Computer science, systems research, and physical prototyping

My work centers on the intersection of software systems and tangible computing. Working within university laboratories, I investigate how disciplined iteration and clear documentation turn theoretical concepts into resilient, workable tools.

Whether assembling custom circuit boards for sensor arrays or optimizing concurrency models in distributed memory stores, I approach every project with careful diagnostic rigor and an appetite for rigorous collaborative problem solving.

How I scope, build, and test

Problem Scoping

Rapid Prototyping

Bench Testing

Deployment & Review

Defining clear constraints, requirements, and success metrics before writing a single line of code or cutting metal.

Building minimal functional proofs to test core architectural assumptions and identify bottlenecks early.

Subjecting hardware and software modules to rigorous stress tests, profiling memory usage and failure modes.

Documenting architecture choices thoroughly, refining codebases, and packaging projects for peer evaluation.

Let's discuss research and early-career opportunities

Currently exploring summer research fellowships, internships, and collaborative technical engineering roles.