Introduction
Imagine a classroom in a remote village. There’s a blackboard, a few passionate teachers, and curious students. What’s missing? A high-end physics lab. Even more challenging? A stable internet connection.
Physics is a subject that demands exploration. It’s hard to grasp the beauty of gravity or the silence of a vacuum from a two-dimensional drawing. This is why I built SimGemma—an offline-first, AI-powered platform designed to bring high-fidelity 3D science simulations to every classroom, regardless of connectivity.
I'm Damodharan, a Tech Lead who spends my weekends teaching math and science to kids through an NGO. I've always felt that teaching topics like pendulum motion or trigonometry on a blackboard didn't do justice to the science. These concepts, along with things like molecular structures (methane, for instance), are simply better understood in 3D.
SimGemma was created for the Google Gemma Challenge to demonstrate how open-weights models like Gemma can solve real-world problems in resource-constrained environments.
