From slum to stage: Documentary on ballet dancer Manish Chauhan vows international audience
Compiled by: Amrita Priya
(March 17, 2023) Call Me Dancer, a documentary feature adaptation of real life-story of Manish Chauhan, Mumbai’s street dancer, had its world premiere at Santa Barbara International Film Festival in USA. The 84-minute-long documentary marks the directorial debut of Washington based directors Leslie Shampaine. The film also had its East Coast premiere at the opening night of the longest-running dance film festival in the world – Dance on Camera Festival, New York.
Call Me Dancer revolves around Manish’s struggles and triumphs and how despite odds stacked against him, with ambition, determination and passion the youngster finally managed to turn his dream into reality. Daring to dream in Mumbai’s slums, the professional ballet dancer got his break when he received a full year’s scholarship at the Oregon Ballet Theatre, Portland in 2017.
Manish Chauhan
Manish has performed extensively in India and abroad. Coming from a community where people did not know the difference between ‘ballet dancing’ and ‘belly dance,’ Manish is an inspiration to many strugglers.
The tale of dreams coming true
Made both in English and Hindi (with English subtitles), the film chronicles the life of the talented street dancer who works on his dream going against his parents wishes.
“My father and grandfather are taxi drivers and they often told me that dancing is a hobby for rich children not for us,” Manish Chauhan reveals in the trailer of the documentary.
However, he secretly starts training at a dance school and accidentally walks into a ballet class, where he meets Yehuda Ma’or, a short-tempered 70-year-old Israeli teacher. His desire to keep on trying is only strengthened when he meets an extraordinary teacher, who was once a professional ballet dancer. “I will make ballet dancing my career and will help my parents with the money earned,” Manish decides.
Since he had started learning dance later than the others in Yehuda’s class, the trainer was sceptical about his abilities initially. However, Yehuda could see that Manish’s physical build and structure would take him far in the dance form – and gave him the chance to learn. “He has the kind of body that works best for ballet, and helps in turning and jumping,” Yehuda remarks in the documentary.
Over the course of time, Yehuda became a fatherly figure in Manish’s life, and helping the underprivileged boy with so much talent succeed became his goal.
Film full of emotions
Filmed in India, the United Kingdom, Israel, and the United States, the documentary revolves around Manish’s journey which is full of heartaches, hope and hard work. Together, Manish and his teacher transform each other’s lives, finding a purpose.
“People in my neighbourhood used to think that I am just an acrobat but I used to correct them by saying – I am not an acrobat, call me a dancer,” Manish remarks. “This is where the title of the documentary comes from,” writes director Leslie Shampaine in her message on the film’s website.
Shampaine, who is a professional ballet dancer herself, has interspersed the sensitivities of a dancer with her directorial acumen to create a poignant narrative. “Dance films are typically created by looking into our world from the outside. They convey the difficulty of the profession, but what is often lost is the passion and inner joy that pushes dancers past the pain,” she mentions. “I knew that as a dancer myself, I could offer an insider’s perspective,” she adds.
Global collaboration
The New York City-based debutant director followed and documented Manish Chauhan’s journey for five years, before she was able to tell his story on screen.
Call Me Dancer boasts of an international team comprising Indian film professionals with insights into the culture and the socio-economic reality of Mumbai.
With two original songs by British-Indian singer and songwriter Jay Sean, music by Bangladeshi American hip-hop artist Anik Khan, and a score by award-winning British-Indian composer Nainita Desai, the film is an ultimate global collaboration. “This is a story that I hope inspires people across the globe,” Shampaine remarks.
The Global team of Call Me Dancer
The inspirational journey…
Call Me Dancer is not Manish Chauhan’s first foray into the world of films. In 2020 the Global Indian played a part in the Netflix film Yeh Ballet.
The journey of the boy from Navi Mumbai’s chawl is a quintessential rag-to-riches story. From getting his torn shoes stitched by his mother every night, the ballet dancer who travels globally for shows has carved a niche for himself through sheer grit, passion and dedication.
(March 17, 2024) In the scenic mountains of Himachal Pradesh is a river valley - Kangra - home to warm Himachali people who cherish their language and customs. The beautiful language extends its influence to Northern Punjab - where Delhi teen Navvye Anand has his familial roots. Though his family settled in Delhi, his connection to his culture and heritage remains strong through the Kangri language. Upon discovering that Kangri language was among UNESCO's list of 10 endangered languages, he felt called to take action. "I started to look for ways to revitalise the language, and focused primarily on leveraging the oral medium. Recognising the dearth of written literature in Kangri, I turned to ASR (Automated Speech Recognition) - which converts human speech into written text," he tells Global Indian. [caption id="attachment_36635" align="aligncenter" width="300"] Navvye Anand[/caption] Traditionally, linguistics would spend hours engaging with local people to manually transcribe oral traditions, often encountering bottlenecks due to the enormous amount of time and effort required, along with scope for human error. "ASR can be used to streamline the transcription process. Recent advancements in AI made it possible to use ASR at a much higher level than before," adds Navvye, whose project, Cross-Lingual
bottlenecks due to the enormous amount of time and effort required, along with scope for human error. "ASR can be used to streamline the transcription process. Recent advancements in AI made it possible to use ASR at a much higher level than before," adds Navvye, whose project, Cross-Lingual Automatic Speech Recognition for Endangered Languages won him The Spirit of Ramanujan Grant, worth $4800. Each year, the University of Virginia and the Templeton World Charity Organization jointly award a grant to high school students who demonstrate exceptional talent in mathematics and science.
With the grant, Navvye attended the Wolfram High School Summer Program in the US. "I learnt from Dr Steven Wolfram, who is a pioneering computer scientist and a linguist, and I had the opportunity to refine my linguistic abilities and learn more about linguistics," says the teen, who also attended Euler Circle Program on number theory. "I used the grant to support my education."
Love for words and languages
Growing up with a grandfather who was a polyglot fluent in seven languages, Navvye was attracted to words and languages like a moth to flame. "My love for languages is inherited, it played a crucial role in my upbringing," says the teen, adding, "We bonded over our common love for language, and every time I found a new Pandora's box in an unknown language, I'd walk up to him and discuss. I loved talking about languages with him. We'd often fixate upon certain peculiarities of a language - such as resemblance between shakkar (jaggery) - an Urdu word and sugar in English. My love for linguistics was innately embedded in me."
After his grandfather passed away in 2022, Navvye decided to pay him homage by working towards revitalising a dialect of his native language. Moreover, his visit to the Kangra Valley region in 2018 made him fall in love with the warmth of the people. "They always had some folklore or a story to tell and were proud of their culture and heritage. I thought it was paradoxical that Kangri was an endangered language because these people love their culture and heritage. I thought if I could unite their love with advancements in AI, then that would be a great project to start," he reveals.
Using AI to preserve Kangri
This led him to read papers from past researchers who had used ASR for other languages. One particularly intriguing study was by Emily Prud'hommeaux, an assistant professor at Boston College, who attempted to revitalise Seneca - an endangered language in the US. "Her research papers helped me understand the methodology and how researchers use ASR." Later, he reached out to Dr Shweta Chauhan, a researcher at the National Institute of Technology Hamirpur, who had curated a text corpus for the Kangri language. "She invited me to intern at her lab, and ever since she has been an invaluable mentor."
The innovation in ASR allows linguists to record conversations in their natural environment and to capture their essence without manually digitising any oral medium. Explaining the process, Navvye elaborates that a regular mic can be fed into the ASR model which helps give an accurate transcription. The audio is being converted into text via ASR. "Currently, the accuracy stands at 85 percent, and over time, my aim is to gather additional data and enhance the system to achieve a target accuracy of 95 percent." The project operates on two fronts - one, where Navvye personally collects data by recording conversations using ASR, and second, where he connects with local translators who send audio transcriptions to him using ASR. "This allows me to build a robust audio repertoire. Additionally, I'm partnering with the Indian government through their Bhashini program, leveraging their resources to collect more Kangri data. I'm looking forward to expanding the audio repertoire as it will provide vast dataset to further fine-tune the model with improved accuracy."
When Navvye started he was only 15, but his passion to translate his dream into reality kept him going along with the support of his parents and the people of Kangra. However, along the way he encountered some technical hiccups in his journey, primarily related to data collection, cleaning, model selection and fine-tuning. "After experimenting with other models, I settled for Open AI's Whisper, which is the state-of-the-art speech recognition model. It is difficult to bring a simple idea to fruition but when the cause is noble, people will support you," he adds.
In the last two years, Navvye's work has empowered various translators by connecting them to MNCs operating in the Kangri domain. "I've helped a couple of translators gather the requisite information to contact Lenovo, created their LinkedIn profile, and filled out technical documents for them," says Navvye, who is also creating awareness about the importance of the Kangri language among school children. Ask him the potential reason behind Kangri being an endangered language, he promptly replies, "More people are now speaking Hindi as compared to Kangri as they are dissuaded from speaking their native dialect due to globalisation. It's not considered cool enough - something we need to counter," says the teen.
Proud to be preserving his ancestor's fading language, Navvye says the fruit of labour has been immense but the job isn't finished yet. "There is a long way to go but I'm happy with the way it's been going. I'm honoured to join the efforts to the preservation of my language which is a rich amalgamation of history and discourse," adds Navvye. As he plans to join the California Institute of Technology this fall, he wants to stay committed to the project, confident in his ability to utilise the power of technology to further work towards the project remotely. "I will have a proper support system to enhance my knowledge. I already have a new idea about classifying dialects using embeddings which can help clusters different dialects and identify them," reveals Navvye, adding that it can be used as a model for other languages.
Imparting advice to fellow teenagers, Navvye asks them to stop being afraid of taking the leap of faith. "Being afraid of failure is a sign of failure itself," he says, adding, "Don't worry if it will work out or not, you will find your way. In case, it doesn't work out, you will learn something new in the process. Maybe you can tweak it so that it works better in the future."
“I know a lot of people say that kids are the future, but I want to spread the message that we are here now, and we can make a difference.” - 11-year-old Gitanjali Rao in 2017 Meet Indian American teen scientist and TIME’s First Kid of the Year, Gitanjali Rao. She is wise, confident, knowledgeable, self-assured and loves reading Massachusetts Institute of Technology’s websites. A chat with her is refreshing: Lucid thoughts flow almost as if scripted. It’s hard to fathom how a 4 foot something girl with sparkling eyes oozes such clarity. Picture a pre-teen walking into the Denver Water Treatment plant with a lab coat over gummies, and holding forte among science professionals. https://twitter.com/AttorneyCrump/status/1356357624376287233?s=20 In an exclusive interview with Global Indian, She radiates poise as she speaks on her first prototype in use – Tethys, which detects lead contamination in water and shares that information through Bluetooth. Her occasional giggles make this child scientist more endearing. Today, at 15, she has 11 innovations to her name, of which three are in the prototype stage with one released. Innovation-driven by empathy Gitanjali, named after Nobel laureate Rabindranath Tagore’s famous book of poems, has an altruistic sense of scientific purpose that takes one aback. In 3M’s Not the Science Type docuseries, she says: “All of us can make a difference. It’s just about finding that one thing
, She radiates poise as she speaks on her first prototype in use – Tethys, which detects lead contamination in water and shares that information through Bluetooth. Her occasional giggles make this child scientist more endearing. Today, at 15, she has 11 innovations to her name, of which three are in the prototype stage with one released.
Innovation-driven by empathy
Gitanjali, named after Nobel laureateRabindranath Tagore’s famous book of poems, has an altruistic sense of scientific purpose that takes one aback. In 3M’sNot the Science Typedocuseries, she says:
“All of us can make a difference. It’s just about finding that one thing you want to change, and changing it. I want to use science to inspire kindness. Find yourself with it.”
A weighty quest for science guides the toothy teen scientist. She is described as a Forbes 30 Under 30,America's Top Young Scientist,TEDx Speaker,STEM Promoter,TIME Top Young Innovator, author and student. Moreover, she is a proficient glider, pianist, classical dancer, fencer, and a (self-proclaimed) average cook. This quest started with her proclivity to ask questions. Years on, those very questions led her to solutions. First, she tackled water scarcity and contamination that led to the Tethys prototype at just 11.
[caption id="attachment_5592" align="aligncenter" width="426"] At the age of 15, Gitanjali Rao has 11 innovations to her name.[/caption]
The technology, Rao says, can be easily enhanced to other contaminants. “More students, especially in the recent Regeneron Science Talent Research, Stockholm Junior Water Prize, etc have taken the same technology and enhanced it for other contaminants or water purification with doped nanotubes. Arsenic, Mercury and Cadmium are a few,” she tells Global Indian in an exclusive interview. Further, she has provided some Brazilian students her solution for further research.
“I am in the process of working with American Water Works Association to explore influencing state and federal policies on water testing,” says Rao.
Rao became fixated with another question – how to address the opioid crisis - when a family friend was prescribed opioids after an accident. She developed Epione – a tool to diagnose prescription opioid addiction using an ELISA-based protein detection method. Epione works on a fluid sample and uses protein expression from the mu-opioid receptor gene to find out if a patient is at the onset of addiction. “The device uses standard colorimetry processes to identify addiction status. Results on a mobile app show the status of addiction, and includes a map of the nearest addiction centre,” Rao adds about this early-stage research.
[caption id="attachment_5611" align="alignnone" width="852"] Gitanjali Rao enjoys talking about science with kids.[/caption]
Parental guidance
Rao feels her upbringing - thinking, trying and ideating differently were encouraged - made problem-solving a habit. She probably inherited intellectual rigor from her parents - Rama and BharathiRao, who migrated from Mangalore to the US and have strong academic credentials. Her parents instilled the freedom to choose and that she says taught her to be resourceful and take risks.
“If I felt like learning to fly a glider, I had to earn it, find a scholarship. If I wanted to attend a space camp, I had to search for scholarships and apply. To learn more about a concept, they would help me search for an expert, article or professor. They ensured I was safe, and allowed me to take risks.”
Today, she has a student’s flying license and can fly a glider.
[caption id="attachment_5593" align="alignnone" width="1010"] Gitanjali Rao learning how to fly.[/caption]
The Raos knew they were raising a special kid very early on. As a 10-year-old, a parent can expect the kid to ask for a new video game or a toy but the Raos had to service a carbon nanotube request.
'Kindly' to prevent cyberbullying
Among the other technologies that Rao has developed is Kindly, where she started with the question of how to prevent cyber threats. Kindly is an anti-cyber-bullying app that detects words related to cyberbullying using machine learning and natural language processing. As trailblazers go, her meeting with Microsoft CEO Satya Nadella helped guide her with the initial prototype for Kindly. In an awe-inspiring meeting, Nadella was “kind enough to meet a 13-year-old, listen to her ideas and support,” she says.
Kindly has a Beta standalone app and browser extension now, and she has partnered with UNICEF to roll this out as a product that can be used worldwide to measure the number of preventable cyberbullying events.
Promoting STEM education through innovation workshops
A three-time TEDx speaker and winner of the US President’s Environmental Youth Award, Rao is hoping to solicit new innovators to address the world’s problems through her innovation workshops. She has already reached about 50,000 students in 26 countries.
https://www.youtube.com/watch?v=GBEPYDLD3vg
“I hope to reach out to 50,000 more by 2021-end in partnership with MJP Foundation for schools in Cambodia, Royal Academy of Engineering for students in the UK, Transformation Ghana, and individual schools in India,” says the girl, who is now working on parasitic water contamination detection using genetic engineering. The key is to inspire girls to be unafraid of science and technology and help them connect it to real impact. But challenges abound. A workshop for girls in Gaza was canceled due to security issues. In Afghanistan and Chile, her struggle was to help people understand her accent.
“In a refugee camp in Kenya, some students had to walk 45 minutes just to listen, and had to leave before dark.”
“Schools in India that reach out and facilitate are much easier, though I have to tune my message for kindness, empathy, and collaboration.”
The TIME accolade has amplified her voice to influence and introduce innovation into the early education system. Since April 2018, Gitanjali has been working with UNICEF and was recognized as one of America’s Top Youth volunteers by Prudential Spirit of Community Awards. Sheeven donated to UNICEF’s India COVID-19 response.
https://www.youtube.com/watch?v=E_li_TNwOEk
A family girl
She is often teased by her family that she might be “Kid of the Year” but she still has to do her chores and clean her room. Her friends can’t fathom how America’s top kid scientist forgets adding key ingredients like melted butter while baking.
Her Indianness comes out in glimpses - eating hotbhajiyas on a rainy day. Or sipping on borrowed chai from her mom with a Parle G biscuit or rusk. Due to the pandemic, Gitanjali missed her yearly visits to India to see her maternal grandparents in Navi Mumbai and paternal grandfather in Hyderabad. But she’s thankful they are in the US now.
Mentored by icons
Having good mentors is an important crucible in any Global Indian’s journey. Rao speaks of being under the tutelage of Dr Kathleen Shafer from 3M (Tethys), Dr Selene Hernandez (Denver Water), and Dr Michael McMurray who guided her on genetic engineering concepts. Moving forward, her goal is to reach out to the US Department of Education to bring innovation into daily curriculum, which means innovations in education.
[caption id="attachment_4066" align="alignnone" width="425"] When Global Indians meet: Gitanjali Rao with 3M's chief science advocate Jayshree Seth in 2018[/caption]
Marvel’s hero project
Gitanjali was featured in the web series Marvel’s Hero ProjectasGenius Gitanjali for her valuable contributions to society.
“I think that being a scientist is like being a superhero, because superheroes save people, and want to do what is best for their society – scientists do the same exact thing,” she earlier told Google.
(October 31, 2022) In the opening scene of Jalsa, a neurodivergent, teenage boy makes a video on how to bowl. Inspiration had come from Surya Kasibhatla himself, who plays the role of Ayush and is the first actor with cerebral palsy to be in a Bollywood film. Surya, who liked to post videos of his own on YouTube, made one with cricket tips. Auditions and a serendipitous discovery Ultimately, the video would lead the Jalsa team to him. After over two months of auditions, where over 150 Indian kids with cerebral palsy were put through rounds of specially-designed auditions, they zeroed in on Surya Kasibhatla. The actor was flown down from America, with precautions made all through the journey, both on and off the sets. [caption id="attachment_23630" align="aligncenter" width="728"] Surya Kasibhatla and Vidya Balan in Jalsa[/caption] Jalsa has received acclaim the world over, with Kasibhatla's performance singled out for praise. It's the first time a person with cerebral palsy has acted in a Hindi movie. "Whether that is me or not, is a secondary aspect," Kasibhatla told Forbes Magazine. Much of this was driven by casting director Anmol Ahuja, who had Kasibhatla flown down from America. Ahuja's early brief had
s the first time a person with cerebral palsy has acted in a Hindi movie. "Whether that is me or not, is a secondary aspect," Kasibhatla told Forbes Magazine.
Much of this was driven by casting director Anmol Ahuja, who had Kasibhatla flown down from America. Ahuja's early brief had been to cast a neurodivergent actor and he began a hunt for actors along with Deepak Agarwal, another member of the team. They spotted actors in Doha, South Africa and Mumbai. At the same time, they also looked for kids with a background in theatre, a reluctant back-up plan. Eventually, they knew they had found what they were looking for in Surya Kasibhatla. Precautions were in place on and off the sets, to ensure that the young Global Indian felt at home.
The debutant who made history
Surya's newfound stardom does little to hide the excited, star struck 13-year-old, for whom working with Vidya Balan was one of the highlights of the experience.
"I have always loved Vidya ma'am's acting," he told the Hindustan Times in an interview. "Working with Vidya ma'am was more than a dream come true and absolutely delightful. She was very loving and caring and I had a gala time working with her. She is my favourite actress."
Dreams of the silver screen
Surya was four years old when he first decided he wanted to be an actor. Born in Hyderabad, Surya and his parents faced the immediate challenges of a raising a neurodivergent child. "There is a long way for societies to become completely exclusive," he said, in the HT interview. There are schools, however, which make the effort. Daksha School in Hyderabad, where Surya studied, is one of them and for that he is always grateful.
Growing up, his parents ensured that their son was never treated differently. His father, who is an IT professional, migrated to the United States when Surya was still young, although he was, by then, a big fan of Bollywood and Telegu cinema. Surya told the BBChe lives in a "happy and engaged family environment at home and is part of all decision-making on important matters pertaining to him."
By the age of 13, when he was chosen for the role, Surya was doing software development, having shown an early talent for computer programming, music, movies and sports. Word of the role in Jalsa came from his physiotherapists in India, who reached out to his parents.
In the Maximum City
It was the cricket video that did the trick. "The moment we saw that video, we knew we had to get him," Ahuja told Film Companion. He then got on a video call with director Suresh Triveni before being cast in the role.
The film team also re-visited Ayush's character, re-working the script to establish as many similarities as they could between him and Kasibhatla. Long dialogues were removed - they were not in keeping with the typical style of speech for someone with cerebral palsy.
The making of Jalsa was a complex and layered process. Acting, Surya found, harder than he had imagined. When he arrived in Mumbai, he was started off with film workshops and working through the role with director Suresh Triveni, who has a neurodivergent family member himself.
Learning on the job
"The best and toughest part of the film was doing justice to the role... Being in the scene is harder than many people think, but the pre-shoot workshops as well as the team on the sets made me comfortable." Among them was his co-star Vidya Balan, he taught him the art of emoting in every scene.
Kasibhatla himself was more than happy to do the work.
Inclusivity on the sets
"Nobody from the team treated me differently," Surya said. "I was one among them. I was absolutely comfortable while shooting for Jalsa. Right from my travel logistics to the accommodation, food, local travel, everything was a seamless experience."
(July 29, 2022) Sitting on the sofa at home and helping his grandmother take dozens of medications every evening to treat her chronic asthma is one of the earliest memories that shaped Syamantak Payra's outlook on life and his desire to help. Desperate to help, he invented a makeshift breathing machine "out of some straws and balloons" at age four. "It was rudimentary and practically ineffectual, but it came from the same motivation that still drives me: I saw a problem, and I wanted to help," says the 2022 Hertz Foundation Fellow. From the same desire stemmed the idea of developing a knee brace that helped the inventor and researcher win the Intel Foundation Young Scientist Award in 2016. "I want to help people. Whether that's by creating new biomedical technologies that will improve patients' prognoses, or through literacy outreach that will help create new opportunities for young students, I wish to use my capabilities in the ways that I will best be able to help empower others," he tells Global Indian. [caption id="attachment_20036" align="aligncenter" width="541"] Syamantak Payra[/caption] Curiosity, science and innovations Growing up in Houston, a stone's throw away from Johnson Space Centre - headquarter for many NASA
Growing up in Houston, a stone's throw away from Johnson Space Centre - headquarter for many NASA operations, Syamantak would spend endless afternoons enquiring about the workings of the world from his Bengali grandfather. Curious to know "why the colours in rainbows appeared in that order or how car engines and sewing machines worked or why leaves on trees didn’t all blow the same way", his inquisitiveness was embraced by his parents, grandparents, and later, teachers. As early as Grade one, he began completing his scientific projects which helped him tiptoe into the world of science "as a method of inquiry.” Over the years, it translated into a love for the subject and many scientific disciplines including "materials science and the physics of photovoltaic cells and biomedical engineering and robotics."
The following years of experimentation, discoveries, and innovations culminated in his first breakthrough in 2016 when the inventor won big at the Intel Science Fair for developing a knee brace that can help individuals partially disabled by polio to walk swiftly. For someone who always "wanted to help", he was inspired to take on the project after learning about his teacher's polio-led partial paralysis. "I was interested in robotics, and wanted to try to use robotics to help restore some of his capabilities: effectively creating a robotic leg brace that would allow him to walk with less effort and pain," says the inventor who revised and built his prototypes for over two years.
[caption id="attachment_20037" align="aligncenter" width="399"] Syamantak Payra showcasing one of his inventions[/caption]
The power of innovation to transform lives
With no prior experience in programming or biomechanics, the project was nothing short of a "self-guided crash course" for him. "I pored over hundreds of papers analysing prosthetics and anatomy, developed my data equipment and analysis methods, and had my teacher try on the prototypes to evaluate their functionality. My revised version of the robotic leg brace was able to restore nearly 99 percent of his knee mobility, and allowed him to walk with 33 percent less effort," adds the inventor.
As someone passionate about research, Syamantak is "excited about the potential for innovation and the power it holds to create transformative new technologies" to create positive impacts in the world. Keeping up with his quest to find solutions that create a ripple effect, he made some interesting innovations during his bachelor's degree in electrical engineering and computer science at Massachusetts Institute of Technology - one of which is digital fibers for electronic garments that can assist in diagnosing illnesses. Explaining his work in the MIT Fibres Group, he says that it has enabled them to "create polymer threads with microchips embedded within the fibers. These fibers can then be woven into fabrics that contain those microchips directly within the textile." A technology that took over four years to develop, he says, helps create fibers that are capable of sensing, computing, and communicating, such that worn garments will be better able to assist in monitoring, diagnosing, and treating health conditions.
The impactful work
The years at MIT turned out to be fruitful as he ended up making prototypes like temperature detecting shirts that could detect heatstroke and potential dehydration to making spacesuits that help improve astronauts' situational awareness and their safety on spacewalks. "The spacesuits worn for spacewalks must be pressurised against the vacuum of space; one side-effect is that if something touches or impacts the spacesuit, it is difficult for the astronaut to feel it. In addition, spacesuits are constantly bombarded by space dust, particles that can travel at thousands of kilometers per second and significantly damage textiles. By incorporating sensors and advanced electronics into the spacesuit construction, we can imitate different sensations and reproduce them on the skin," he beams with pride.
[caption id="attachment_20038" align="aligncenter" width="639"] Syamantak in a Nanotechnology class at MIT.[/caption]
Having walked the corridors of MIT for years and creating some stellar innovations, it holds a special place for Syamantak - as it not only honed his skills as an engineer and a scientist but also as a community leader. "Crucially, it's shown me how the most important part of engineering isn't the blueprints, it's the people: who will use something, how, and why." The Paul & Daisy Soros Fellowships for New Americans recipient is now gearing up for a PhD in engineering at Stanford and aims to create "new biomedical technologies that can interface more closely with the body and help us address exactly those gaps in healthcare: difficult early diagnoses, complex monitoring in-vivo, and careful post-treatment care."
A community leader
But it isn't just his innovations through which Syamantak is creating ripples in society, his zeal for literacy and STEM has helped him extend help to the underserved children in Houston. A spelling bee champ through his middle school, he was keen to share his love for the language and started literacy workshops sharing spelling and vocabulary lessons to young students for which he received the Presidential Volunteer Service Award for outstanding commitment to education twice. Moreover, he launched a STEM outreach program (CORES) at his high school called CORES which has now expanded to more under-resourced schools. "At MIT, I was also part of a group called DynaMIT; every year, we host a summer program aimed at helping underprivileged students in the Boston area gain exposure to STEM fields through experiments and activities that they wouldn’t have experienced within their schools."
This desire to make an impact helps Syamantak push the envelope with each of his innovations. Years of working in the field have come with their share of learning, and the one that has made the 21-year-old humble is that "part of the joy in scientific research is the discovery that comes from unexpected connections." The Bengali lad loves poetry, so much so that he spent hours learning Rabindranath Tagore's songs and poems while growing up, and is now a published poet. A strong believer in the power of music, Syamantak plays violin and piano, produces classical and modern music, and is an avid photographer. "I view the world through a camera lens: filming wide landscapes from aerial drones gives me a sense of perspective, and photographing minuscule wildflowers with a macro lens lets me connect intimately with the smallest details of nature," he says.
Having received many fellowships and awards including Hertz Foundation Fellowship, the Paul and Daisy Soros Fellowship for New Americans, the Stanford Knight-Hennessy Scholars Program, and the Astronaut Foundation Scholarship, Syamantak feels grateful for them as they have been instrumental in supporting his academic pursuits by funding his studies, he says. However, for him, the ultimate validation would be to create a direct impact on the lives of people with his work. "If I can improve someone's quality of life, or aid a patient in their treatment or recovery, that is the most direct validation that I have been able to make a difference through my work," he signs off.
(May 8, 2022) Young India is making its mark. From teen entrepreneurs running unicorns to prodigies in science and the arts, India’s youth are shining. Take, for instance, 22-year-old cyber expert Vaibhav Jha, who was lauded for being one of the youngest cyber security trainer in May 2021. By that time, he had already worked as external cyber security researcher with the Ministry of Electronics and IT providing inputs for framing DPR for cyber security labs in India. An expert at 19 On April 28, 2022, CERT-in, a government-appointed nodal agency, issued a new cybersecurity directive. As cyber threats loom, for individuals and nations alike, 'hack the world before it hacks you', maintains Vaibhav which incidentally happens to be the title of the book that he has written. The young ethical hacker has been keenly spreading awareness on security online through various initiatives. Over 25,000 school and college students have learned the ropes of the cyber world through Vaibhav's training sessions under Niti Aayog's Atal Innovation Mission. His research paper on car hacking and cloud security fetched him the budding researcher award at an international conference at Amity Dubai. Vaibhav was only 19 when he trained Indian Audit and Account
ve learned the ropes of the cyber world through Vaibhav's training sessions under Niti Aayog's Atal Innovation Mission. His research paper on car hacking and cloud security fetched him the budding researcher award at an international conference at Amity Dubai.
Vaibhav was only 19 when he trained Indian Audit and Account Service (IAAS) officers, and also conducted a joint training session for cops, bureaucrats and delegates from over thirty countries on safeguarding critical security infrastructure and enjoyed a short stint as a cyber security researcher for Gurugram Police as well.
Climbing the ladder
Vaibhav was in his first year of college at Manav Rachna International Institute of Research and Studies when he discovered cybersecurity and ethical hacking. A student of computer science engineering at the time, he knew instantly that this would be his chosen domain. He did extensive research by himself, which bore fruit in his second year of college when it led to Vaibhav being asked to chair a cybersecurity conference attended by Dr Gulshan Rai, the erstwhile Cyber Security Chief at the Prime Minister's Office. It was a magnificent turning point, Vaibhav remarks, saying it ignited his desire to delve even deeper.
When he collated his knowledge, he had the material for his debut book. "My book teaches beginners on how to avoid the trap of cyber-crime," Vaibhav tells Global Indian.
By the time he was in his second year, Vaibhav had also taken his first steps as an entrepreneur. With support from the institution, he co-founded a cyber security firm with a batchmate. After he graduated, the computer engineer switched to the corporate world, associating himself with Coforge (earlier NIIT Technologies).
Driving dialogue
Led by the desire to promote cyber security as an integral fabric of our digitally-inclined society, he has organised two cyberspace conferences (CIACON) in 2018 and again in 2020. Officials from the US' Department of Homeland Security and the Indian government participated as speakers. "The conferences are for security enthusiasts," Vaibhav explains. "The idea has been to bring together cyber experts, policy makers, think tanks and cyber wizards on a single platform to discuss issues and challenges in the sub domains of cyber security."
It meant big steps for Vaibhav too, a journey that involved becoming comfortable with himself and his abilities. "I used to be nervous at the start but I have worked on my confidence levels. Now, delivering lectures, conducting training and interacting with people is my passion," he says.
That apart, spending time with family and friends, swimming, body building, reading books and doing his research keep Vaibhav occupied. He also has his own YouTube channel, Scorpion VJ, through which he engages people on a variety of topics that range from tech and travelling to lifestyle.
“Cybersecurity and cyber-forensics are fields that needs passion and the mindset of always being open to learning, otherwise you will not be able to counter attack the cyberattacks,” he says, to young cyber security aspirants everywhere.
'Hacks' for being cyber smart
Keep all your devices, apps and browsers up to date
Think before you click
Be vigilant while reading mails or opening attachments from unknown sources
Verify identity before sharing personal information online
Keep all your passwords unique and don’t reveal it to anyone
Report if anything seems suspicious in the cyber world