Even the sky is no limit for India’s young space enthusiasts
Compiled by: Team GI
(July 17, 2022) In a historic decision in June 2022, the government of India opened the country’s space sector to private players. “This will unlock India’s potential in the space sector,” said Union Minister Jitendra Singh, who made the announcement. With Elon Musk’s SpaceX making leaps in the industry, as well as the successful launch of Richard Branson’s Virgin Galactic, it’s no surprise that the burgeoning sector is attracting the world’s brightest minds. And in India, it’s the thought of colonising Mars or travelling through the solar system is an appeal like no other for some of the brightest young minds. Global Indian takes a look at teens who are already making a foray into space tech.
Rifath Sharook, inventor of KalamSat – world’s lightest satellite
Rifath Sharook
As children most of us are obsessed with the space, universe and its workings, but the fascination often fades away as we grow old. But not for Tamil Nadu’s Rifath Sharook who was keen to explore the space and invented world’s lightest satellite, which only weights 64 grams. The 23-year-old genius applied the 3D technology to manufacture the mini satellite – KalamSat – which entered the orbit during a mission of the Terrier Orion sounding rocket in June 2022 by NASA. Built in carbon fibre, the mini satellite completed its mission in 12 minutes, and scripted history for being the first 3D printed satellite to make it to space.
It was his father who played the role of a North Star in Rifath’s life and career. Being a space research scientist, he taught the young physicist to observe the stars at a young age. This fascination for the outer space led him to the path of aerospace engineering at a young age, and made him one of the leading scientists at Space Kidz India – a Chennai-based space organisation. It was at the space challenge contest ‘Cubes of Space’ that Rifath came up with the idea of a mini satellite that can be used as a radio reflector and a backup communication during disaster.
Before KalamSat, Rifath, who has made a name for himself in the space tech, built a helium weather balloon at the age of 15 as part of competition for young scientists.
Snehadeep Kumar, founder, Nebula Space Organisation
Snehadeep Kumar
On July 1, 2022, 17-year-old Snehadeep Kumar was awarded the Kentucky Colonel, by the United States Government, courtesy of the Commonwealth of Kentucky. He’s one of the few Indians to receive the honour, which has been given to icons like Muhammed Ali Bob Dylan, Ansel Adams, George Clooney and George HW Bush. In 2021, the aspiring young astrophysicist founded the Nebula Space Organisation, a first of its kind, student-run initiative.
Their website opens up into some serious astro photography, with telescope photos shot by members from around the world. “We would like to build the world’s smallest, functional space telescope and if all goes well, launch it by 2023-24,” he says. They’re also studying the Milankovitch Cycles (changes in climate caused by the Earth’s movements) and hope to apply its principles on Mars.
“We’re researching what it takes to create a floating settlement on Mars.” The Nebula Space Organisation is now collaborating with Harvard University, working with students and faculty from various departments. Snehadeep is also part of the Asteroid Search by NASA’s Astronomers without Borders.
Nikhitha C: The entrepreneur who has brought space science education to the world
Nikhitha C
The 26-year-old entrepreneur, Nikhitha C, has co-founded the hugely popular Society for Space Education Research and Development (SSERD) – an NGO and the startup, GenexSpace with the vision to train students in the field of space education and outreach in India and abroad.
It all began while pursuing bachelor’s degree in aerospace engineering from Alliance University in Bangalore that she started a space club in her college in 2016, teaching subjects like model rocketry to students. The initial success of the initiative nudged her to expand it further, and she did it with the help of entrepreneur Sujay Sreedhar to find her feet in the space tech.
Over, the years, Nikhitha has become a renowned name in space education, collaborating with many schools and organisations across the globe to increase the knowledge of young minds about space and technology. Taking a leaf out of NASA, SSERD conducts space camps to provide quality training to people who otherwise find it hard unaffordable – due to cost and other factors. “It costs several lakhs to attend (NASA), and students miss out on it because of that. So, we offered a similar alternative here,” she mentioned in an interview with ThePrint.
T Mohamed Nadhim and M Pratham Peshwani, inventors of the Ozone Reinstation Satellite Project
T Mohamed Nadhim and M Pratham Peshwani
One of the biggest environmental issues that humankind is facing is the fast depletion of the Earth’s ozone layer. Shielding the planet from harmful ultraviolet rays of the sun, the thinning of this layer can cause several health hazards. Learning about this information from their school teacher, two students of the Sindhi Model Senior Secondary School, Chennai, recently developed a satellite model that might help mend the ozone layer.
T Mohamed Nadhim and M Pratham Peshwani have been obsessed with space technology since they were very young. The classmates would get together to read about astrophysics and space technology, even though the subjects were not a part of their regular curriculum. Their good grasp of the subject, and inquisitiveness to solve the ozone problem, led them to work on the Ozone Reinstation Satellite Project. In their model, the duo has used satellite technology to fill the holes in the ozone layer. Having passed many virtual simulation tests, the two even presented their project at the CODISSIA Science and Technology exhibition. Currently, the duo, who is inspired to make it big in the space tech, is working on acquiring a patent for their project.
(February 18, 2023) Sarvesh Prabhu can leave audiences spellbound with his live performances of Carnatic music, beat you at a game of chess or show you some swift swimming strokes. Playing a piano comes naturally to him. Academics? Well, he is good at that too. When he is not doing any of the above, you can find him patiently searching for insect larvae in the millet field, in the middle of a hot afternoon! The 17-year-old represented India at the International Science and Engineering Fair (ISEF) in Atlanta, USA last year and won the third prize and US $1000 in the biochemistry category for developing a cost-effective bio-insecticide from the leaves of the ‘bullock’s heart’ (Annona reticulata) popularly known as Ramphal. “My diverse interests and activities have helped me develop into a well-rounded individual capable of bringing joy, creativity, and compassion to the world,” smiles Sarvesh Prabhu, a research intern at the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT), Hyderabad, in conversation with Global Indian. How it began During the pandemic-induced lockdown, Prabhu took to gardening, like many others. “But the yield was disappointing due to insect damage. After some thinking and a few experiments, I created a
During the pandemic-induced lockdown, Prabhu took to gardening, like many others. “But the yield was disappointing due to insect damage. After some thinking and a few experiments, I created a bio-insecticide using Ramphal as it was the only tree in my garden that wasn’t damaged by pests,” says the youngster. It taught him the basics of chemistry, biochemistry, and entomology. “It ended up creating an affordable solution for small-scale farmers.”
The project titled, ‘A novel study of bio-insecticidal properties of Annona reticulata’ showcased the bio-insecticidal properties of the leaves of the plant. Traditionally, the extracts of various parts of this plant have been used to treat diseases like dysentery and pediculosis. The study revealed that extracts from its leaves could be effective against three disastrous pests, with the mortality rate ranging from 78-88%.
The use of chemical insecticides increases the cost of cultivation from ₹2,000 to ₹4,200 per acre, they also destroy the beneficial insects and contaminate the soil and food produce. On the other hand, bio-insecticide is eco-friendly and the cost of making the insecticide from leaves costs ₹27 per litre, making it affordable.
Global reach
“The solution not only protects crops but also generates additional income through selling the fruits for food and the leaves for producing the bio-pesticide,” points out Sarvesh, who presented the outcome of his research at the world’s largest pre-college science fair in Atlanta.
For Sarvesh, the ISEF will always hold a special place in his heart. “Interacting with delegates and individuals who shared similar aspirations broadened my perspective,” recalls the young researcher, describing the competition as nerve-wracking.
Post his first overseas trip to US, Sarvesh traveled to the UK and then to South Korea as part of the Atlas fellowship and Korean Cultural Centre India respectively in October-November last year.
“These trips have been instrumental in shaping my personality,” says the youngster, who was also awarded the first prize and Rs one lakh by the Department of Science and Technology, Government of India, as part of the Council of Scientific and Industrial Research (CSIR) Innovation Award for School Children.
Diversity at home
The son of a central government employee, Sarvesh was born in Lucknow and studied across India, including including Mumbai, Bangalore, Kozhikode, Raipur and finally Hyderabad. “My father's job required frequent relocations, which allowed me to learn new languages and cultures,” says the youngster, whose mother is a home maker.
Academics, he says, was never challenging for him, although he was often close to the attendance cutoff. “Nonetheless, I wrote my exams with confidence and passed them easily,” adds Sarvesh, who describes his school days as being "seldom in school" as his focus was on learning and exploring the world through interactions with people and their experiences.
Exploring scientific research
His internship at the ICRISAT's Entomology department commenced in September last year. It offered him an opportunity to gain practical experience in insect biology and research.
“I learn the methods for rearing insects and studying their life cycles. Besides, I participate in bioassays, such as detached leaf and pod bioassays and diet feed-based bioassays,” explains the XII student of FIIT JEE junior college, Hyderabad.
Visiting ICRISAT at least thrice a week, he also gained expertise in Gas Chromatography-Mass Spectrometry (GCMS) and High-Pressure Liquid Chromatography (HPLC) analysis and basic phytochemical testing.
Sarvesh says ICRISAT's Entomology unit has one of the best insect-rearing facilities in India, maintaining five to six insect cultures year-round and providing a regular supply of insect cultures and training on rearing and screening protocols to other research institutions.
“My internship with Dr. Jagdish Jaba, Scientist in the Entomology department, is extremely beneficial. I gained a lot of knowledge about insects and research methods. The guidance for research is excellent,” he says.
What’s in store?
As for his future plans, Sarvesh wants to pursue a career in research and natural sciences. “But right now, my entire focus is on preparing for my board exams (in February-March).”
Sarvesh is also a socially conscious person who strives to make a positive impact on the community. “I established ‘The Healing Hut’ a non-profit organization aimed at making mental therapy accessible to those who might not otherwise have access,” says the youngster, who has been able to provide a path of recovery and healing to many people struggling with mental health issues.
(November 2, 2022) A chance visit to a market in Mumbai during her India trip some four years led Anika Puri to a shocking visual - rows of ivory jewelry and statues. For decades, the ivory trade has been illegal globally, and elephant hunting is prohibited in India since the 70s. However, coming across a market that had unabashedly displayed ivory products took Indian-American teens by surprise. "I was quite taken aback. Because I always thought, 'well, poaching is illegal, how come it is still such a big issue?" the New York resident told Smithsonian Magazine. The revelation changed her outlook towards poaching and led the innovator to invent a device that could spot elephant poachers in real time with 91 percent accuracy. That visit to the Mumbai market led Anika to research and look up statistics on the internet, and the results were startling. She learnt that Africa's forest elephant population declined by 62 percent between 2002 and 2011. Not just this, the rapidly diminishing habitat and pressures from human activity have had a dramatic effect on the elephant population in India. In 2017, the Union Environment Ministry reported that there were 27,312 elephants on average in India, which
res from human activity have had a dramatic effect on the elephant population in India. In 2017, the Union Environment Ministry reported that there were 27,312 elephants on average in India, which was a decline from the 29,576 elephants recorded as the mean figure in 2012. She knew that she had to do something to protect the species from poachers.
[caption id="attachment_23684" align="aligncenter" width="703"] Anika Puri invented ElSa to spot elephant poachers in real time[/caption]
Though drones are currently used to detect and capture the images of poachers, Anika realised that they aren't accurate enough. It was after watching a handful of videos of elephants and humans that she noticed that the two differed vastly in terms of their movement, especially their speed, their turning patterns, and other motions. "I realised that we could use this disparity between these two movement patterns to increase the detection accuracy of potential poachers,” the innovator added.
This initiated a two-year-long journey of building ElSa (Elephant Saviour), a low-cost prototype of machine-learning software that can observe and analyse the movement patterns of humans and elephants in thermal infrared videos. The Indian-American teen says that ElSa is four times more accurate than the existing detection methods, and its software is even compatible with low-cost cameras, thus eliminating the need for high-resolution thermal cameras. So how does it work? She revealed to the magazine that ElSa uses a $250 FLIR ONE Pro thermal camera with 206*156 pixel resolution that plugs into an off-the-shelf iPhone 6. The camera and the iPhone are later attached to the drone, which helps the system produce real-time inferences as it flies over wildlife parks identifying if the objects below are humans or elephants.
[caption id="attachment_23685" align="aligncenter" width="609"] Anika Puri won the Peggy Scripps Award for Science Communication[/caption]
This project led her to the 2022 Regeneron International Science and Engineering Fair, the world's largest international preschool STEM competition, and also won her the $10,000 Peggy Scripps Award for Science Communication. The Global Indian was thrilled and honored to share the stage with teens who "enjoy science and research."
It was right after her ninth grade that her love for artificial intelligence blossomed when she was selected for Stanford AI Lab's summer program. Her initial enthusiasm was based on AI's "limitless possibility for social good" but she soon discovered that since data is collected and analysed by humans, it does contain human biases. "It can reinforce some of the worst aspects of our society. What I realised from this is how important it is that women, people of color, all sorts of minorities in the field of technology are at the forefront of this kind of groundbreaking technology," she added. As a result, she founded a nonprofit mozAlrt, a nonprofit which inspires girls and other underrepresented groups to get involved in computer science using a combination of music, art, and AI.
https://www.youtube.com/watch?v=YYfZfS9Mg2k
During one AI conference, Anika met Elizabeth Bondi Kelly, a Harvard computer scientist, who was then working on a wildlife conservation project using drones and machine learning. The teenager approached her with the idea of catching animal poachers using movement patterns, and soon Kelly became her mentor for the project. It was under her guidance that Anika started working on the prototype which the innovator says has 91 percent accuracy.
Anika, who is currently studying electrical engineering and computer science at the Massachusetts Institute of Technology, has plans to expand her movement pattern research to other endangered animals, including rhinos. The innovator is keen to implement her software in national parks in Africa.
(March 10, 2023) "Our mission is to improve the mental health and well-being of communities in need, one book at a time and to inspire kids to find the joy of giving and to give back to their community," reads one of the Instagram posts of Loving Library, started by a ten-year-old Phoenix resident Anaik Sachdev on his eighth birthday, which now has chapters in Arizona and Texas. Quarantine was named Cambridge Dictionary’s Word of the Year 2020. Rightly so. Almost the whole world was under lockdown, courtesy Covid-19. Many baked or gardened, yet Anaik turned inwards – books became his salvation. After a spring-break visit to New York, his mother was diagnosed with Covid 19, and soon after, his grandmother too. During those weeks at his home, Anaik found solace in books, they helped him escape isolation even as his family struggled with illness. This discovery of books gave him the perfect dose of mental relief. It gave birth to Anaik’s Loving Library, for which he has won the Phoenix Business Journal 2021 Philanthropic Hero Award. The youngster was also invited on the Ellen DeGeneres Show, which catapulted him into the limelight. “Those weeks made me realise how lonely
DeGeneres Show, which catapulted him into the limelight. “Those weeks made me realise how lonely it can get, and how books are a perfect companion for anyone dealing with Covid 19 as they provide mental escape,” Anaik tells Global Indian.
[caption id="attachment_8918" align="aligncenter" width="563"] Anaik Sachdev with his books[/caption]
Not isolated when books are your friends
After his grandmother tested positive and was hospitalised, Anaik realised how harsh and cold isolation can be. “I would Facetime her during her stay at the hospital and (I saw) she had no sunlight (in her room). She couldn’t interact with anyone, it felt so lonely. Back home, we were reading books to pass time. I thought to myself that books could be a great escape for loneliness at the hospital,” reveals Anaik who launched Loving Library amid the pandemic to help Covid-19 patients combat loneliness and isolation.
What began as an experiment to help his grandmother soon transformed into a heartening ray of hope extending a helping hand to thousands in Arizona and Texas. “It’s a mini-library which travels to hospitalised patients, and helps them battle loneliness through books,” chirps the Class 5 kid.
Anaik’s mother Anjleen Gumer helped her son set up an Amazon Wish List, and invited book donations from people. Soon a plethora of books from various genres started pouring in at Sachdev’s doorstep, and Anaik’s Loving Library started to take form. “We have partnered with Changing Hands, one of the oldest bookstores in Phoenix and have been asking people to donate books,” announces the student at Iva Elementary School.
[caption id="attachment_8920" align="aligncenter" width="634"] Anaik Sachdev donating books with his mom Anjleen[/caption]
Once the stacks of books are assembled at his residence in Phoenix, Sachdev puts a Loving Library sticker created by his brother Jovin and him on the books to let people know that “they are cared for.” In 2020, Anaik’s library donated over 1,000 books to the Valley Wise Hospital in Phoenix, a place that he zeroed in on along with his mother after a great deal of research on hospitals that might need books.
From hospitals to the homeless
Today, the Loving Library has moved beyond hospitals, and is making books available to the homeless too. “It saddens me seeing so many homeless people, and I want to help them. I want to give them books so that they don’t feel lonely,” says the Sikh boy who has collaborated with Circle to City homeless healthcare for the expansion of his project. In three years, the fifth grader has collected over 9500 books from over 600 donors for donation.
In a short span, Anaik’s library has comforted thousands of Covid-stricken and the needy, to great acclaim. Such has been the popularity of his project that even American host Ellen DeGeneres couldn’t resist calling Anaik on her show. The producer of the show contacted Anaik’s mom, and the interest in this ten-year-old catapulted. “It was such an incredible experience to fly to Los Angeles to be on the show. Seeing the DJ perform live and seeing my parents in the audience was a wonderful experience. Getting on stage with all the cameras and lighting was a different ball game but Ellen made me feel very comfortable,” reveals the boy who has become a celebrity among his friends. “My friends were so excited to hear about the Loving Library and in fact, many donated books too,” adds Anaik.
[caption id="attachment_8916" align="aligncenter" width="751"] Anaik Sachdev on The Ellen DeGeneres Show (Photo by Michael Rozman/Warner Bros.)[/caption]
The art of loving continues
With 11.6K Instagram followers, today he is a social media sensation, and uses his influence to spread the word about his Loving Library. It, incidentally, also gave a new lease of life to Anaik’s rap repertoire. “I find talking videos boring. I love writing rap songs, and thought that mixing the two would be a great way to garner attention,” adds Sachdev, who aspires to be a rapper if his plans of becoming an NBA player or an anaesthesiologist like his father don’t pan out.
The cool kid from Phoenix is all praise for his parents who helped him establish the library, and fund his project. “My mom is my biggest support. She helped me launch the project, and has instilled the values of giving in me. Even my dad supported me throughout the process,” says the boy.
Anaik has plans to expand his library to children in the paediatric departments, and burn centres across Arizona. “This is my plan. At some point, I want to open my library to the outer world and not just restrict it to hospitals,” the Harry Potter fan signs off.
(October 26, 2022) Failures are nothing but stepping stones to success, and Indian American Alay Shah couldn't agree more. The 18-year-old, who made it to the top ten at the 2021 Regeneron Science Talent Search for designing an eye-tracking algorithm that can detect neurological diseases, had to face criticism, especially at the beginning of the journey. But not one to be deterred, the teen remained unfazed and focused on his research which led him to make an impact by developing a diagnostic tool. "I decided to stick with it because it was something I believed in. A lot of times, you're met with failure, but that one success can completely change everything," Shah told Forbes. The success came in for this Texas resident after years of perseverance, however, it was worth every bit of it, for he developed a tool to test eye movement as a low-cost, non-invasive method to quantifying deep brain function. In the intervening years, he not only wrote the software but also built the hardware and conducted clinical testing on Dementia, Parkinson's, Multiple Sclerosis, and ADHD patients. "Besides allowing us to perceive our surroundings, eye movements also act as a window into our mind and a
ilt the hardware and conducted clinical testing on Dementia, Parkinson's, Multiple Sclerosis, and ADHD patients. "Besides allowing us to perceive our surroundings, eye movements also act as a window into our mind and a rich source of information about the brain's functions and health. This combined assessment of neurological and psychological health is known as a neuropsychological evaluation, and it proves exceedingly valuable for diagnosing cognitive issues," he said in a statement.
[caption id="attachment_23460" align="aligncenter" width="743"] Alay Shah is an Indian-American inventor.[/caption]
Inspiration in surprising places
The inspiration came while watching a football match. In ninth grade, Shah noticed that after a player took a hard hit on the field, the medical professional did a quick eye test on the sidelines, to check for a possible concussion. It struck him that if doctors could make a preliminary diagnosis in a noisy and stressful situation like a football match, a similar eye test could also be used to diagnose other mild traumatic brain injuries. That's when he decided to build a portable and inexpensive tracking device that could detect neurological abnormalities.
However, there was a big problem - Shah had no idea how to build it. First, he enrolled in online programs at MIT's OpenCourse Ware to get a grip on the principles of computer science and artificial intelligence. This led him on a four-year research journey - a collective of independent study, input from teachers and professionals, and testing on neurological patients. "By just jumping into something as difficult as an eye tracker was, and kind of scrapping it together, by the time it was finished, I learned a lot," the teen added.
Designing the prototype
After years of upgrading his skill sets, he built a headset, which according to Forbes, points two cameras directly into the eyes and a sensor that captures an image of the entire face. It needed a set of algorithms to process the data, something he later developed. "I took a look at the current eye tracking standard and I used a combination of a set of intelligent algorithms to redefine eye tracking at its core," explained the teenager.
[caption id="attachment_23461" align="aligncenter" width="525"] Alay Shah was among the top ten at the 2021 Regeneron Science Talent Search.[/caption]
While one algorithm helps track the eye's position more accurately than many existing systems, the second called gaze estimation generates a set of points that estimate where the person is looking. It helps identify patterns and allows for categorisation of different types of movement. "This is how I know Parkinson’s patients have tremors, or ADHD patients may have trouble tracking dots that are moving in a line," the teen said.
Put to the test
While the device was ready, his next hurdle came in the form of testing on real people. Not the one down to challenges, he began cold calling and developed a pitch deck to pitch his ideas to private neurological practices convincing them to test his easy-to-use diagnostic eye-tracking tool. It took persistence, but he was eventually successful in testing the tool on nearly 200 patients with dementia, Parkinson's, and other disorders.
The tool helped him bag a position in the top 10 at the 2021 Regeneron Science Talent Search. The teenager believes his "communication skills" is the key to his success. Along with the technical and low-cost projects, he understands the power of soft skills.
Shah is also the founding member of the Association for Young Science and Innovators - a student-led nonprofit created to help young scientists pursue success with support from more experienced student scientists. He also mentors fellow student scientists with their research projects and helps them increase their ability to communicate effectively about their research during judging interviews. Along with this, he is also the founder of the Get Back to Work Initiative which helps fundraise to assist families in India whose primary breadwinner, due to illness or accident, needs new vocational or medical equipment, such as wheelchairs.
Shah, who is making an impact, has a piece of advice for youngsters. "Don’t listen to people who say it can’t be done. If you believe it’s there, then something is there. Don’t let others' preconceived notions limit innovation. Science is always moving and one success, big or small, can change everything."
(September 9, 2022) A chance encounter with a blind woman on his way to a nearby town made Arunachal Pradesh native Anang Tadar ruminate over the difficulties faced by visually-impaired people. Seeing her ask for directions made him question the daily struggles of people like her, leading the young innovator to come up with a plan to bring about a change in their lives. And the innovator managed to do that with Goggle for Blind - a smart goggle that's capable of detecting the obstacles lying in front of the wearer. Such has been the impact that UNICEF has expressed interest in refining the prototype to make it market ready. The 25-year-old from Nirjuli village of Papum Pare in Arunachal realised cane sticks aren't the solution for the visually impaired, and that the problem goes beyond the obvious. Talking to Socio Story, he said, "In our day-to-day life we come across many obstacles and obstructions. Obstacles like electric poles, signboards, parked vehicles etc. which we do not have a problem overcoming as a normal person. But for the blind people, the very same obstacle is a significant problem. The simplest way to overcome these obstacles and avoid bumping into them
we do not have a problem overcoming as a normal person. But for the blind people, the very same obstacle is a significant problem. The simplest way to overcome these obstacles and avoid bumping into them is by using a cane stick. However, the cane sticks can only be used for detecting the obstacle lying below our knee. In most cases they fail to detect the overhang obstacles."
[caption id="attachment_21727" align="aligncenter" width="655"] Anang Tadar received National Grassroots Innovator Award from former President Ramnath Kovind[/caption]
It struck Anang that he has to look for a substitute that delves deeper into the solution. He began researching and came across the principle of ‘echolocation’ which is used by bats - ultrasonic frequency waves are emitted from their mouth or the nose which get deflected the moment it senses an obstacle, and the bat hears the echo. Using the same principle for Goggle for Blind, the innovator replicated it for the prototype where the wearer is alerted in advance if there is an obstacle in front of them, and helps them easily navigate the environment without the worry of bumping into things.
[caption id="attachment_21726" align="aligncenter" width="652"] Anang Tadar developed Goggle for Blind[/caption]
So how exactly does it work? The goggle uses two ultrasound sensors on each of the lenses and an infrared sensor in the centre, which helps in identifying any obstacle within a distance of two metres. Coming from a humble background, the Global Indian used his pocket money initially to develop Goggle for Blind (G4B) and exhibited his prototype at various science fairs. It was at one of the events of Innovation Festival that National Innovation Foundation noticed his prototype, and helped him further develop it, refine it and even test it. The 2017 innovation won him National Grassroots Innovation Award and Traditional Knowledge Award 2019.
Anang, who is currently pursuing civil engineering from Dr CV Raman University, hails from a family of farmers in Arunachal Pradesh. As a youngster growing up in the village, he was always intrigued by technology and would disassemble every piece of a machine he could get his hands on. "Curiosity taught me everything I know now. I began to delve deeper into the realm of technology. By eighth grade, I had a good understanding of basic electronics. By the time I finished high school, I was interested in learning more about microcontrollers. Curiosity led me to discover my true calling," the innovator told Successful Indian.
https://www.youtube.com/watch?v=SFhHPFBZbUo
It was in 2016 that the innovator met the blind woman who inspired him to develop G4B. He is keen to reach out to as many visually impaired people with G4B and make a positive impact in their lives. "My objective is to assist visually impaired persons in leading comfortable lifestyles. I questioned volunteers in one of my studies if they've ever bumped into things or people. He explained that this is something that happens to them on a daily basis, and that they are occasionally injured. Every blind person should be able to use glasses, in my opinion. Once completed, I want the goggles to be inexpensive and accessible to everyone who needs or wishes to use them," added the boy who took a year to build a prototype that could be tested.
But building the prototype wasn't easy for this Arunachal native as "finance" and "support" were the key factors that proved to be a hindrance. Moreover, the knowledge gap and lack of professional understanding played a spoiler for him. But his determination and interest in technology helped him forge ahead. Despite the struggles, Dr APJ Abdul Kalam IGNITE awardee believes that passion takes one places. "Do what you love and follow your heart because where your heart is, there your treasure shall be."