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.
(August 21, 2022) In the summer of 2017, while reading a story about the US Senator John McCain, who was then battling the aggressive brain cancer - glioblastoma, Virgina-based Kaavya Kopparapu stumbled upon some startling facts. A high school junior then, she was shocked to learn that the prognosis for glioblastoma hasn't improved in 30 years, and the patients typically survive for only 11 months after the diagnosis. The disturbing reality led her into cancer research, wherein she found a disconnect - as most research was focussed on diagnosing and treating cancer, using the cancer's genetic signature to find the most effective treatment was a territory less explored. "To me, that was really surprising because we know so much more about the brain now, and we have so many improved chemotherapy and surgery techniques. It blew my mind that, despite all of that, we haven't gotten any better at improving patient quality of life and prognosis," the innovator told Harvard Edu. This led the Global Indian to invent GlioVision, a deep-learning computer system powered by artificial intelligence that predicts brain tumour characteristics in a matter of seconds, with 100 percent accuracy and in the cost of traditional methods. Talking about
ter of seconds, with 100 percent accuracy and in the cost of traditional methods. Talking about the innovation, she told Harvard Edu, "Around 40 percent of glioblastoma patients have a genetic mutation that renders the standard treatment completely ineffective. So, these patients receive all the negative side effects of chemotherapy without any of the benefits of the treatment. That shows why genetic testing is so important."
The innovation, which has been granted a patent, won her the 2018 Davidson Institute for Talent Development Scholar Laureate, 2018 Regeneron Science Talent Search Finalist, and 2018 US Presidential Scholar. Kavya, who also made it to TIME's 25 Most Influential Teens of 2018, is currently a senior at Harvard University.
This love for science developed as early as middle school when Kavya saw two scientists performing an elephant toothpaste experiment at a science fair. "Basically, it's when two chemicals are poured into a beaker together, and you get this giant column of foam that shoots up through the reaction. Seeing that as a sixth-grader, I was like, Woah, that’s cool. I want to do stuff like that as a job," she told Seventeen. That was the beginning of her inning in the world of STEM, as the innovator fell in the love with engineering and understood how it could be used to impact people's lives.
And she did exactly that when at age 16, she helped her grandfather, who was suffering from diabetic retinopathy, a complication of diabetes that damages blood vessels in the retina and can lead to complete loss of vision by making Eyeagnosis, a 3D printed smartphone app that recognises signs of diabetic retinopathy in photos of eyes and offer a preliminary diagnosis. She understood that timely diagnosis was important. "The lack of diagnosis is the biggest challenge. In India, there are programmes that send doctors into villages and slums, but there are a lot of patients and only so many ophthalmologists. What if there was a cheap, easy way for local clinicians to find new cases and refer them to a hospital?" the innovator told HerStory.
https://www.youtube.com/watch?v=3iBHBZ6Lce4
An alumnus of Thomas Jefferson High School for Science and Technology in Northern Virginia, Kavya also runs Girls Computing League, a non-profit dedicated to girls and low-income students' access to advanced computer science topics to encourage more diversity in the tech field. "We're really focused on teaching emerging technology to students across the world. We're actually the first organisation to hold an artificial intelligence conference for high school students," added the girl whose non-profit is now in 15 states of the US as well as in Japan. In the last few years, it has supported many initiatives including the biggest high school AI conference, coding clubs at schools, teacher professional development workshops and more. For the innovator, working for Girls Computing Code is the biggest achievement so far. "Being able to directly interface with the people that I’m impacting at our events has been amazing. They’re the whole reason that I do it."
(August 5, 2022) A hospital visit for her project Compassionate Clowns changed Nikhiya Shamsher's life forever. She was just 14 when she saw a man whose half jaw was removed due to oral cancer. Upon inquiring about him, the nurse affirmed that he was one of the few lucky ones to survive. Unable to get the ghastly image out of her head, she began researching on oral subject and found staggering statistics. Five people die every hour because of oral cancer, and India itself accounts for almost one-third of the cases in the world. It's the late diagnosis that accounts for high mortality rate, and this led the 19-year-old innovator to do some deep thinking. Perturbed by the condition of the patients, she asked the difficult questions - why oral cancer was mostly detected in a late stage? Many sleepless nights and some research later, she found her eureka moment in QuitPuff. Then in Class 9, she wanted to help, and came up with the prototype of a diagnostic device that could help early risk detection of oral pre-cancer and cancer. Explaining the process of its functioning, the innovator told Forbes India, "It is a simple principle, it detects a
nciple, it detects a biomarker present in the saliva, and changes colour. The more the biomarker, the darker the colour will be, which means the higher the risk of developing oral cancer." The device contains QuitPuff reagent which changes colour after an individual spits in it and heats it for 15 minutes. One can compare the colour to the colour chart to understand the risk stage.
[caption id="attachment_20375" align="aligncenter" width="722"] Nikhiya Shamsher busy with experimentation[/caption]
Priced at ₹38, QuitPuff has already been tested on more than 500 patients. Being easy on pocket and hassle-free storage, "QuitPuff is useful as a mass screening tool not only for routine clinics, but also for rural areas and remote locations with limited laboratory facilities or minimally trained health workers," mentions the QuitPuff website.
Her research paper found a place in Harvard University Journal of Emerging Investigators, and later the innovation won her the Gandhian Young Technological Awards with a government grant through the Society for Research and Initiatives for Sustainable Technologies and Institutions. Nikhiya, who is pursuing a degree in bioengineering from Stanford University, reveals that QuitPuff doesn't diagnose oral cancer instead tells one the risk at which they are of developing the cancer.
While her innovation has found appreciation from all quarters, she had to face a lot of skepticism and rejection initially, owing to her age. "When I wanted to get tests done with patients, I went to a bunch of hospitals for permission, but faced a lot of rejections since most of them didn’t believe in my project because I was very ‘young’. Eventually, I managed to do the project at Victoria Hospital in Bengaluru," the innovator told Forbes. With the clinical trials on, the Global Indianis hopeful that QuitPuff will reach the people in a couple of years.
However, Nikhiya's heart lies not just in innovation. The Diana Legacy awardee is also the founder of Women Have the Same Set of Teeth as Men, an NGO she started at age 12 to give equal access to education. It all began when her school bag was given as a hand-me-down to her housekeeper's daughter, who sent her a thank-you note in return. That's when she realised that the girl didn't own a bag until then and used to carry her books in a plastic bag. This prompted her to start an initiative - Bags, Books and Blessings, wherein she asked for usable books, well-kept bags, geometry boxes, water bottles and uniforms, and distributed it among underprivileged students. Till now, the innovator has helped more than 11000 students from 30 schools with school supplies.
[caption id="attachment_20379" align="aligncenter" width="640"] Nikhiya Shamsher receives Diana Award for Prince Williams and Prince Charles[/caption]
A year later, she founded Yearn to Learn that opens and maintains STEM labs in underfunded schools in India. The idea came after she stumbled upon some shocking data that in underfunded schools, entire classroom of 50 students were using a single textbook and most walked barefoot to school. “Senior students hadn’t conducted a single experiment during their entire school year and learnt them through books. They often fared badly in exams. Low grades affected their self-confidence and they dropped out of schools to pursue menial tasks,” she told Deccan Chronicle.
This stirred up something inside her, and with the help of her parents and a few volunteers, she set up 15 labs which helped 3500 kids benefit as their grades improved by 30 percent. Till now, she has opened 120 labs in 30 schools, helping impact 15,000 students. "The world’s population is seven billion. Some people see that as a burden, I see a huge opportunity. If we can get even 10 percent more students in technological fields, we can solve a lot that plagues us today – climate change, scarce resources and conflicts. It is simply a statistical advantage. Someday a student from one of my Yearn to Learn Labs will become the next Edison or Einstein and that would make me very proud," added the innovator.
(August 12, 2022) India is home to 0.58 million persons living with Parkinson's disease, and Pune-based inventor Jui Keskar's abode was no different. Having seen her uncle battle the illness for the past nine years with incessant rounds to the hospitals, she was keen to help him. But how was the question that kept gnawing at her? However, the lockdown in 2020 turned out to be a blessing in disguise for the teenager as it gave her the time to dive into research and find a potential solution to helping her uncle. While scrolling through heaps of data on the internet, the innovator realised that the medication depended on the tremor history, and there was no device to measure them. That was a turning point for this Global Indian as she decided to develop a wearable device to measure tremors and analyse data to chalk out a customised medication for the treatment. "The disease causes involuntary tremors, and my 42-year-old uncle could not control them. I've seen him in this state for almost nine years. I observed that doctors administered or prescribed medication based on the frequency of the occurrence of these tremors, but there was no device to measure
ed medication based on the frequency of the occurrence of these tremors, but there was no device to measure them," the Pradhan Mantri Rashtriya Bal Puraskar 2022 recipient told Better India.
After months of hard work, the innovator nailed the solution in JTremor-3D, a wearable device that enables the tracking of tremors every 1/10th of a second in a person's body, and stores the data in a Cloud database, which is then sent to the doctor after the information is processed. Embedded with sensors and accelerometers and gyro meters, this device helps in producing the data that can help determine the course of action for a patient.
Brainstorming for the possible solution, she found her inspiration in a quote she read a while ago - 'One cannot control what one cannot measure'. It stayed with her for a while and helped her realise that the only way to control the tremors would be to measure them.
But to reach a plausible solution, she had to go through permutation and combination. "Research showed that such devices already exist, but they’re bulky and limited to only clinical trials and research purposes. There were no wearable devices that were of everyday use or that could allow doctors to prescribe medication according to the needs of the patients," she added. This led her to work on JTremor3D - which was initially designed as a small box that needed to be strapped to the body. However, a few prototypes later she zeroed in on a hand glove, which is priced at ₹9000.
https://www.youtube.com/watch?v=vOuDD8t0tKg
The innovation won her many accolades including Dr. APJ Abdul Kalam Ignited mind Children Creativity and Innovation Award 2020, Grand Award at IRIS National Fair 2021, and Science Seed award at ISEF from Society of Science, USA 2021. However, the more was published about her innovation, the more she realised the huge information gap exists among patients and families in towns and villages in India. That's when she started Why Beat-The-Tremor Foundation with the aim "to bridge this gap with the mission to support the patients of Parkinson's Disease in India, virtually for now," reads the website." There is a need to capture and curate relevant information (suitable diet, exercises, treatment options) and make it available to the patients and their family members in the language of their choice," adds the innovator.
Having already filed for the patent, she intends to make it available in the market as soon as possible. She is inspired to help patients get better treatment, and she is leaving no stone unturned to make it happen.
(March 1, 2023) "Picture this - climbing a flight of stairs without the gift of sight. Can you imagine it? It seems impossible, right? But what if I told you that today, my 13 incredible kids from the Government School for the Visually Impaired in Trivandrum, India, accomplished something even more remarkable - they built, assembled, and launched FIVE model rockets," wrote an ecstatic Aathira Preetharani on her LinkedIn. The Canada-based citizen astronaut, who was selected by International Institute for Astronautical Sciences for astronaut training last year, made the "impossible" possible when she mentored visually-impaired kids to build and launch model rockets. It was at the end of November 2022 that Aathira found herself in the company of some immensely talented kids when she was invited as a chief guest for an UN-affiliated program at the Government School for Visually Impaired in Trivandrum. Some questions hurled at her in that first meeting were, "How does a rocket look?", "Have you been on a rocket?" Seeing their curiosity, Aathira promised to teach them how to build and launch their own rockets. [caption id="attachment_27957" align="aligncenter" width="579"] Aathira Preethranai is a space entrepreneur.[/caption] "I began reaching out to my contacts in space agencies,
23/02/aathira2.jpg" alt="Aathira Preetharani | Global Indian | Space Entrepreneur" width="579" height="870" /> Aathira Preethranai is a space entrepreneur.[/caption]
"I began reaching out to my contacts in space agencies, however, everyone told me that there is no technology to make rocketry available to these kids. That pushed me to stay back, and work on delivering what I had promised," she tells Global Indian, adding that she started researching accessible ways to make rocket science and STEM education available to the visually-impaired kids. "It took a lot of redesigning but a month and a half later, I was ready with the concept and design, after help from the Rocketeers Research Institute, who provided adaptable materials that could fly while keeping safety as the priority," she adds.
The students picked up fast. In two months, they were ready to launch their model rockets, creating a history of sorts in India - giving hope to 9.3 million visually impaired individuals in the country. "Until a couple of years ago, visually-impaired kids had no access to science beyond 10th grade in India as the notion was that such kids won't find jobs. That's what I want to change by making free space education accessible to everybody in India," reveals Aathira, adding that people don't understand the importance of space. "We use space for weather, GPS, agriculture et al. In fact, by 2040, the global space industry's annual revenue could cross $1 trillion, thus helping create more jobs and a better economy. If India has to establish itself as a global power, the government will have to provide free and quality job-related space education."
[caption id="attachment_27958" align="aligncenter" width="744"] Aathira Preetharani with the students of Government School for Visually Impaired.[/caption]
A slum dweller aiming for the stars
For someone who was born in a slum, Aathira had to face immense struggles, and now, as a woman undergoing astronaut training at the International Institute for Astronautical Sciences, she understands the importance of the right education. "Despite the abject poverty, my parents were adamant that we slept on a full stomach and had a quality education. My father would often burn the copper wire and trade the copper for food. My mother even sold off her tali (necklace) to get me admission to a private school," Aathira recalls. However, things started to look up when her father moved abroad to find a job at an airport. Being a studious child, she would spend most of her time in her school's library, getting her hands on any piece of education. "Due to limited resources, the library became my place of knowledge."
By the time she turned 18, she knew she wanted to be a fighter pilot and an astronaut. But till 2016, women were not inducted into the Indian Air Force, and upon research, she found that she could make her dream come true in Canada. She enrolled in Algonquin College in Ottawa following two scholarships and started learning robotics. However, she soon switched to studying business as she was keen to start her space company. Amid this, her real reason for moving to Canada - to become a fighter pilot - was put on the back burner. But a Malayalam film Uyare turned out to be that nudge. "I remember travelling from Ottawa to Montreal to watch the film which is about a woman who wants to be a pilot. That one film made me resolve to work harder and realise my dream. I worked three jobs and saved enough money to pay for my flying introductory class at the end of 2019."
A space entrepreneur on a mission
The flying sessions were accompanied by baby steps into the world of entrepreneurship with her space company ExoGeo Aerospace, which she formally launched in 2021 along with her husband Gokul Das Balachandran, whom she met in Aastro - an astronomical group in Trivandrum. "I was 12 when I first learnt about the group, and it played a pivotal role in aspiring me to become an astronaut. At 18, I met Gokul at Aastro, who was then a rocket scientist with ISRO, and within a year we got married."
Always interested in space debris, she started working on building her company which specialises in building space tugs to help service satellites and resolve the problem of space debris in earth's orbit. Explaining further, she adds, "Rockets are made to send satellites to orbit. Once the satellites run out of fuel, they aimlessly stay in the orbit forever. And we make another satellite and send it. This has been happening ever since rockets started launching. This is what we call space debris (space junk) that's rotating in the orbit at a very high speed, thus having a high chance of collision with other satellites, which could eventually lead to million pieces."
At ExoGeo, she is working on sending satellites that could refuel the satellites, so that they don't become redundant, and don't add to space junk. "Also, we are working on moving the redundant satellites to graveyard orbit by building space tugs." ExoGeo has already finished working on the preliminary design of space tugs and the demonstration is expected to happen by the end of 2023 or early 2024.
An astronaut in the making
While her entrepreneurial goals metamorphosed into reality, she also gave wings to her childhood dream of becoming an astronaut when she was selected under Project PoSSUM by the International Institute of Astronautical Science in 2022. "It trains people to become citizen astronauts so that one doesn't remain a mere passenger when they go to space, instead they carry valuable research activities," says Aathira. Training that's jointly supervised by NASA, the National Research Council of Canada, and the Canadian Space Agency can take up to five years to complete. This April, Aathira will be flying to Poland for the next part of her training. "I'd be permitted to access the Polish army airbase which is known for state-of-the art training," reveals the Kerala native.
The last year was a roller coaster for Aathira. If she has inched closer to becoming an astronaut, she has also received threats from people for being bisexual. It was last year that she came out, and it has been an uphill task for her ever since. "One country denied me training because of my sexuality. I was very excited to train there because of their state-of-the-art facility but they wrote to my trainer stating that their country's laws are against homosexuality." The 24-year-old says that being openly bisexual has had an impact on her career as "the discrimination is subtle." She adds, "When people say things behind your back, you don't even know how to deal with it. Every time they make it hard for me to go to space, but that's not my end goal. I truly want to make space education more accessible to people."
Aathira, who loves reading, painting, and writing poetry, is on a mission to improve people's standard of living through space technology. "I want the benefits of technology to reach the common man. Though I am working on a small scale, I want to make a difference with my work," she 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."