When scientific concepts are hidden behind dense definitions and abstract terms, many young learners, including young girls, begin to feel that science is not meant for them. That is exactly why 14-year-old innovator Vaishnavi Renduchintala created Science Fables (SciFables), a youth-led educational platform dedicated to making complex science accessible, engaging, and deeply relatable. 

By translating topics like buoyancy, blood circulation, and the human microbiome into 5-minute illustrated adventures, SciFables bridges the gap between imagination and science education. Driven by a belief that cost should never stand in the way of curiosity, SciFables provides free web reads, downloadable PDFs, and audio narration to ensure all families and educators have access to the learning tools.  

I recently had the pleasure of interviewing Vaishnavi to learn more about the spark behind her project, how character-driven stories build early confidence in STEM, and her inspiring advice for other young people looking to bring their big ideas to life. Read on to explore our full conversation below. 

Amanda: To start us off, what inspired you to create SciFables? 

Vaishnavi: I’ve always loved science, but I noticed that many scientific ideas can feel difficult or intimidating when they are introduced through dense explanations, unfamiliar vocabulary, or abstract concepts. That made me think about how differently children respond to stories. Stories are familiar, memorable, and easier to connect with. 

That idea became SciFables. SciFables lowers the entry barrier to STEM by transforming complex and abstract science concepts into relatable stories that children can understand and enjoy. My goal is to help children feel that science is something they can understand, explore, and be excited about. 

Amanda: Your focus on making STEM feel relatable and approachable is so critical. Why did you decide to target the 8–12 age range specifically for these stories? 

Vaishnavi: I chose ages 8–12 because children at this age are naturally curious and beginning to encounter more complex science concepts in school, but they still connect strongly with characters, stories, and illustrations. 

I think this is an important stage for building confidence in STEM. If a child begins to think, “Science makes sense to me” instead of “Science is too difficult,” that can influence how willing they are to explore STEM later. 

Amanda: SciFables translates topics like buoyancy, blood circulation, and the human microbiome into 5-minute illustrated stories. How do you select which topics to cover, and what is your process for breaking down complex concepts into kid-friendly narratives? 

Vaishnavi: I usually start with either an important science concept children encounter in school or a question they might naturally ask, such as “Why can a huge ship float?” or “How does blood travel around the body?” 

I first make sure I understand the science thoroughly. Then I identify the core idea a child really needs to understand and think about an everyday situation, mystery, or adventure that can make that idea relatable. 

The goal is not simply to make the science shorter. It is to lower the entry barrier by turning something abstract into something a child can picture and connect with. 

A recent example happened in Malawi. About 350 children at Dzaleka Refugee Camp learned about germination through the SciFables story The Seed That Slept Underground. After listening to the story and answering quiz questions, the children were asked to bring plastic bottles from home, and each child received a seed to plant and observe. I loved seeing the learning move from a story into something children could experience themselves. 

Amanda: That global reach is incredible! Many of your stories feature young kids investigating mysteries. How does character-driven storytelling help kids connect with science differently than traditional textbooks? 

Vaishnavi: Characters give children someone to discover the science with. Instead of immediately being presented with a definition, children first encounter a question or problem. They wonder what will happen next, follow the characters as they investigate, and gradually discover the science along with them. That makes science feel less like a subject they have to decode and more like something they can participate in. I think that helps lower the psychological barrier as well. Children will begin to see science as approachable rather than intimidating.