Hemangi Shrivastava: Illuminating the World with Science, Energy & Purpose

Story

What if something as everyday as light could spark a global journey of discovery? For Hemangi Shrivastava, light is more than just illumination—it’s a symbol of innovation, energy access, and scientific potential. Currently pursuing her Master’s in Electronics and Nanoelectronics at the Moscow Power Engineering Institute (MPEI) in Russia, Hemangi is on a path that blends engineering precision with creativity and purpose.

Recently, she achieved a remarkable milestone—being selected for the Marie Skłodowska-Curie Fellowship Programme (MSCFP), one of the most prestigious fellowships offered to women in nuclear-related fields by the International Atomic Energy Agency (IAEA).


Redefining Light Through Energy

Hemangi has chosen a rather unique field for her research—illumination engineering, which focuses on the science and technology behind lighting systems. While this may seem separate from nuclear studies at first glance, it’s deeply connected through the lens of energy access and efficiency.

“The more affordable and accessible electricity is, the more illuminated a country becomes—literally and figuratively,” she explains. For Hemangi, light is not just about visibility; it’s a reflection of infrastructure, development, and quality of life. Her work explores how smart lighting solutions can be designed by using cutting-edge electronics and sustainable energy practices.

This ability to connect technical knowledge with real-world impact is what set her apart during the fellowship selection.


The Spark of Inspiration

Her journey toward international recognition began at the World Youth Festival 2023 in Sirius, Russia—an event organized by Rosatom. There, Hemangi attended a session led by a Turkish professor who made a profound statement:
“Nuclear energy is in everything—even in light.”

That simple line became a turning point for Hemangi. It reshaped her understanding of how energy—particularly nuclear—touches every aspect of modern life, including her own field of lighting. It was a realization that aligned her passion for electronics with the global energy narrative. Encouraged by that spark, she applied for the MSCFP, and her dedication earned her a coveted spot among fellows from around the world.


About the Fellowship

The Marie Skłodowska-Curie Fellowship Programme was established in 2020 by the IAEA with the goal of increasing female representation in nuclear science and technology. It supports women pursuing Master's degrees in fields related to nuclear science, safety, security, energy, or non-proliferation.

The fellowship offers comprehensive support—including tuition, living expenses, and international internship opportunities. To date, the program has received over 2,200 applications and awarded 560 fellowships across 121 countries, creating a powerful global community of women scientists.

For Hemangi, it’s more than financial aid. “It’s a platform that believes in young women scientists and gives them wings to explore,” she shares.


A Role Model for Future Innovators

Hemangi Shrivastava’s selection is more than just a personal triumph—it’s a message to young girls everywhere that science is not limited by geography, gender, or traditional boundaries. Her journey is proof that when passion meets opportunity, extraordinary things happen.

She now stands as an emerging voice in the global conversation about sustainable energy, smart infrastructure, and women in STEM. Her work in illumination engineering is uniquely positioned to make real-world contributions—bridging the gap between scientific theory and human experience.


Looking Ahead

With her MSCFP fellowship, Hemangi plans to further her research, collaborate with international scientists, and work on projects that advance both technology and society. Her dream? To design energy-efficient lighting systems that transform cities and improve lives—especially in underserved regions.

Hemangi’s story is one of curiosity, courage, and commitment. It reminds us that science is not just about breakthroughs in labs—it’s about seeing the invisible connections that power our world and daring to explore them.

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