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Tasks, calendar, and AI-assisted planning in a native Apple app.
I build apps and tools, explore quantitative finance, and write about the math behind it.
7 projects
Tasks, calendar, and AI-assisted planning in a native Apple app.

An iPhone app for tracking office attendance, weekly goals, and hybrid work.

Learn Indian scripts with a custom spaced repetition system. Characters you miss return more often; familiar ones are spaced further apart.

A strategy lab with deterministic backtesting and an AI/MCP proof of concept.

A Python research project comparing implied and forward realized volatility, with notebooks and a Streamlit dashboard.
Black–Scholes option pricing with a historical-data Streamlit app and an interactive calculator.

A Streamlit dashboard for option pricing and all five Greeks: Delta, Gamma, Vega, Theta, and Rho.
I contribute to deal.II, a finite-element library for numerical simulation. My work covers interpolation performance and affine coordinate mapping.
delta_x[d]Compute once in the constructor.
Reuse during interpolation.
Precomputed grid spacing in InterpolatedUniformGridData instead of recalculating it on repeated interpolation calls.
Added an assertion to catch non-hypercube cells in the real-to-unit affine approximation.
Work on real-to-unit cell mapping, including geometry changes and regression tests.