Computer science student and Schilling Scholar at URI.

A local-first AI assistant written in Python with a Typer CLI, structured tool registry, bounded tool-calling loop, SQLite-backed semantic memory experiments, and Ollama model routing. It is designed to keep agent behavior inspectable and keep data and inference local when possible.

A full-stack proof-of-skill ledger built with a five-person team at Fidelity’s 2026 FidHacks event. It uses a React and TypeScript frontend, a FastAPI backend, the Gemini API, and SQLite to turn work notes into structured entries containing a title, summary, demonstrated skills, and next step. I designed most of the backend and overall system architecture.

A lightweight self-hosted IDS prototype focused on agent/collector architecture, structured event output, heartbeat monitoring, and JSONL/TCP-based telemetry. Built to explore practical detection pipelines, host visibility, and blue-team infrastructure design.

A lightweight HTTP/1.1 server built over raw POSIX sockets. It handles request parsing, static file serving, MIME detection, thread-per-connection concurrency, timeouts, request size limits, and directory traversal protection without relying on a framework.

An 8-bit computer emulator written in C that models registers, memory, a program counter, status flags, and a custom instruction execution loop. Implements core instructions such as LOAD, STORE, ADD, SUB, and HALT, with memory safety checks to prevent program code from being overwritten during execution.

A minimal Unix shell in C with command parsing, external execution through fork/execvp, built-in commands, and signal handling that correctly targets child processes on interrupt.

A multithreaded TCP port scanner in C using Winsock2 and pthreads. It uses a queue-based worker model and supports banner grabbing, service detection, configurable timeouts, and per-scan timing stats.