Gitanjali Rao, a first-12 months student at MIT, continues to make waves as an inspiring innovator, these days being commemorated at the Girls Leading Change celebration held on the White House on October 11, the International Day of the Girl Child. Fifteen outstanding younger girls, inclusive of Rao, had been identified for their leadership in diverse fields, from technology and entrepreneurship to activism and healthcare advocacy.
Rao, hailing from Lone Tree, Colorado, earned this prestigious acknowledgment for her dedication to selling technology and innovation amongst young people globally. Nominated by america Patent and Trademark Office, she sticks out as a frontrunner, inventor, and recommend for wonderful trade in her network and beyond.
The ceremony, attended by using First Lady Jill Biden, celebrated the achievements of those young trailblazers. Biden expressed gratitude for his or her hard paintings and dedication, acknowledging their strides towards growing nice change in communities throughout the state.
Gitanjali Rao’s journey into the limelight started along with her ardour for STEM (Science, Technology, Engineering, and Mathematics) and a willpower to addressing urgent international problems. She isn’t any stranger to accolades, having been named Time magazine’s first Kid of the Year; in 2020 at the age of 15.
Rao’s revolutionary spirit shines through in her inventions, which includes Tethys, a patented answer caution of lead tiers in consuming water, and Kindly, an AI-powered service fighting cyberbullying on social media. Her device Epione for early prognosis of prescription opioid dependancy underscores her dedication to tackling complicated troubles affecting groups.
Expressing her exhilaration about attending MIT, Rao shares her plans to essential in organic engineering and minor in entrepreneurship and innovation. MIT, her dream college, has provided her with a platform to grow and explore her interests, living on campus and actively engaging in lab work.
Her involvement in contemporary research at MIT’s Koch Institute for Integrative Cancer Research and the Broad Institute of MIT and Harvard reflects her willpower to addressing great demanding situations. Rao’s dream extends beyond academics she aspires to broaden solutions to complex network troubles and potentially run a biotech organization.
Rao’s influence extends beyond the laboratory; she is also an completed creator. Her books, A Young Inventor’s Guide to STEM: five Steps to Problem Solving for Students, Educators, and Parents and A Young Innovators Guide to Planning For Success, show off her dedication to inspiring the subsequent technology of innovators.
The Girls Leading Change celebration provided a unique opportunity for honorees to connect and share experiences. Rao describes the event as a meeting with “incredible women who want to change the world,” emphasizing their shared passion and potential for future collaborations.
In her free time, Rao, now a licensed pilot, enjoys flying gliders and playing the piano. Her diverse interests, from science to music, highlight her well-rounded approach to life.
Reflecting on her White House experience, Rao emphasizes the down-to-earth nature of First Lady Jill Biden, who initiated the event to promote social change. Rao’s insights into the overlap between STEM and societal issues, such as climate change and education disparities, underline her holistic approach to problem-solving.
As Rao embarks on an Undergraduate Research Opportunities Program project at MIT and plans to work at a biotech firm next summer, her journey continues to inspire. Her encounters with MIT Institute Professor Robert Langer and her aspirations to contribute to groundbreaking work echo her commitment to pushing boundaries and making a lasting impact.
Gitanjali Rao’s story serves as a testament to the power of youth empowerment and the profound impact one individual can have in driving positive change. As she navigates MIT and beyond, her journey promises to be a source of inspiration for aspiring innovators and advocates worldwide.
