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Notes on building things, breaking things, and occasionally writing about it.
An exploration of how generative AI and custom digital tools transform high school mathematics instruction, lesson planning, and student engagement.
How live graphing and dynamic simulations turn limits, derivatives, and integrals from memorized rules into concepts students can actually see and manipulate.
Coding is not just for computer science students. A few lines of Python can deepen mathematical intuition and teach problem decomposition that transfers to every subject.
What happens when the mathematics and commerce departments team up to model moving-average crossovers with real market data. A story of interdisciplinary learning in action.
Policy documents are easy to quote and hard to implement. Here is how the National Education Policy's call for experiential learning actually looks inside a mathematics classroom.
