Software Engineering

A web app that bridges daily to-do lists and long-term goals: tasks pulled from Google Calendar/Tasks are auto-scored on urgency and goal-alignment, plotted on a live Eisenhower Matrix, and paired with a Groq-powered AI coach that flags misaligned tasks and suggests schedule adjustments.

Built overnight at TechTogether Seattle: a mobile app that slices the day into 'time blocks' and uses machine learning to learn routine patterns, suggest Pomodoro-style breaks, and auto-reschedule the rest of the day when a task runs long. Won the 'Planting the Seed for Growth' award.

In rural France I designed a custom Excel-based crop management system for a working farm's greenhouse: a color-coded grid modeling every planting bed by crop category (leaf, root, fruit, aromatic) and status (seeded, planted, completed) to optimize planting schedules, yield tracking, and resource allocation across dozens of concurrent rotations.

Prototyped a way to infer whether a scanned Wi-Fi network corresponds to home, work, or school by clustering visit frequency and time-of-day patterns — aimed at reducing noisy location pings without extra user input.

Lead backend developer for a T-Mobile DevEdge hackathon build: a geofenced anti-theft system that flags a bike as stolen the instant it leaves a locked zone, streams live location to a companion iOS app, and fires an automated SMS alert to the rider.

React Native front-end for controlling mock smart-home devices — locks, bulbs — over a shared IoT API, with animated on/off interactions and live device state fetched on mount.

A diagnostic web tool that decodes raw hex-string UDP payloads from field devices into readable telemetry — temperature, battery level, speed, status — and surfaces live service health, cutting down the team's manual testing time.