Research & engineering
Research, software contributions, and systems built to understand an idea. Each project records my contribution, its current state, and the evidence behind it.
Selected work
When can intercepted Enigma indicators uniquely identify rotor wirings without relying on historical clues?
I’m investigating when intercepted Enigma indicators and rotor-setting constraints can pin down the exact rotor wirings, including their rotational offsets.
How can a small allocator stay predictable as memory pressure and fragmentation increase?
A C99 memory manager for a simulated 64 KB embedded RAM, built across four levels: fixed and variable-size allocation, fragmentation control, task quotas and leak scans, then handle-based compaction and out-of-memory recovery.
How can quantum software become more reliable for the people using it?
Three merged contributions to Qiskit and Cirq covering control-flow angle wrapping, tests for two-qubit block consolidation, and NumPy Generator support.
How do you turn an open-source interactive experience into a festival website with its own structure and needs?
As a Design and Tech Coordinator, I adapted Bruno Simon's open-source work into the Blithchron 2027 website and made major architecture decisions that shaped how the site was organized and brought together.
Further investigations
What does it take to turn a shared festival-app brief into a working release?
A cross-platform React Native app for Blithchron 2026, built by the student Design and Technology team after we learned basic web development with React. I worked as a Junior Technology and Design Executive, mostly on the frontend and campus map.
What does it take to carry a small mobile product from an idea through release and maintenance?
An Android app for short-form creators seeking lyric-free background music, including an AI-generation experiment and a brief public release before development stopped.
How do the mathematical objects of quantum computing become a working simulator?
Building a simulator from scratch in C: complex arithmetic, single- and multi-qubit state representations, normalization, Bloch-sphere angles, and general quantum operators. Gate and circuit simulation are in progress.
