We're trying to close a gap that shouldn't exist in the first place.
STEM education in India is wildly unevenly distributed. Private schools have entire robotics curriculums, sensor kits per student, and competitions to enter. Most municipal schools have… textbooks. Sometimes. The kids are the same — same curiosity, same potential, same wide-eyed reaction to a blinking LED. The opportunity isn't.
The Goal
Introduce underprivileged middle-school students to robotics and engineering basics through hands-on sessions — not lectures, not slides, not theory dumps. Real circuits, real components, real building.
The Topics
Electricity flow and charges. Circuit design and components. Fundamental mechanical and hardware concepts. Basic programming with pseudocode that turns into real syntax. Sensors. Microcontrollers.
Global Context
Scientific and technical innovation — chosen deliberately, because that's the literacy our generation is going to live and work inside. Teaching it isn't optional anymore.
The Bigger Picture
Stereotyping makes robotics look like a rich-people hobby. We want it to look like what it actually is: a life skill, a way to think, and a door to a future these students absolutely belong in.
How we got here: the research
Before we wrote a single lesson plan, we did the homework. We sat down with the principal of Gilder Lane MPS to understand where robotics fit (or didn't fit) into the CBSE curriculum. The answer was honest and a little heartbreaking: it doesn't, really. Not for the younger grades. Not without optional clubs that most kids never join. We then ran a prior-knowledge check with the students themselves — short, low-pressure, just to see where they were starting. That told us what to teach, and just as importantly, what not to assume.
Then we went to the data. BMC budget allocations for technology education are publicly available, and the picture is consistent across years: technology is a sliver of a sliver. Most spending goes to traditional academic subjects, building maintenance, and exam infrastructure. The Tinker Lab at Gilder Lane exists because a donor funded it — but the recurring cost of running it, of having someone actually teach robotics, never made it into the budget. That's the gap. That's exactly what a community project can step into.
So we did. And we built the whole thing — content, materials, timeline, reflection — around making sure the students could carry it forward themselves. Affordable parts, reusable components, lesson notes the older students can use to teach the younger ones next year. The goal was never twelve sessions. The goal was momentum.