About Me
Research software, security tooling, and full-stack systems.
Most software engineers never have to think about whether a stream of liquid, thinner than a human
hair, is stable enough to survive an X-ray beam. I do. As an undergraduate researcher with CXFEL and
ASU Biodesign, and a summer researcher at SLAC's LCLS beamline, I build Python tools with NumPy, h5py,
and PyQt/PySide that help researchers inspect detector data, process high-speed imagery, and quantify
microjet behavior: velocity, diameter, breakup, and stability. I've also written the GPIO relay and
serial-stage control tooling our lab uses to drive sample-positioning hardware from a low-cost
single-board computer.
Outside the lab, I build for a different kind of reliability problem. I engineered a security gateway
that blocks unauthorized tool access and detects hidden malicious instructions for AI agents, and an
agent that queries a live data catalog before generating code so it never hallucinates a column name.
I like problems where the interface has to stay usable, the computation has to be correct, and the
system has to earn trust from people doing difficult work.
01
Scientific Computing
Python pipelines for XFEL detector data, microjet imaging, and calibration workflows.
02
AI & Security Systems
A security gateway for AI agents and a metadata-aware code generation agent built on MCP.
03
Full-Stack Engineering
React/TypeScript front ends and FastAPI/Python services shipped end to end.
