedharan,
Headline: IIT Madras research shows improved healthcare in TN
URL: http://htsyndication.com/htsportal/ht-education/article/iit-madras-research-shows-improved-
healthcare-in-tn/27344758
Date: 23rd April 2018
Publication: The Times of India - Education Times (clip attached)
Edition: Delhi/Mumbai
Page no.: 1
Journalist: Rajlakshmi Ghosh
Alumni: Mr. Monishi Sanyal
Headline: Entrepreneurial Ecosystem
Date: 10th May 2018
Publication: The Hindu Business Line
Edition: Online
Journalist : Joyti Singh
Professor: Prof. Vignesh Muthuvijayan
Headline: An isabgol based wound material to treat diabetic wounds
URL: https://www.thehindubusinessline.com/news/science/an-isabgol-based-wound-material-to-treat-
diabetic-wounds/article23824925.ece
Treatment of chronic non-healing wounds in diabetes is a major clinical challenge. To address this
problem, researchers at Indian Institute of Technology (IIT), Madras have developed a new wound
dressing material. They have developed it, using reduced graphene oxide loaded nanocomposite
scaffolds and Isabgol.
Wounds in diabetic patients do not heal as rapidly as it would in a normal healthy individual. This leads
to chronic non-healing wounds that can result in serious complications like amputations. Some wound
dressings for diabetic wounds are commercially available. However, they are very expensive. As the
diabetic population in India keeps growing, treating these diabetic wounds will be a major clinical and
social challenge.
Speaking with India Science Wire, Prof. Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras, said, “We have taken
reference of a study published in Advanced Healthcare Material Journal, where it has been shown that
graphene oxides at certain concentrations have angiogenic properties (the physiological process through
which new blood vessels form from pre-existing vessels). We took isabgol (psyllium) as base material
and reduced graphene oxide as bioactive material. Isabgol was used because it can absorb large
quantities of wound exudates, it also provides an ideal moist environment for the wound to heal faster.
The Isabgol-reduced graphene oxide nanocomposite that we prepared has shown exciting results in
animal studies”.
Dr. Muthuvijayan and his team used a convex lens to focus sunlight on graphene oxide to obtain
reduced graphene oxide. Then, they loaded these reduced graphene oxide dispersions into a solution of
isabgol (psyllium) to obtain the wound dressing scaffolds. Fibroblast cells, responsible for wound healing
were used to evaluate the toxicity and bioactivity of these scaffolds on cell attachment, migration and
proliferation. The newly developed scaffolds were shown to provide a suitable tissue-friendly
environment for the cells and subsequently improve cell proliferation and attachment.
The scaffold also provided an ideal environment to the wounds for the re-growth of damaged skin
through proliferated fibroblast cells on the injury site. Histopathology and immunohistochemistry
analyses showed that the treatment enhanced new blood vessels formation, collagen synthesis and
deposition in treated wounds.
Overall, the research showed that these wound dressings could significantly accelerate healing of both
normal and diabetic wounds. The study has been done on rats where the normal wounds treated with
the dressings healed in 16 days compared to 23 days in untreated wounds. Similarly, the wounds on
diabetic rat treated with the dressings healed in 20 days compared to 26 days in untreated wounds.
These scaffolds are easy to prepare, inexpensive, and show excellent healing properties.
The research team includes Dr. T. Ponrasu, Ramya Kannan, Balaji Ramachandran, Ganeshkumar
Moorthy and Lonchin Suguna. The research team has published a report on their work in a recent issue
of Journal of Colloid and Interface Science.
Date: 8th May 2018
Publication: Eenadu
Edition: Rayalseema
Page no: 5
Journalist: NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT Madras develops a wound dressing material to treat diabetic wounds
Date: 10th May 2018
Publication: Echo of India
Edition: Kolkata
Page no.:10
Journalist : NA
Professor: Prof Vignesh Muthuvijayan
Headline: IIT students develop wound dressing
Date: 10th May 2018
Publication: Factor Daily
Edition: Online
Journalist :Sriram Sharma
Professor: Prof Balaraman Ravindran
Alumni: Abhishek Naik and Anirban Santara
Headline: IIT researchers build sandbox for autonomous driving algorithms
URL: https://factordaily.com/multi-agent-driving-sim-madras/
Indian AI researchers have built the world’s first open-source, fully-controllable multi-agent driving
simulator.
The simulator has the ability to model a multi-vehicle environment closer to their real-world behaviour
in different traffic scenarios.
Support for multi-agent algorithms will enable the creation of more realistic and reactive autonomous
driving behaviours, the researchers say.
Researchers testing and tweaking machine learning algorithms used to control fully autonomous or self-
driving vehicles have for long had to rely simulators that mimic real-life driving conditions while testing
code that powers autonomous vehicles. A pedestrian crossing the road, a traffic signal turning from
green to amber, a car ahead signaling a right turn, a school zone, and the hundreds of other scenarios in
daily life on roads.
But, as much progress as these simulators have helped researchers – so-called Level 5 vehicles or those
that need no human intervention, predicted to go to market as early as 2019 – make, they have a wall or
another around them: they are either proprietary, inaccessible products like those in use at Uber and
Google or they simulate conditions for single-vehicle conditions on proprietary platforms (e.g.:Carcraft).
Even open source simulators – think Carla and DeepDrive as instances – control algorithms one vehicle
at a time.
That’s set to change courtesy of researchers from two Indian Institutes of Technology: IIT-Madras and
IIT-Kharagpur.
Abhishek Naik (left) and Anirban Santara (right) did a bulk of the work on MADRaS while interning at the
Parallel Computing Lab at Intel India.
Released on Github last month, MADRaS (Multi-Agent DRiving Simulator) is a multi-agent version of
TORCS and it adds the ability to use control algorithms on multiple cars running simultaneously on a
track. The researchers say it’s the world’s first open source, fully-controllable, multi-agent driving
simulator. It’s been created chiefly by Abhishek Naik, a 22-year-old from IIT Madras, while doing an
internship at the Parallel Computing Lab at Intel India (PCL-India) in Bengaluru.
“When researching the open source world, I identified a couple of hot burning fires that needed to be
doused,” teammate Anirban Santara told FactorDaily on a conference call. Santara, a 25-year-old Google
India Ph.D. Fellow from IIT-Kharagpur, identified this particular deficiency in open source simulators
while also interning at the PCL-India lab under Bharat Kaul, its director. “The entire thing was written by
Abhishek ,” Santara says.
Balaraman Ravindran, head of Robert Bosch Centre for Data Science and Artificial Intelligence at IIT-
Madras provided additional expertise in the areas of reinforcement learning. (Reinforcement learning is
a branch of machine learning which provides a powerful learning paradigm to go beyond human
capabilities. Google’s DeepMind, which defeated world champions at the game of Go, used
reinforcement learning techniques, for example.)
A World First
As an AI researcher with exposure to problems related to fully autonomous driving, Naik says that most
open-source driving simulators ( Carla, DeepDrive, and Airsim included) support control algorithms for a
single car even if they come with pre-programmed behaviours of the other vehicles in the testing
environment.
“Why is this problematic? If you want to simulate the traffic congestion in front of K R Puram railway
station in Bengaluru, for example, these simulators would not be able to cater to the task,” says Naik. “A
single agent has to learn to negotiate all types of real-world scenarios all alone, even though there are
hundreds of vehicles around, each trying to achieve the same objective of reaching safely and reliably
from Point A to Point B. It restricts the diversity of real-world scenarios that can be simulated.”
MADRaS allows each car on the driving track to be independently controlled in custom-made traffic
scenarios.
“Today’s open-source multi-agent simulators for driving, to the best of our knowledge, require
proficiency in niche and heavy low-level software like Unreal Engine or ROS (Robot Operating System),
something that rarely appears in the skillset of a machine learning engineer or scientist,” says Santara.
The major players in the autonomous driving space – Google or Uber, for instance – have their own in-
house simulators and almost all of their software is proprietary, he adds. “The absence of an open-
source multi-agent driving simulator has left the machine learning community throttled for a long time,”
adds Santara. “We really wanted to build a basic set of tools that would let anyone to try their hands out
and test the feasibility at a low cost.”
MADRaS is that attempt to lower the bar of entry for researchers in autonomous driving, says
Ravindran. In comparison, “some of the more detailed simulators would require a steeper learning
curve.”
Low specs, wide reach
It has minimal hardware requirements, says Naik, adding there’s no need for a GPU. “It even works on a
five-year-old Core i3 laptop,” he says. “You can create your own traffic environment and assign custom
behaviours to your cars, add as many cars as you want.” This potentially opens up research in multi-
agent reinforcement learning and imitation learning research aimed at acquiring human-like negotiation
skills in complicated traffic situations. “It’s a major challenge in autonomous driving that all major
players are racing to solve,” Naik adds.
The goal was to build a platform on which you can quickly try out ideas before going into a more
detailed development, says Professor Balaraman Ravindran, head of Robert Bosch Centre for Data
Science and Artificial Intelligence at IIT-Madras.
The goal was to build a platform on which you can quickly try out ideas before going into a more
detailed development, says Ravindran. “The current extensions enable one to develop multi-agent
learning algorithms for autonomous driving, so as to learn in an environment where the other drivers
are also adapting. This, we believe, is crucial to develop more realistic and reactive driving behaviours.”
The basic requirements of autonomous driving like lane discipline and collision avoidance are met with
relative ease today. “What stands between the current state-of-the-art and full-scale real-world
adoption of the technology is the ability of the cars to negotiate complicated and unprecedented traffic
situations with the precision of an expert human driver,” says Devashish Chakravarty, professor-in-
charge of the Autonomous Ground Vehicle Research Group at IIT-Kharagpur. “Reinforcement learning in
a multi-agent simulated environment has a promise to achieve just that and I think the work of this
team is really the need of the hour.”
“We are pretty optimistic that MADRaS would facilitate solving some excellent research problems
especially in the context of navigating traffic similar to Indian scenes and learning how to navigate in
such traffic,” says Madhava Krishna, professor, and lab head at the Robotics Research Center,
International Institute of Information Technology (IIIT), Hyderabad.
While partially autonomous cars are here, FAD (fully autonomous driving), with all the complicated
scenarios that it will have to account for, is still a long way away – and could take decades to become a
reality. The researchers envision inter-vehicle communication becoming ubiquitous and reliable with the
advent of 5G data and phone services, enabling vehicles to transmit their intent to other neighbouring
vehicles and develop situational awareness that’s more sophisticated than what humans are capable of.
As of now, autonomous driving is so hard that even time-tested technologies that go into autopilots for
aircraft can’t solve it totally, says Naik. “Even the biggest players in this field like Tesla and Uber are
facing fatal accidents, despite having the best talent. It’s an extremely hard problem to solve,” he says.
In an accident that Tesla said was caused by the driver, a Joshua Brown died in May 2016 at Florida, US –
the first such fatal accident involving an autonomous car.
Berkeley professor Michael Jordan recently published an essay in which he imagined what the self-
driving car infrastructure of the future would look like. “The overall transportation system (an Intelligent
Infrastructure system) will likely more closely resemble the current air-traffic control system than the
current collection of loosely-coupled, forward-facing, inattentive human drivers,” he writes.
A snapshot of some of the scientists working on AI technologies pertinent to autonomous driving at the
Parallel Computing Lab at Intel Bangalore. Top row, L-R: Nataraj Jammalamadaka, ex Research Scientist
and Md. Vasimuddin, Graduate Research Intern. Bottom row, L-R: Kunal Banerjee, Research Scientist;
Leena M, Operations Manager; Anirban Santara, Google India PhD Fellow, IIT-Kharagpur; and Abhishek
Naik, Dual Degree Student, IIT-Madras
MADRaS enables machine learning and AI researchers to advance computer vision research algorithms,
demonstrating their effectiveness in real-time decision-making through machine learning techniques,
says Pradeep Dubey, Intel Fellow, and PCL-India director. “These algorithms will ultimately help navigate
hazardous traffic scenarios to improve road safety in a way that is transformative,” he says.
For now, the researchers behind MADRaS are inviting the AI community to come and participate in
developing the simulator further. The official blog lists a series of possibilities and problem statements
related to multi-agent learning.
Some years from now, if scores of researchers want to play around with autonomous driving algorithms
on an open source platform, they will have MADRaS as an option, and its creators to thank for.
Date: 10th May 2018
Publication: The Economic Times -Hindi
Edition: Delhi
Page no: 8
Journalist: Hari Pulakkat
Headline: IIT preparing to be unicorns on the campus
Date: 11th May 2018
Publication: Research Stash
Edition: Online
Journalist : NA
Professor: Prof. Vignesh Muthuvijayan
Headline: An Isabgol Based Wound Material to Treat Diabetic Wounds
URL: https://www.researchstash.com/2018/05/09/an-isabgol-based-wound-material-to-treat-diabetic-
wounds/
An Isabgol Based Wound Material to Treat Diabetic Wounds
Posted by
Research Stash
Treatment of chronic non-healing wounds in diabetes is a major clinical challenge. To address this
problem, researchers at Indian Institute of Technology (IIT), Madras have developed a new wound
dressing material. They have developed it, using reduced graphene oxide loaded Nanocomposite
scaffolds and Isabgol.
Prof. Vignesh Muthuvijaya with Dr. T. Ponrasu
Prof. Vignesh Muthuvijaya with Dr. T. Ponrasu
Wounds in diabetic patients do not heal as rapidly as it would in a normal healthy individual. This leads
to chronic non-healing wounds that can result in serious complications like amputations. Some wound
dressings for diabetic wounds are commercially available. However, they are very expensive. As the
diabetic population in India keeps growing, treating these diabetic wounds will be a major clinical and
social challenge.
Research interests of Vignesh Muthuvijayan
Research interests of Vignesh Muthuvijayan
Speaking with India Science Wire, Prof. Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras, said, “We have taken
reference of a study published in Advanced Healthcare Material Journal, where it has been shown that
graphene oxides at certain concentrations have angiogenic properties (the physiological process through
which new blood vessels form from pre-existing vessels). We took isabgol (psyllium) as a base material
and reduced graphene oxide as bioactive material. Isabgol was used because it can absorb large
quantities of wound exudates, it also provides an ideal moist environment for the wound to heal faster.
The Isabgol-reduced graphene oxide nanocomposite that we prepared has shown exciting results in
animal studies”.
Dr. Muthuvijayan and his team used a convex lens to focus sunlight on graphene oxide to obtain
reduced graphene oxide. Then, they loaded these reduced graphene oxide dispersions into a solution of
isabgol (psyllium) to obtain the wound dressing scaffolds. Fibroblast cells, responsible for wound healing
were used to evaluate the toxicity and bioactivity of these scaffolds on cell attachment, migration and
proliferation. The newly developed scaffolds were shown to provide a suitable tissue-friendly
environment for the cells and subsequently improve cell proliferation and attachment.
The scaffold also provided an ideal environment to the wounds for the re-growth of damaged skin
through proliferated fibroblast cells on the injury site. Histopathology and immunohistochemistry
analyses showed that the treatment enhanced new blood vessels formation, collagen synthesis, and
deposition in treated wounds.
Overall, the research showed that these wound dressings could significantly accelerate healing of both
normal and diabetic wounds. The study has been done on rats where the normal wounds treated with
the dressings healed in 16 days compared to 23 days in untreated wounds. Similarly, the wounds on
diabetic rat treated with the dressings healed in 20 days compared to 26 days in untreated wounds.
These scaffolds are easy to prepare, inexpensive, and show excellent healing properties.
The research team includes Dr. T. Ponrasu, Ramya Kannan, Balaji Ramachandran, Ganeshkumar
Moorthy and Lonchin Suguna. The research team has published a report on their work in a recent issue
of Journal of Colloid and Interface Science. (India Science Wire)
Date:11th May 2018
Publication: Indian Science Journal
Edition: Online
Journalist :NA
Professor: Prof. Vignesh Muthuvijayan
Headline: Indian researchers develop isabgol-based material to treat diabetic wounds
URL: http://www.indiansciencejournal.in/health-news/indian-researchers-develop-isabgol-based-
material-to-treat-diabetic-wounds-482657
Indian researchers develop isabgol-based material to treat diabetic wounds India Science Wire9 May
2018 5:06 PM Treatment of chronic non-healing wounds in diabetes is a major clinical challenge.
Researchers at Indian Institute of Technology (IIT), Madras develop a new wound dressing material to
address this problem. They have developed it, using reduced graphene oxide loaded nanocomposite
scaffolds and Isabgol. Isabgol plant (for representative purpose only) Chennai (ISW) - Treatment of
chronic non-healing wounds in diabetes is a major clinical challenge. Researchers at Indian Institute of
Technology (IIT), Madras have developed a new wound dressing material to address this problem. They
have developed it, using reduced graphene oxide loaded nanocomposite scaffolds and Isabgol. Wounds
in diabetic patients do not heal as rapidly as it would in a normal healthy individual. This leads to chronic
non-healing wounds that can result in serious complications like amputations. Some wound dressings
for diabetics are commercially available. However, they are very expensive.
As the diabetic population in India keeps growing, treating these diabetic wounds will be a major clinical
and social challenge. "We have taken reference of a study published in Advanced Healthcare Material
Journal, where it has been shown that graphene oxides at certain concentrations have angiogenic
properties (the physiological process through which new blood vessels form from pre-existing vessels).
We took isabgol (psyllium) as base material and reduced graphene oxide as bioactive material. Isabgol
was used because it can absorb large quantities of wound exudates, it also provides an ideal moist
environment for the wound to heal faster. The Isabgol-reduced graphene oxide nanocomposite that we
prepared has shown exciting results in animal studies," said Prof. Vignesh Muthuvijayan, Assistant
Professor, Department of Biotechnology, IIT Madras. Dr. Muthuvijayan and his team used a convex lens
to focus sunlight on graphene oxide to obtain reduced graphene oxide. Then, they loaded these reduced
graphene oxide dispersions into a solution of isabgol (psyllium) to obtain the wound dressing scaffolds.
Fibroblast cells, responsible for wound healing were used to evaluate the toxicity and bioactivity of
these scaffolds on cell attachment, migration and proliferation. The newly developed scaffolds were
shown to provide a suitable tissue-friendly environment for the cells and subsequently improve cell
proliferation and attachment. The scaffold also provided an ideal environment to the wounds for the re-
growth of damaged skin through proliferated fibroblast cells on the injury site. Histopathology and
immunohistochemistry analyses showed that the treatment enhanced new blood vessels formation,
collagen synthesis and deposition in treated wounds. Overall, the research showed that these wound
dressings could significantly accelerate healing of both normal and diabetic wounds. The study has been
done on rats where the normal wounds treated with the dressings healed in 16 days compared to 23
days in untreated wounds. Similarly, the wounds on diabetic rat treated with the dressings healed in 20
days compared to 26 days in untreated wounds. These scaffolds are easy to prepare, inexpensive, and
show excellent healing properties.
Date:11th May 2018
Publication: The Meghalaya Guardian
Edition: Online
Journalist : NA
Professor: Professor: Prof. Vignesh Muthuvijayan
Headline: An isabgol based wound material to treat diabetic wounds
URL: http://mg.glpublications.in/index.php?mod=1&pgnum=4&edcode=1&pagedate=2018-05-
10&type=
Indian researchers develop isabgol-based material to treat diabetic wounds India Science Wire9 May
2018 5:06 PM Treatment of chronic non-healing wounds in diabetes is a major clinical challenge.
Researchers at Indian Institute of Technology (IIT), Madras develop a new wound dressing material to
address this problem. They have developed it, using reduced graphene oxide loaded nanocomposite
scaffolds and Isabgol. Isabgol plant (for representative purpose only) Chennai (ISW) - Treatment of
chronic non-healing wounds in diabetes is a major clinical challenge. Researchers at Indian Institute of
Technology (IIT), Madras have developed a new wound dressing material to address this problem. They
have developed it, using reduced graphene oxide loaded nanocomposite scaffolds and Isabgol. Wounds
in diabetic patients do not heal as rapidly as it would in a normal healthy individual. This leads to chronic
non-healing wounds that can result in serious complications like amputations. Some wound dressings
for diabetics are commercially available. However, they are very expensive. As the diabetic population in
India keeps growing, treating these diabetic wounds will be a major clinical and social challenge. "We
have taken reference of a study published in Advanced Healthcare Material Journal, where it has been
shown that graphene oxides at certain concentrations have angiogenic properties (the physiological
process through which new blood vessels form from pre-existing vessels). We took isabgol (psyllium) as
base material and reduced graphene oxide as bioactive material. Isabgol was used because it can absorb
large quantities of wound exudates, it also provides an ideal moist environment for the wound to heal
faster. The Isabgol-reduced graphene oxide nanocomposite that we prepared has shown exciting results
in animal studies," said Prof. Vignesh Muthuvijayan, Assistant Professor, Department of Biotechnology,
IIT Madras. Dr. Muthuvijayan and his team used a convex lens to focus sunlight on graphene oxide to
obtain reduced graphene oxide. Then, they loaded these reduced graphene oxide dispersions into a
solution of isabgol (psyllium) to obtain the wound dressing scaffolds. Fibroblast cells, responsible for
wound healing were used to evaluate the toxicity and bioactivity of these scaffolds on cell attachment,
migration and proliferation. The newly developed scaffolds were shown to provide a suitable tissue-
friendly environment for the cells and subsequently improve cell proliferation and attachment. The
scaffold also provided an ideal environment to the wounds for the re-growth of damaged skin through
proliferated fibroblast cells on the injury site. Histopathology and immunohistochemistry analyses
showed that the treatment enhanced new blood vessels formation, collagen synthesis and deposition in
treated wounds. Overall, the research showed that these wound dressings could significantly accelerate
healing of both normal and diabetic wounds. The study has been done on rats where the normal
wounds treated with the dressings healed in 16 days compared to 23 days in untreated wounds.
Similarly, the wounds on diabetic rat treated with the dressings healed in 20 days compared to 26 days
in untreated wounds. These scaffolds are easy to prepare, inexpensive, and show excellent healing
properties.
http://www.indiansciencejournal.in/health-news/indian-researchers-develop-isabgol-based-material-to-
treat-diabetic-wounds-482657
Date:11th May 2018
Publication: India Science News
Edition: Online
Journalist :Jyoti Singh
Professor: Prof. Vignesh Muthuvijayan
Headline: An isabgol based wound material to treat diabetic wounds
URL: http://vigyanprasar.gov.in/isw/diabetic_wounds_story.html
Treatment of chronic non-healing wounds in diabetes is a major clinical challenge. To address this
problem, researchers at Indian Institute of Technology (IIT), Madras have developed a new wound
dressing material. They have developed it, using reduced graphene oxide loaded nanocomposite
scaffolds and Isabgol.
Wounds in diabetic patients do not heal as rapidly as it would in a normal healthy individual. This leads
to chronic non-healing wounds that can result in serious complications like amputations. Some wound
dressings for diabetic wounds are commercially available. However, they are very expensive. As the
diabetic population in India keeps growing, treating these diabetic wounds will be a major clinical and
social challenge.
Speaking with India Science Wire, Prof. Vignesh Muthuvijayan, Assistant Professor, Department of
Biotechnology, Bhupat and Jyoti Mehta School of Biosciences, IIT Madras, said, “We have taken
reference of a study published in Advanced Healthcare Material Journal, where it has been shown that
graphene oxides at certain concentrations have angiogenic properties (the physiological process through
which new blood vessels form from pre-existing vessels). We took isabgol (psyllium) as base material
and reduced graphene oxide as bioactive material. Isabgol was used because it can absorb large
quantities of wound exudates, it also provides an ideal moist environment for the wound to heal faster.
The Isabgol-reduced graphene oxide nanocomposite that we prepared has shown exciting results in
animal studies”.
"We took isabgol (psyllium) as base material and reduced graphene oxide as bioactive material. Isabgol
was used because it can absorb large quantities of wound exudates, it also provides an ideal moist
environment for the wound to heal faster. "
Dr. Muthuvijayan and his team used a convex lens to focus sunlight on graphene oxide to obtain
reduced graphene oxide. Then, they loaded these reduced graphene oxide dispersions into a solution of
isabgol (psyllium) to obtain the wound dressing scaffolds. Fibroblast cells, responsible for wound healing
were used to evaluate the toxicity and bioactivity of these scaffolds on cell attachment, migration and
proliferation. The newly developed scaffolds were shown to provide a suitable tissue-friendly
environment for the cells and subsequently improve cell proliferation and attachment.
The scaffold also provided an ideal environment to the wounds for the re-growth of damaged skin
through proliferated fibroblast cells on the injury site. Histopathology and immunohistochemistry
analyses showed that the treatment enhanced new blood vessels formation, collagen synthesis and
deposition in treated wounds.
Overall, the research showed that these wound dressings could significantly accelerate healing of both
normal and diabetic wounds. The study has been done on rats where the normal wounds treated with
the dressings healed in 16 days compared to 23 days in untreated wounds. Similarly, the wounds on
diabetic rat treated with the dressings healed in 20 days compared to 26 days in untreated wounds.
These scaffolds are easy to prepare, inexpensive, and show excellent healing properties.
"The work relating to non-healing wounds in diabetics is certainly important and interesting. However,
one can not claim success till clinical trials are done. Similar approach has been taken by other scientists
also, but the use of isabgol nano composite scaffolds in this study is different," commented Prof S G
Singh, IIT Hyderabad, who is note connected with this study.
The research team includes Dr. T. Ponrasu, Ramya Kannan, Balaji Ramachandran, Ganeshkumar
Moorthy and Lonchin Suguna. The research team has published a report on their work in a recent issue
of Journal of Colloid and Interface Science. (India Science Wire)
Date: 11th May 2018
Publication: Puthiya Thalaimurai
Edition: Electronic
Faculty: Prof Vignesh Muthuvijayan
Headline: IIT Madras Researchers develop dressing for diabetic patients
URL: http://youtu.be/JSYcscITxNs
Date:13th May 2018
Publication: Dainik Jagran
Edition: Delhi
Page no.: 13
Journalist :NA
Headline: IIT Madras develops a wound dressing material to treat diabetic wounds
Date:13th May 2018
Publication: Dainik Yashbhoomi
Edition: Mumbai
Page no.: 8
Journalist :NA
Headline: IIT Madras develops a wound dressing material to treat diabetic wounds
Date:13th May 2018
Publication: Life 365
Edition: Pune
Page no.:1
Journalist :NA
Headline: New material can speed up healing
Date: 16th May 2018
Publication: Sandhyanand
Edition: Mumbai
Page no.:10
Journalist : NA
Headline: IIT-M develops low-cost diabetic wounds treatment
Date: 25th May 2018
Publication: India Spend
Edition: Online
Journalist : Prachi Salve
Headline: Expenses Fell, Usage Rose After Public Healthcare Improved In 3 TN
URL: http://www.indiaspend.com/cover-story/expenses-fell-usage-rose-after-public-healthcare-
improved-in-3-tn-blocks-27204
Strengthening rural public health systems in three Tamil Nadu blocks made more people utilise their
services while reducing their out-of-pocket expenditure on outpatient care, an assessment of a
government-run pilot project by the Indian Institute of Technology, Madras (IIT-M), has found.
Thanks to better public health facilities, fewer people accessed private facilities for outpatient care, the
study conducted in one block each in Krishnagiri, Pudukkottai and Perambalur districts, found.
This has clear policy implications because Indians’ out-of-pocket spending on health is the sixth highest
among 50 low-middle income countries, as IndiaSpend reported on the basis of two studies published in
the medical journal The Lancet. Of the Rs $42.6 billion spent out of pocket in 2013-14, 32% or a third
was for outpatient care, according to data from the health ministry.
Health costs caused 52.5 million Indians to slip into poverty in 2011–almost half the world’s population
similarly impoverished each year–as IndiaSpend reported on January 30, 2018.
Yet, outpatient care was left out of the vast National Health Protection Scheme, dubbed ‘Modicare’, that
Finance Minister Arun Jaitley announced in his budget speech in February 2018. The programme would
provide 100 million families with an annual insurance cover of Rs 500,000 each. However, critics pointed
out, by not covering outpatient care–the largest component of out-of-pocket expenditure–it would fail
to help those it seeks to target.
The government’s rejoinder is that various schemes already cover out-of-pocket expenditure. The
maternity care programme Janani Suraksha Yojana provides food to pregnant women and one
accompanying caretaker during hospitalisation; government-run mobile medical units and ambulance
services provide free transport to and from public facilities; and the public healthcare system provides
free vaccines, contraceptives, drugs and tests for HIV, TB, malaria, leprosy etc., union health minister
Jagat Prakash Nadda told IndiaSpend in this March 18, 2018, interview.
Date: 25th May 2018
Publication: Business Standard
Edition: Online
Journalist: Prachi Salve
Headline: Expenses Fell, Usage Rose After Public Healthcare Improved In 3 TN
URL: http://www.business-standard.com/article/current-affairs/expenses-down-usage-up-as-3-tamil-
nadu-blocks-improve-public-healthcare-118052500070_1.html
Strengthening rural public health systems in three Tamil Nadu blocks made more people utilise their
services while reducing their out-of-pocket expenditure on outpatient care, an assessment of a
government-run pilot project by the Indian Institute of Technology, Madras (IIT-M), has found.
Thanks to better public health facilities, fewer people accessed private facilities for outpatient care, the
study conducted in one block each in Krishnagiri, Pudukkottai and Perambalur districts, found.
This has clear policy implications because Indians’ out-of-pocket spending on health is the sixth highest
among 50 low-middle income countries, as IndiaSpend reported on the basis of two studies published in
the medical journal The Lancet. Of the Rs $42.6 billion spent out of pocket in 2013-14, 32% or a third
was for outpatient care, according to data from the health ministry.
Health costs caused 52.5 million Indians to slip into poverty in 2011–almost half the world’s population
similarly impoverished each year–as IndiaSpend reported on January 30, 2018.
Yet, outpatient care was left out of the vast National Health Protection Scheme, dubbed ‘Modicare’, that
Finance Minister Arun Jaitley announced in his budget speech in February 2018. The programme would
provide 100 million families with an annual insurance cover of Rs 500,000 each. However, critics pointed
out, by not covering outpatient care–the largest component of out-of-pocket expenditure–it would fail
to help those it seeks to target.
The government’s rejoinder is that various schemes already cover out-of-pocket expenditure. The
maternity care programme Janani Suraksha Yojana provides food to pregnant women and one
accompanying caretaker during hospitalisation; government-run mobile medical units and ambulance
services provide free transport to and from public facilities; and the public healthcare system provides
free vaccines, contraceptives, drugs and tests for HIV, TB, malaria, leprosy etc., union health minister
Jagat Prakash Nadda told IndiaSpend in this March 18, 2018, interview.
Date: 26th May 2018
Publication: The Quint
Edition: Online
Journalist : Prachi Salve
Headline: How Tamil Nadu Improved Rural Public Health Systems in 3 Blocks
URL: https://www.thequint.com/news/india/how-tamil-nadu-improved-rural-public-health-systems-in-
3-blocks
Improved Rural Public Health Systems in 3 Blocks
Strengthening rural public health systems in three Tamil Nadu blocks made more people utilise their
services while reducing their out-of-pocket expenditure on outpatient care, an assessment of a
government-run pilot project by the Indian Institute of Technology, Madras (IIT-M), has found.
Thanks to better public health facilities, fewer people accessed private facilities for outpatient care, the
study conducted in one block each in Krishnagiri, Pudukkottai and Perambalur districts, found.
This has clear policy implications because Indians’ out-of-pocket spending on health is the sixth highest
among 50 low-middle income countries, as IndiaSpend reported on the basis of two studies published in
the medical journal The Lancet. Of the Rs 2,90,932 crore ($42.6 billion) spent out of pocket in 2013-14,
32 percent or a third was for outpatient care, according to data from the health ministry.
Health costs caused 52.5 million Indians to slip into poverty in 2011 – almost half the world’s population
similarly impoverished each year – as IndiaSpend reported on 30 January 2018.
Yet, outpatient care was left out of the vast National Health Protection Scheme, dubbed ‘Modicare’, that
Finance Minister Arun Jaitley announced in his budget speech in February 2018. The programme would
provide 100 million families with an annual insurance cover of Rs 5,00,000 each. However, critics
pointed out, by not covering outpatient care – the largest component of out-of-pocket expenditure – it
would fail to help those it seeks to target.
The government’s rejoinder is that various schemes already cover out-of-pocket expenditure. The
maternity care programme Janani Suraksha Yojana provides food to pregnant women and one
accompanying caretaker during hospitalisation; government-run mobile medical units and ambulance
services provide free transport to and from public facilities; and the public healthcare system provides
free vaccines, contraceptives, drugs and tests for HIV, TB, malaria, leprosy etc., union health minister
Jagat Prakash Nadda told IndiaSpend in this 18 March, 2018, interview.
The Intervention
In preparation for rolling out universal health coverage, the state government of Tamil Nadu launched a
pilot project in early 2017 in Shoolagiri block of Krishnagiri district, Viralimalai block of Pudukkottai
district and Veppur block of Perambalur district.
Health Sub-Centres (HSCs) are the first point of contact for rural Indians with the country’s public health
system. An HSC caters to 5,000 people and is supposed to stock medicines for diarrhoea, malaria and
vaccines for children. It has 3-4 staff and the capacity for basic investigations such as haemoglobin
estimation and urine test for albumin and sugar.
(Source: Ministry of Health and Family Welfare)
However, an estimated 22 percent of HSCs across India are short of auxiliary nurse midwives (ANMs)
and 46.4 percent are functioning without a male health worker, according to the 2015 rural health
statistics.
Consequently, rural Indians either turn to private practitioners – 58 percent rural Indians preferred
private healthcare, according to the 71st round of the National Sample Survey – or to secondary and
tertiary public facilities, which are often overburdened.
Higher up in the hierarchy are Primary Health Centres, Community Health Centres, and General
Hospitals.
The pilot made sure HSCs had water, electricity and toilets, a proper consultation room and quarters for
nurses. Further, staff shortages were identified and two village health nurses (VHNs) were allotted to
each HSC.
Basic diagnostic services such as for blood sugar, hypertension and fever, as well as adequate drugs,
were made available, including drugs for non-communicable diseases.
The Results
The pilot led to a significant fall in out-of-pocket expenses for outpatient care in various public facilities –
77 percent in Shoolagiri block (from Rs 261 per visit to Rs 59), 92 percent in Viralimalai (from Rs 351 to
Rs 26) and 83 percent in Veppur (from Rs 395 to Rs 67), according to the study.
In HSCs, particularly, out-of-pocket expenditure was lesser still: Rs 5.9 per visit in Shoolagiri, Rs 2.9 in
Viralimalai and Rs 5.16 in Veppur.
Utilisation of HSCs improved: 17.8 percent of all outpatients in Shoolagiri block, 14.8% in Viralimalai and
23.1 percent in Veppur used an HSC, up from just 1 percent before the intervention.
Outpatient attendance in HSCs also increased: each HSC served 10 outpatients per day in Shoolagiri, 13
in Viralimalai and 10 in Veppur. There had been fewer than three outpatients per day before the
intervention.
Similarly, fewer people from these blocks sought outpatient care in private facilities. In Shoolagiri, the
percentage of people who visited a private facility for outpatient care dropped from 51 percent to 21
percent; in Viralimalai from 47.8 percent to 24.2 percent; and in Veppur from 40.9 percent to 23.9
percent.
There was also a fall in the overall financial burden on patients due to expenses on drugs: until
December 2017, the pilot had dispensed drugs worth Rs 10.5 lakh through HSCs to hypertension and
diabetes patients.
These are two of the most common non-communicable diseases in rural India. One in five adults is
affected by hypertension and one in 20 by diabetes, this March 2018 article in India Development
Review said. Nearly 70 percent of out-of-pocket expenditure in rural areas is on medicines for non-
communicable diseases, according to this August 2016 paper.
Date: 1st May 2018
Publication: The Hindu Business Line
Edition: Delhi / Hyderabad / Kolkata / Mumbai / Pune / Chennai / Bangalore
Page No: 15
Journalist: NA
Headline: IITM to validate tech ideas for entrepreneurship
URL: https://www.thehindubusinessline.com/news/iitm-to-validate-tech-ideas-for-
entrepreneurship/article23732173.ece
Date: 1st May 2018
Publication: The Economic Times
Edition: Mumbai / Bangalore / Hyderabad / Chennai / Delhi / Pune / Kolkata / Kochi / Ahmedabad
Page No: 6
Journalist: NA
Headline: IIT Centre to let experts validate ideas
Date: 1st May 2018
Publication: The Times of India
Edition: Chennai
Page No: 6
Journalist: Gayatri Vasudevan
Headline: Seven proposals grab attention at IIT-M incubator programme
URL: https://timesofindia.indiatimes.com/city/chennai/seven-proposals-grab-attention-at-iit-m-
incubator-programme/articleshow/63978999.cms
Date: 1st May 2018
Publication: The Hans India
Edition: Hyderabad
Page No: 14
Journalist: NA
Professor: Prof T Pradeep & Prof. Krishnan Balasubramanian
Headline: IIT-M’s initiative to move ideas from lab to market
URL: http://www.thehansindia.com/posts/index/Young-Hans/2018-05-01/IIT-Ms-initiative-to-move-
ideas-from-lab-to-market/377971
Date: 1st May 2018
Publication: DT Next
Edition: Chennai
Page No: 2
Journalist: NA
Headline: IIT-M launches I-NCUBATE programme
URL: https://www.dtnext.in/News/City/2018/05/01012204/1070904/IITM-launches-INCUBATE-
programme.vpf
Date: 1st May 2018
Publication: Business Line on Campus
Edition: Online
Journalist: NA
Professor: Prof T Pradeep & Prof. Krishnan Balasubramanian
Headline: IIT Madras's GDC trains faculty, entrepreneurs
URL: http://www.bloncampus.com/b-school-corner/iit-madras-gopalakrishnandeshpande-centre-trains-
faculty-entrepreneurs-on-moving-ideas-from-lab-to-market/article10107522.ece
The Gopalakrishnan-Deshpande Centre for Innovation and Entrepreneurship (GDC) at Indian Institute of
Technology Madras has launched its flagship offering, I-NCUBATE, which enables faculty, researchers
and entrepreneurs to validate their technological ideas that can be converted into a sustainable
business.
Under its flagship programme, GDC is working to bring deep-tech ideas from the laboratories of
academic institutions to the marketplace. The first cohort of seven teams that have gone through the I-
NCUBATE programme, with instructors from George Washington University, completed their session on
April 30.
Addressing the finale of I-NCUBATE held at IIT Madras, Raj Melville, Executive Director, Deshpande
Foundation, US, said, “The Deshpande Foundation is excited by the dramatic progress the initial seven
teams from IIT Madras have shown as participants. As sponsors of the original National Science
Foundation I-Corps programme in the US, we hope the I-NCUBATE programme will prove to be a unique
national model in India as it scales and grows. We hope many of the leading research institutions in
India will avail of this to accelerate ideas from the lab to commercialisation.”
The programme is a seven-week engagement where teams, each comprising a faculty lead, an
entrepreneur lead, and a mentor, come together as a cohort under the GDC umbrella and go through a
customer-discovery exercise with their respective business ideas. The programme is designed to have
the following outcomes:
1. Enable each team to obtain a deep understanding of the product-market contours for their business
idea based on the first-hand feedback obtained from customers on their needs and the market gaps.
2. Provide each team a clear definition of the MVP along with value propositions.
3. Help each team arrive at a go/no-go decision based on the viability of the market and overall business
model.
The chief guest, T Pradeep, Institute Professor, Department of Chemistry, IIT Madras, said, “Innovation
must be the new engine of emerging academic institutions that drives them to excel. Concomitantly, it
makes them relevant to society. This organic existence is the central aspect of a knowledge economy. I
feel that I-NCUBATE is one way to make this happen, in which many can grow synergistically.”
Krishnan Balasubramanian, Professor-in-Charge, GDC, said, “The I-NCUBATE programme significantly
helps the entrepreneurs to focus on selecting the right business model while transforming their research
ideas into a start-up.”
Speaking on the occasion, R Raghuttama Rao, Chief Executive Officer, GDC, said, “I-NCUBATE is GDC’s
flagship programme for translational research, where faculty from academic institutions partner with
entrepreneurs to move their scientific ideas from lab to the marketplace by way of a business venture.”
Date: 1st May 2018
Publication: Skill Outlook
Edition: Online
Journalist: NA
Professor: Prof T Pradeep & Prof. Krishnan Balasubramanian
Headline: IIT Madras Gopalakrishnan-Deshpande Centre trains faculty, entrepreneurs on moving ideas
from lab to market
URL: http://skilloutlook.com/education/iit-madras-gopalakrishnan-deshpande-centre-trains-faculty-
entrepreneurs-on-moving-ideas-from-lab-to-market
The Gopalakrishnan-Deshpande Centre for Innovation and Entrepreneurship (GDC) at Indian Institute of
Technology Madras has launched its flagship offering, I-NCUBATE, which enables faculty, researchers
and entrepreneurs to validate if their technological idea can be converted into a sustainable Business.
Under its flagship program ‘I-NCUBATE,’ GDC is working to bring deep-tech ideas from the laboratories
of academic institutions to the marketplace. The first cohort of Seven Teams that have gone through I-
NCUBATE program with instructors from George Washington University completed their session on
Monday, 30th April 2018.
Addressing the Finale of I-NCUBATE held at IIT Madras, Dr. Raj Melville, Executive Director, Deshpande
Foundation, U.S., said “The Deshpande Foundation is excited with the dramatic progress the initial seven
teams from IIT Madras have shown as participants in the initial I-NCUBATE cohort. As sponsors of the
original National Science Foundation I-Corps program in the U.S., we hope the I-NCUBATE program will
prove to be a unique national model in India as it scales and grows. We hope many of the leading
research institutions in India will avail of this to accelerate ideas from the lab to commercialization.”
The I-NCUBATE program is a seven-week engagement where teams, each comprising a Faculty Lead, an
Entrepreneur Lead, and a Mentor, come together as a cohort under the GDC umbrella and go through a
customer-discovery exercise with their respective business ideas. The I-NCUBATE program is designed to
have the following outcomes:
Enable each team to obtain a deep understanding of the product-market contours for their business
idea based on the first-hand feedback obtained from customers on their needs and the market gaps.
Provide each team a clear definition of the MVP along with value propositions.
Help each team arrive at a Go/No-Go decision based on the viability of the market and overall business
model.
The Chief Guest of the Program, Prof T. Pradeep, Institute Professor, Department of Chemistry, IIT
Madras, said, “Innovation must be the new engine of emerging academic institutions that drives them
to excel. Concomitantly, it makes them relevant to society. This organic existence is the central aspect of
a knowledge economy. I feel that I-INCUBATE is one way to make this happen, in which many can grow
synergistically. IIT Madras is the most appropriate place to initiate and nurture this program, given its
vibrant incubation ecosystem.”
The Gopalakrishnan-Deshpande Centre for Innovation and Entrepreneurship was established at IIT
Madras to provide the necessary thought leadership and networking impetus to help in building the
systems and processes that enable innovative and entrepreneurial thinking across the Institute at all
levels. GDC will help crystallise out-of-the-box solutions that emerge from the Institute’s labs, faculty
and research scholars, as well as from fertile young minds which will create significant economic and
social impact at a national and eventually at a global level.
Prof Krishnan Balasubramanian, Professor-in-Charge, GDC, said, “The I-NCUBATE program significantly
helps the entrepreneurs to focus on selecting the RIGHT business model while transforming their
research ideas into a start-up.”
Speaking on the occasion, Mr. R. Raghuttama Rao, Chief Executive Officer, GDC, IIT Madras, said, “I-
NCUBATE is GDC’s flagship program for translational research, where faculty from academic institutions
partner with entrepreneurs to move their scientific ideas from lab to the marketplace by way of a
business venture.”
Further, he added, “We have just completed the first cohort of the I-NCUBATE program with seven start-
up teams from diverse areas in deep tech – MedTech, industrial safety, environment, and agri supply
chain. GDC plans to work with over 50 start-up ideas in the current year from different scientific and
engineering institutions from all over India.”
Date: 1st May 2018
Publication: India Education Diary
Edition: Online
Journalist: NA
Professor: Prof T Pradeep & Prof. Krishnan Balasubramanian
Headline: IIT Madras Gopalakrishnan-Deshpande Centre trains faculty, entrepreneurs on moving ideas
from lab to market
URL: http://indiaeducationdiary.in/iit-madras-gopalakrishnan-deshpande-centre-trains-faculty-
entrepreneurs-moving-ideas-lab-market/
Chennai: The Gopalakrishnan-Deshpande Centre for Innovation and Entrepreneurship (GDC) at Indian
Institute of Technology Madras has launched its flagship offering, I-NCUBATE, which enables faculty,
researchers and entrepreneurs to validate if their technological idea can be converted into a sustainable
business.
Under its flagship program ‘I-NCUBATE,’ GDC is working to bring deep-tech ideas from the laboratories
of academic institutions to the marketplace. The first cohort of Seven Teams that have gone through I-
NCUBATE program with instructors from George Washington University,U.S. completed their session on
Monday, 30th April 2018.
Addressing the Finale of I-NCUBATE held at IIT Madras, Dr. Raj Melville, Executive Director, Deshpande
Foundation, U.S., said “The Deshpande Foundation is excited with the dramatic progress the initial seven
teams from IIT Madras have shown as participants in the initial I-NCUBATE cohort. As sponsors of the
original National Science Foundation I-Corps program in the U.S., we hope the I-NCUBATE program will
prove to be a unique national model in India as it scales and grows. We hope many of the leading
research institutions in India will avail of this to accelerate ideas from the lab to commercialization.”
The I-NCUBATE program is a seven-week engagement where teams, each comprising a Faculty Lead, an
Entrepreneur Lead, and a Mentor, come together as a cohort under the GDC umbrella and go through a
customer-discovery exercise with their respective business ideas. The I-NCUBATE program is designed to
have the following outcomes:
Enable each team to obtain a deep understanding of the product-market contours for their business
idea based on the first-hand feedback obtained from customers on their needs and the market gaps.
Provide each team a clear definition of the MVP along with value propositions.
Help each team arrive at a Go/No-Go decision based on the viability of the market and overall business
model.
The Chief Guest of the Program, Prof T. Pradeep, Institute Professor, Department of Chemistry, IIT
Madras, said, “Innovation must be the new engine of emerging academic institutions that drives them
to excel. Concomitantly, it makes them relevant to society. This organic existence is the central aspect of
a knowledge economy. I feel that I-INCUBATE is one way to make this happen, in which many can grow
synergistically. IIT Madras is the most appropriate place to initiate and nurture this program, given its
vibrant incubation ecosystem.”
The Gopalakrishnan-Deshpande Centre for Innovation and Entrepreneurship was established at IIT
Madras to provide the necessary thought leadership and networking impetus to help in building the
systems and processes that enable innovative and entrepreneurial thinking across the Institute at all
levels. GDC will help crystallise out-of-the-box solutions that emerge from the Institute’s labs, faculty
and research scholars, as well as from fertile young minds which will create significant economic and
social impact at a national and eventually at a global level.
Prof Krishnan Balasubramanian, Professor-in-Charge, GDC, said, “The I-NCUBATE program significantly
helps the entrepreneurs to focus on selecting the RIGHT business model while transforming their
research ideas into a start-up.”
Speaking on the occasion, Mr. R. Raghuttama Rao, Chief Executive Officer, GDC, IIT Madras, said, “I-
NCUBATE is GDC’s flagship program for translational research, where faculty from academic institutions
partner with entrepreneurs to move their scientific ideas from lab to the marketplace by way of a
business venture.”
Further, he added, “We have just completed the first cohort of the I-NCUBATE program with seven start-
up teams from diverse areas in deep tech – MedTech, industrial safety, environment, and agri supply
chain. GDC plans to work with over 50 start-up ideas in the current year from different scientific and
engineering institutions from all over India.”
Date: 1st May 2018
Publication: Forbes India
Edition: Magaznie
Page No: 76
Journalist: Sayan Chakaraborty
Professor: Prof Ashok Jhunjhunwala
Headline: 'There Are Two Kinds of Academia"
URL: http://www.forbesindia.com/article/innovation-nation/there-are-two-kinds-of-academia-ashok-
jhunjhunwala/50081/1
Date: 2nd May 2018
Publication: Forbes India
Edition: Magaznie
Page No: 68
Journalist: Sayan Chakaraborty
Professor: Prof Tamaswati Ghosh and Prof Ashok Jhunjhunwala
Headline: Indian Institue of Innovation
Date: 2nd May 2018
Publication: Chennai Patrika
Edition: Online
Journalist: NA
Professor: Prof Krishnan Balasubramanian and Prof T. Pradeep
Headline: IIT Madras Gopalakrishnan Deshpande Centre trains researchers, entrepreneurs on market
viability
URL: http://news.chennaipatrika.com/post/2018/04/30/IIT-Madras-Gopalakrishnan-Deshpande-Centre-
trains-researchers-entrepreneurs-on-market-viability.aspx
The Gopalakrishnan-Deshpande Centre for Innovation and Entrepreneurship (GDC) at Indian Institute of
Technology Madras has launched its flagship offering, I-NCUBATE, which enables faculty, researchers
and entrepreneurs to validate if their technological idea can be converted into a sustainable Business.
Under its flagship program 'I-NCUBATE,' GDC is working to bring deep-tech ideas from the laboratories
of academic institutions to the marketplace. The first cohort of Seven Teams that have gone through I-
NCUBATE program with instructors from George Washington University completed their session on
Monday, 30th April 2018.
Addressing the Finale of I-NCUBATE held at IIT Madras, Dr. Raj Melville, Executive Director, Deshpande
Foundation, U.S., said “The Deshpande Foundation is excited with the dramatic progress the initial seven
teams from IIT Madras have shown as participants in the initial I-NCUBATE cohort. As sponsors of the
original National Science Foundation I-Corps program in the U.S., we hope the I-NCUBATE program will
prove to be a unique national model in India as it scales and grows. We hope many of the leading
research institutions in India will avail of this to accelerate ideas from the lab to commercialization.”
The I-NCUBATE program is a seven-week engagement where teams, each comprising a Faculty Lead, an
Entrepreneur Lead, and a Mentor, come together as a cohort under the GDC umbrella and go through a
customer-discovery exercise with their respective business ideas. The I-NCUBATE program is designed to
have the following outcomes:
1. Enable each team to obtain a deep understanding of the product-market contours for their business
idea based on the first-hand feedback obtained from customers on their needs and the market gaps.
2. Provide each team a clear definition of the MVP along with value propositions.
3. Help each team arrive at a Go/No-Go decision based on the viability of the market and overall
business model.
The Chief Guest of the Program, Prof T. Pradeep, Institute Professor, Department of Chemistry, IIT
Madras, said, “Innovation must be the new engine of emerging academic institutions that drives them
to excel. Concomitantly, it makes them relevant to society. This organic existence is the central aspect of
a knowledge economy. I feel that I-INCUBATE is one way to make this happen, in which many can grow
synergistically. IIT Madras is the most appropriate place to initiate and nurture this program, given its
vibrant incubation ecosystem.”
The Gopalakrishnan-Deshpande Centre for Innovation and Entrepreneurship was established at IIT
Madras to provide the necessary thought leadership and networking impetus to help in building the
systems and processes that enable innovative and entrepreneurial thinking across the Institute at all
levels. GDC will help crystallise out-of-the-box solutions that emerge from the Institute’s labs, faculty
and research scholars, as well as from fertile young minds which will create significant economic and
social impact at a national and eventually at a global level.
Prof Krishnan Balasubramanian, Professor-in-Charge, GDC, said, “The I-NCUBATE program significantly
helps the entrepreneurs to focus on selecting the RIGHT business model while transforming their
research ideas into a start-up.”
Speaking on the occasion, Mr. R. Raghuttama Rao, Chief Executive Officer, GDC, IIT Madras, said, “I-
NCUBATE is GDC’s flagship program for translational research, where faculty from academic institutions
partner with entrepreneurs to move their scientific ideas from lab to the marketplace by way of a
business venture.”
Further, he added, “We have just completed the first cohort of the I-NCUBATE program with seven start-
up teams from diverse areas in deep tech - MedTech, industrial safety, environment, and agri supply
chain. GDC plans to work with over 50 start-up ideas in the current year from different scientific and
engineering institutions from all over India.”
Date: 2nd May 2018
Publication: The Hindu
Edition: Chennai
Page No: 2
Journalist: NA
Headline: IIT-M’s centre helps researchers get a taste of the market
URL: http://www.thehindu.com/news/cities/chennai/iit-ms-centre-helps-researchers-get-a-taste-of-
the-market/article23741816.ece
Date: 2nd May 2018
Publication: Hindustan times
Edition: Delhi
Page No: 1
Journalist: NA
Headline: Moving ideas from the lab to the market at IIT Madras
Date: 3rd May 2018
Publication: Indian Web
Edition: Online
Journalist: NA
Headline: IIT-Madras Launches I-NCUBATE To Convert Research Ideas Into Sustainable Businesses
URL: https://www.indianweb2.com/2018/05/02/iit-madras-launches-i-ncubate-to-convert-research-
ideas-into-sustainable-businesses/
The Gopalakrishnan-Deshpande Centre for Innovation and Entrepreneurship (GDC) at Indian Institute of
Technology Madras (IIT-M) has launched its flagship offering, I-NCUBATE, which enables faculty,
researchers and entrepreneurs to validate if their technological ideas can be converted into a
sustainable business.
Under ‘I-NCUBATE,’ GDC is working to bring deep-tech ideas from the laboratories of academic
institutions to the marketplace. The first cohort of seven teams that have gone through I-NCUBATE
program with instructors from George Washington University completed their session on Monday, 30th
April 2018.
I-NCUBATE is a 7-week engagement programme where teams, each comprising a Faculty Lead, an
Entrepreneur Lead, and a Mentor, come together as a cohort under the GDC umbrella and go through a
customer-discovery exercise with their respective business ideas.
The key goals of I-NCUBATE are — to help the faculty and the entrepreneur obtain an evidence-based
validation of their idea by interacting with a sufficiently large number of potential customers; to enable
the faculty and entrepreneur to formulate a Minimum Viable Product (MVP) that can be subsequently
tested in the marketplace, and to assist the entrepreneur in formulating a business model for tapping
the market opportunity.
GDC believes that these steps at a pre-incubation stage are essential pit-stops in the journey of
transforming an idea into a scalable and sustainable business venture.
All teams that successfully complete the I-NCUBATE programme will be eligible for reimbursement of
expenses incurred for participating in the programme up to a limit of INR 1,75,000.
Though the deadline for application for first cohort of I-NCUBATE has ended, GDC invites applications to
participate in the I-NCUBATE programme by filling up the application form and sending the same to GDC
GDC has just completed the first cohort of the I-NCUBATE program with seven start-up teams from
diverse areas in deep tech – MedTech, industrial safety, environment, and agri supply chain.
In year 2018, GDC plans to work with over 50 start-up ideas in from different scientific and engineering
institutions from all over India.
GDC has been established at IIT Madras in August 2017 to provide the necessary thought leadership and
networking impetus to help in building the systems and processes that enable innovative and
entrepreneurial thinking across the Institute at all levels.
To recall, last month it was announced that IITs across the country are planning to help doctoral/Phd
students convert their thesis in to a full-fledged ‘Start-ups’. The move planned will be first executed by
the IIT-Delhi to allow research scholars to become entrepreneurs.
Speaking about IIT-Madras, in 2016, India’s largest private sector steel company, Tata Steel, has
sponsored a research being done by some meticulous IIT Madras scientists into graphene, a new-
generation carbon material.
In the same year, IIT-Madras joined hands with Nokia to work together for creating technological
solutions that will increase the current broadband connectivity situation in the rural India. Nokia
provided funds and technological expertise for research at the prestigious IIT-M’s Center of Excellence
for Wireless Technology (CEWiT).
Date:15th May 2018
Publication: The Economic Times
Edition: Delhi
Page No: 18
Journalist : Hari Pulakkat,
Professor: Prof Mahesh Panchagnula
Headline: Conzumex: An IITian's dream to improve manufacturing ecosystem in India
URL: https://economictimes.indiatimes.com/small-biz/startups/features/conzumex-towards-an-iitians-
dream-to-improve-manufacturing-ecosystem-in-india/articleshow/64165556.cms
Date: 22nd May 2018
Publication: The Indian Express
Edition: Delhi / Mumbai / Ahmedabad / Pune / Kolkata / Ahmedabad / Lucknow / Jaipur / Chandigarh
Journalist: Amitabh Sinha
Professor: Prof. Tiju Thomas & Prof. Edamana Prasad
Research Scholar: Dr. Abdul Malek
Headline: From The Lab: New way to clean water polluted by mercury
URL: http://indianexpress.com/article/explained/from-the-lab-new-way-to-clean-water-polluted-by-
mercury-5185917/
Date: 29th May 2018
Publication: The Hindu
Edition: Chennai
Page No: 4
Journalist: NA
Professor: Prof Thillai Rajan
Headline: IIT-M to help early stage start-ups to get funding
URL: http://www.thehindu.com/news/cities/chennai/iit-m-to-help-early-stage-start-ups-to-get-
funding/article24018360.ece
Date: 29th May 2018
Publication: The Times of India
Edition: Chennai
Page No: 5
Journalist: NA
Professor: Prof Thillai Rajan
Headline: Launched by IIT-M, startup to help other startups
URL: https://timesofindia.indiatimes.com/city/chennai/launched-by-iit-m-startup-to-help-other-
startups/articleshow/64362441.cms
Date: 29th May 2018
Publication: The Financial Express
Edition: Delhi / Mumbai / Pune / Bangalore / Hyderabad / Chennai / Kochi / Ahmedabad
Page No: 6
Journalist:NA
Professor: Prof Thillai Rajan
Headline: IIT-M incubates start-up to promote entrepreneurs
Date: 29th May 2018
Publication: DT Next
Edition: Chennai
Page No: 8
Journalist : NA
Professor : Prof Thillai Rajan
Headline: IIT-Madras develops platform to support young start-ups
URL: https://www.dtnext.in/News/City/2018/05/28232441/1074073/IITMadras-develops-platform-to-
support-young-startups.vpf
Date: 29th May 2018
Publication: UNI
Edition: Online
Journalist :NA
Professor : Prof Thillai Rajan
Headline: Startup to help other Startups from IIT, Madras
URL: http://www.uniindia.com/startup-to-help-other-startups-from-iit-
madras/states/news/1244108.html
Date: 29th May 2018
Publication: Careers 360
Edition: Online
Journalist: NA
Professor: Prof Thillai Rajan
Headline: IIT Madras incubates a Startup for helping other Startups
URL: https://news.careers360.com/iit-madras-incubates-startup-helping-other-startups
IIT Madras incubates a Startup for helping other Startups
Indian Institute of Technology Madras has incubated a startup whose objective is to help other startups.
It will work to enhance the success of early stage startups using Machine Learning and Data Sciences
tools and techniques.
YNOS Venture Engine CC Private Limited is a startup incubated at IIT Madras Incubation Cell. It was
founded by Prof Thillai Rajan, Department of Management Studies, IIT Madras, who has been
researching Indian Venture Industry for close to a decade now.
He has used his research insights to develop the various offerings of YNOS. The YNOS team comprises of
faculty, students and alumni of IIT Madras. As Professor in the Department of Management Studies at
IIT Madras, Prof Thillai Rajan also brings out an annual report on the Indian venture capital and private
equity industry, which gives him a lot of insight into funding issues of startups.
Speaking about this venture, Prof Thillai Rajan said, “Information and decision making analytics are not
easily accessible for early stage entrepreneurs. Sell-side intermediation is virtually nil for early stage
start-ups. YNOS uses research insights and technology to provide information and intermediation
services for early stage entrepreneurs. Using advanced marker analytics tools, our platform provides
estimates of valuation and also identify appropriate investors for the start-up.”
The time has never been better for venturing and creating startups. However, startup mortality rates
have not fallen. While the funding landscape has expanded, it has also become more complex. The
proportion of startups getting funded is still low. The challenges continue to confound the early stage
entrepreneurs.
The objective of YNOS is to help the start-up founders to navigate the terrain in the early stages of their
venture lifecycle. The technology platform and hybrid offerings have been designed to cater to specific
needs of early stage entrepreneurs. The gamut of offerings cover a wide range such as providing the
competitive landscape for start-ups, valuation estimates, identifying appropriate investors, and hands
on understanding of start-up fundraising.
Speaking on the importance of such an initiative, Dr. Tamaswati Ghosh, Chief Executive Officer, IIT
Madras Incubation Cell, said that, "As one of India’s leading incubators with over 140 of deep-tech
startups we are keenly aware of the challenges faced by early stage technology entrepreneurs,
especially in raising investment and finding matched mentors. Services offered by YNOS are addressing
some of these critical issues and I am confident that they will create a strong impact on the
entrepreneurial ecosystem in this country."
Commenting on the relevance of the offerings, Arun Natarajan, Founder, Venture Intelligence and an
investor in YNOS, said, “Start-ups that approach professional investors for the first time tend to be
under prepared on various fronts. This tends to cause a lot of delay in fundraising - if not completely
derail it. By aiming to provide actionable information on this front, YNOS is poised to play an important
role in making Early Stage funding process in the country more efficient. ”
Dr. Rajan Srikanth, Managing Director, Smart Kapital and President, Keiretsu Forum, Chennai Chapter
said, "There have been several efforts to help investors find startups, but very little done to help the
entrepreneur find the right investor. This is a very tough problem because information is largely
unavailable and even when it is, they are anecdotal and unreliable. As a result, identifying investors
today is largely left to chance for the entrepreneur. The offerings of YNOS would not only lead to better
matches of entrepreneurs and investors but also help the entrepreneur to understand the start-up
landscape that can lead to better decisions. This will benefit the whole eco-system greatly."
R. Ramaraj, an active angel investor and Advisor, Elevar Equity, said that “Despite being most vibrant,
navigating the entrepreneurial ecosystem continues to be a challenge for the early stage entrepreneurs
in India. Starting with the competitive landscape and investor matching, the services and offerings of
YNOS can significantly help young entrepreneurs in building their ventures. The offerings leverage
insights from several years of research on Indian venture industry and use of data sciences tools and
techniques."
Date: 29th May 2018
Publication: Indian Web
Edition: Online
Journalist: Vaardan
Professor: Prof Thillai Rajan
Headline: IIT-Madras Incubated A Startup To Help Other Startups in Early-Stage
URL: https://www.indianweb2.com/2018/05/28/iit-madras-incubated-a-startup-to-help-other-startups-
in-early-stage/
The Indian Institute of Technology-Madras (IIT-Madras) has incubated a startup whose objective was to
help other startups. Named as YNOS Venture Engine CC (Catalyse & Create) Pvt Ltd, the startup is
nurtured at the incubation cell at IIT-M’s Research Park and works to enhance the success of early stage
startups using Machine Learning and Data Sciences tools and techniques.
Founded by Prof Thillai Rajan, Department of Management Studies, IIT-M, who has been researching
Indian Venture Industry for close to a decade now, has tremendous insights into funding issues at start-
ups and he thus decided to start a venture himself and launch YNOS Venture Engine.
According to Thillai, only 6-7 percent of startups are able to raise the first round of external funding,
which is low. The number improves in subsequent rounds, he says, going to 15 percent in the second
round and 20 percent in the next.
It is the first round of external funding that is critical for any start-up, says Thillai. Startup founders have
two options before them — either they can bootstrap the venture and fund it internally. But then,
because of nature of business model of most of them,they want to focus on growth, for which external
funding becomes necessary. Tillai thus, through YNOS, seeks to improve funding chances of
entrepreneurs of such startups in early stage.
YNOS has raised seed funding by IIT-M’s incubation cell & Venture Intelligence, a Chennai-based market
research & analysis firm.
Speaking about this venture, Prof Thillai Rajan said, “Information and decision making analytics are not
easily accessible for early stage entrepreneurs. Sell-side intermediation is virtually nil for early stage
start-ups. YNOS uses research insights and technology to provide information and intermediation
services for early stage entrepreneurs. Using advanced marker analytics tools, our platform provides
estimates of valuation and also identify appropriate investors for the start-up.”
Prof Thillai Rajan (FIRST LEFT, SEATED), Department of Management Studies, IIT Madras, and Founder,
YNOS Venture Engine CC Private Limited, with the Team Members
The time has never been better for venturing and creating startups. However, startup mortality rates
have not fallen. While the funding landscape has expanded, it has also become more complex. The
proportion of startups getting funded is still low. The challenges continue to confound the early stage
entrepreneurs.
The objective of YNOS is to help the start-up founders to navigate the terrain in the early stages of their
venture lifecycle. The technology platform and hybrid offerings have been designed to cater to specific
needs of early stage entrepreneurs. The gamut of offerings cover a wide range such as providing the
competitive landscape for start-ups, valuation estimates, identifying appropriate investors, and hands
on understanding of start-up fundraising.
Speaking on the importance of such an initiative, Dr. Tamaswati Ghosh, Chief Executive Officer, IIT
Madras Incubation Cell, said that, “As one of India’s leading incubators with over 140 of deep-tech
startups we are keenly aware of the challenges faced by early stage technology entrepreneurs,
especially in raising investment and finding matched mentors. Services offered by YNOS are addressing
some of these critical issues and I am confident that they will create a strong impact on the
entrepreneurial ecosystem in this country.”
Commenting on the relevance of the offerings, Arun Natarajan, Founder, Venture Intelligence and an
investor in YNOS, said, “Start-ups that approach professional investors for the first time tend to be
under prepared on various fronts. This tends to cause a lot of delay in fundraising – if not completely
derail it. By aiming to provide actionable information on this front, YNOS is poised to play an important
role in making Early Stage funding process in the country more efficient. ”
Dr. Rajan Srikanth, Managing Director, Smart Kapital and President, Keiretsu Forum, Chennai Chapter
said, “There have been several efforts to help investors find startups, but very little done to help the
entrepreneur find the right investor. This is a very tough problem because information is largely
unavailable and even when it is, they are anecdotal and unreliable. As a result, identifying investors
today is largely left to chance for the entrepreneur. The offerings of YNOS would not only lead to better
matches of entrepreneurs and investors but also help the entrepreneur to understand the start-up
landscape that can lead to better decisions. This will benefit the whole eco-system greatly.”
R. Ramaraj, an active angel investor and Advisor, Elevar Equity, said that “Despite being most vibrant,
navigating the entrepreneurial ecosystem continues to be a challenge for the early stage entrepreneurs
in India. Starting with the competitive landscape and investor matching, the services and offerings of
YNOS can significantly help young entrepreneurs in building their ventures. The offerings leverage
insights from several years of research on Indian venture industry and use of data sciences tools and
techniques.”
Date: 29th May 2018
Publication: Net India
Edition: Online
Journalist : NA
Professor: Prof Thillai Rajan
Headline: Startup to help other Startups from IIT, Madras
URL: https://www.netindia123.com/articles/showdetails.asp?id=3353794&n_date=20180528&cat=India
Startup to help other Startups from IIT, Madras
The Indian Institute of Technology-Madras (IIT-M) has incubated a startup whose objective was to help
other startups. It will work to enhance the success of early stage startups using Machine Learning and
Data Sciences tools and techniques.
YNOS Venture Engine CC Private Limited was a startup incubated at IIT-M Incubation Cell. It was
founded by Prof Thillai Rajan, Department of Management Studies, IIT-M who has been researching
Indian Venture Industry for close to a decade now.
He has used his research insights to develop the various offerings of YNOS, an IIT-M release on Monday
said.
The YNOS team comprises faculty, students and alumni of IIT-M. Speaking about this venture, Prof Thillai
Rajan said "Information and decision making analytics are not easily accessible for early stage
entrepreneurs. Sell-side intermediation is virtually nil for early stage start-ups.'' ''YNOS uses research
insights and technology to provide information and intermediation services for early stage
entrepreneurs. Using advanced marker analytics tools, our platform provides estimates of valuation and
also identify appropriate investors for the start-up'', he added. Noting that the time has never been
better for venturing and creating startups, Prof Thillai Rajan said, however, startup mortality rates have
not fallen. While the funding landscape has expanded, it has also become more complex. The proportion
of startups getting funded is still low. The challenges continue to confound the early stage
entrepreneurs, he noted. The objective of YNOS was to help the start-up founders to navigate the
terrain in the early stages of their venture lifecycle. The technology platform and hybrid offerings have
been designed to cater to specific needs of early stage entrepreneurs. He said the gamut of offerings
cover a wide range such as providing the competitive landscape for start-ups, valuation estimates,
identifying appropriate investors, and hands on understanding of start-up fundraising.
Date: 29th May 2018
Publication: Web India 123
Edition: Online
Journalist : NA
Professor: Prof Thillai Rajan
Headline: Startup to help other Startups from IIT, Madras
URL: https://news.webindia123.com/news/articles/India/20180528/3353794.html
The Indian Institute of Technology-Madras (IIT-M) has incubated a startup whose objective was to help
other startups. It will work to enhance the success of early stage startups using Machine Learning and
Data Sciences tools and techniques.
YNOS Venture Engine CC Private Limited was a startup incubated at IIT-M Incubation Cell. It was
founded by Prof Thillai Rajan, Department of Management Studies, IIT-M who has been researching
Indian Venture Industry for close to a decade now.
He has used his research insights to develop the various offerings of YNOS, an IIT-M release on Monday
said.
The YNOS team comprises faculty, students and alumni of IIT-M. Speaking about this venture, Prof Thillai
Rajan said "Information and decision making analytics are not easily accessible for early stage
entrepreneurs. Sell-side intermediation is virtually nil for early stage start-ups.''''YNOS uses research
insights and technology to provide information and intermediation services for early stage
entrepreneurs. Using advanced marker analytics tools, our platform provides estimates of valuation and
also identify appropriate investors for the start-up'', he added. Noting that the time has never been
better for venturing and creating startups, Prof Thillai Rajan said, however, startup mortality rates have
not fallen. While the funding landscape has expanded, it has also become more complex. The proportion
of startups getting funded is still low. The challenges continue to confound the early stage
entrepreneurs, he noted. The objective of YNOS was to help the start-up founders to navigate the
terrain in the early stages of their venture lifecycle. The technology platform and hybrid offerings have
been designed to cater to specific needs of early stage entrepreneurs. He said the gamut of offerings
cover a wide range such as providing the competitive landscape for start-ups, valuation estimates,
identifying appropriate investors, and hands on understanding of start-up fundraising.
Date: 30th May 2018
Publication: The Banking and Finance
Edition: Online
Journalist : NA
Professor: Prof Thillai Rajan
Headline: IIT-Madras incubates Start-up to help other Start-ups
URL: http://bfsi.eletsonline.com/iit-madras-incubates-start-up-to-help-other-start-ups/
Aimed at hand-holding and assisting other Startups in their infancy stage, the Indian Institute of
Technology-Madras (IIT-M) has incubated a startup whose primary objective is to help other start-ups.
A brainchild of Professor Thillai Rajan of the Department of Management Studies, IIT-M, the start-up
named as YNOS Venture Engine CC (Catalyse & Create) Pvt Ltd, works to enhance the success of early
stage startups using Machine Learning and Data Sciences tools and techniques.
Speaking about the first- of- its- kind initiative, Prof Thillai Rajan said, “Information and decision making
analytics are not easily accessible for early-stage entrepreneurs. Sell-side intermediation is virtually nil
for early-stage start-ups. YNOS uses research insights and technology to provide information and
intermediation services for early-stage entrepreneurs. Using advanced marker analytics tools, our
platform provides estimates of valuation and also identify appropriate investors for the start-up.”
Highlighting the low levels of fundraising currently being secured by Indian startups, Thillai pointed out
that only six-seven per cent of startups are currently able to raise the first round of external funding,
which as per him, is ‘really low’, however, adding that the number improves in subsequent rounds –
going up to 15 per cent in the second round and 20 per cent in the next.
According to him, it is the first round of external funding that is critical for any start-up. Tillai thus,
through YNOS, hopes to turnaround the funding ecosystem available to entrepreneurs of such start-ups.
So far, YNOS has managed to secure seed funding by IIT-M’s incubation cell and Venture Intelligence, a
Chennai-based leading market research firm.
Date: 30th May 2018
Publication: Kalpan Herald
Edition: Online
Journalist: NA
Professor: Prof Thillai Rajan
Headline: Launched by IIT-M, startup to help other startups
URL: https://kaplanherald.com/2018/05/29/launched-by-iit-m-startup-to-help-other-startups/
Aimed at hand-holding and assisting other Startups in their infancy stage, the Indian Institute of
Technology-Madras (IIT-M) has incubated a startup whose primary objective is to help other start-ups.
A brainchild of Professor Thillai Rajan of the Department of Management Studies, IIT-M, the start-up
named as YNOS Venture Engine CC (Catalyse & Create) Pvt Ltd, works to enhance the success of early
stage startups using Machine Learning and Data Sciences tools and techniques.
Speaking about the first- of- its- kind initiative, Prof Thillai Rajan said, “Information and decision making
analytics are not easily accessible for early-stage entrepreneurs. Sell-side intermediation is virtually nil
for early-stage start-ups. YNOS uses research insights and technology to provide information and
intermediation services for early-stage entrepreneurs. Using advanced marker analytics tools, our
platform provides estimates of valuation and also identify appropriate investors for the start-up.”
Highlighting the low levels of fundraising currently being secured by Indian startups, Thillai pointed out
that only six-seven per cent of startups are currently able to raise the first round of external funding,
which as per him, is ‘really low’, however, adding that the number improves in subsequent rounds –
going up to 15 per cent in the second round and 20 per cent in the next.
According to him, it is the first round of external funding that is critical for any start-up. Tillai thus,
through YNOS, hopes to turnaround the funding ecosystem available to entrepreneurs of such start-ups.
So far, YNOS has managed to secure seed funding by IIT-M’s incubation cell and Venture Intelligence, a
Chennai-based leading market research firm.
Date: 30th May 2018
Publication: Chennai City
Edition: Online
Journalist : NA
Headline: IIT-M To Help Early stage Startupus to get Funding
URL: http://chennaicity.info/iit-m-to-help-early-stage-start-ups-to-get-funding/
Aimed at hand-holding and assisting other Startups in their infancy stage, the Indian Institute of
Technology-Madras (IIT-M) has incubated a startup whose primary objective is to help other start-ups.
A brainchild of Professor Thillai Rajan of the Department of Management Studies, IIT-M, the start-up
named as YNOS Venture Engine CC (Catalyse & Create) Pvt Ltd, works to enhance the success of early
stage startups using Machine Learning and Data Sciences tools and techniques.
Speaking about the first- of- its- kind initiative, Prof Thillai Rajan said, “Information and decision making
analytics are not easily accessible for early-stage entrepreneurs. Sell-side intermediation is virtually nil
for early-stage start-ups. YNOS uses research insights and technology to provide information and
intermediation services for early-stage entrepreneurs. Using advanced marker analytics tools, our
platform provides estimates of valuation and also identify appropriate investors for the start-up.”
Highlighting the low levels of fundraising currently being secured by Indian startups, Thillai pointed out
that only six-seven per cent of startups are currently able to raise the first round of external funding,
which as per him, is ‘really low’, however, adding that the number improves in subsequent rounds –
going up to 15 per cent in the second round and 20 per cent in the next.
According to him, it is the first round of external funding that is critical for any start-up. Tillai thus,
through YNOS, hopes to turnaround the funding ecosystem available to entrepreneurs of such start-ups.
So far, YNOS has managed to secure seed funding by IIT-M’s incubation cell and Venture Intelligence, a
Chennai-based leading market research firm.
Date: 30th May 2018
Publication: The Hans India
Edition: Hyderabad
Page No: 14
Journalist : NA
Professor: Prof Thillai Rajan
Headline: IIT Madras incubates a Start-up for helping other Start-ups