World 01 Overworld
Open to full-time software engineering · NYC, Long Island & remote
Full-stack software engineer.
I build full-stack products, data tools, and interactive systems—from production dashboards to software that powers physical hardware.
Computer Engineering graduate · May 2026. Built with an engineer's mindset and a player's curiosity.
A little play: tap a ? block to reveal a skill.
Three featured builds. Explore the map below for all nine projects, including my latest AI and research work.
Full-stack application
Built and deployed a full-stack platform for One Piece collectors to manage collections, track market prices, and share their cards.
Next.js · TypeScript · Supabase · PostgreSQL · Stripe · APIs
Hardware & game systems
Led software development for a full-scale pinball machine, connecting Raspberry Pi hardware to real-time game software.
Python · Pygame · GPIO · Game logic
Unity & gameplay
Built a Unity trainer that adapts aim practice to player performance, with a separate sandbox for testing enemy behavior.
Unity · C# · Aim training · Enemy AI · Gameplay
World 02 / Project map
9 projects. Explore my latest builds and earlier work.
Select a numbered level to explore a project.
Designed and fabricated recognition tokens and pins for a school’s Code Lavender wellness initiative.
Engineering highlights
Partnered with the school initiative on design for manufacturability, vendor coordination, and delivery of coins and pins for use in its staff recognition program.
Designed and built a two-player arcade cabinet, bringing together mechanical design, fabrication, wiring, and software configuration.
Engineering highlights
Completed the cabinet from CAD through assembly and systems integration, then configured a multi-system game library and custom interface for use as a working two-player arcade.
Built a One Piece-inspired Windows workspace for running Codex missions, reviewing changes, and managing local projects.
Engineering highlights
Ten themed specialist roles organize project work, with saved conversations, explicit handoffs, and SQLite persistence with a JSON fallback. The app includes a floating desktop ship and reduced-motion controls. This is a local personal build in active development; continuous autonomous crew routing and mobile access are not implemented.
Built a prototype that analyzes shooter match data to identify weapon imbalance and suggest stat adjustments.
Engineering highlights
The workflow turns match signals into visualizations for game designers, supporting data-informed balance decisions. Validation used sample data; this was a prototype rather than a production game integration.
Built a local match-review workspace that reconstructs OPTCGSim games and supports experimental AI practice through web and Unity clients.
Engineering highlights
Imported games provide historical checkpoints, turn navigation, and blind replay practice. New in-app matches support optional JEV decisions and later comparisons of saved choices, with a shared local service for the web and Unity clients. Experimental gameplay is available; verified move grades, skilled AI, and complete card coverage remain in development.
Built a Unity trainer that adapts aim practice to player performance, with a separate sandbox for testing enemy behavior.
Engineering highlights
The main menu routes players to reflex and accuracy drills or an Enemy AI Sandbox. Separate sessions make it possible to iterate on difficulty, game feel, and opponent logic without a multiplayer stack.
Led software development for a full-scale pinball machine, connecting Raspberry Pi hardware to real-time game software.
Engineering highlights
Python and Pygame manage attract, gameplay, and test modes, with event-driven handling for bumpers, targets, and ball drain. The system integrates switches, solenoids, and 24V power with timing controls, while keeping gameplay rules configurable outside the core logic.
Built a local Python research pipeline that traces source evidence through analysis, deterministic risk checks, and paper-trade evaluation.
Engineering highlights
The research workspace supports configured HTTPS sources and optional local-model interpretations. It tracks paper positions and evaluates matured signals while preserving unknown costs and confidence as unknown. The project is for research and paper trading: there is no live order execution, and synthetic demonstrations are not historical performance results.
Built and deployed a full-stack platform for One Piece collectors to manage collections, track market prices, and share their cards.
Engineering highlights
The searchable catalog supports graded cards, cached market prices, a three-card showcase, trade offers, alerts, collector comparisons, and activity feeds. Built with Next.js, React, Tailwind CSS, Framer Motion, and Supabase Auth and Storage, with a documented API and CI/CD deployment. The shop includes a cart and webhook-driven inventory updates; live checkout is controlled by launch-readiness settings.
Showing project 1 of 9: Project Lavender — Tokens & Pins
World 3 — Player Profile
I'm a Computer Engineering graduate from Sacred Heart University with a Mathematics minor and production software experience at Sentari AI. I enjoy connecting the pieces of a system—from a clear interface to the data and hardware behind it.
Video games are part of how I build. My projects explore responsive controls, adaptive difficulty, and the connection between physical inputs and on-screen feedback. That interest also shows up in my full-scale pinball machine and custom arcade cabinet.
Continuing to build
Contribution map
Refreshes dailyPublic contributions over the past year. Swipe the chart to explore →
World 4 — Airship
Production work, a foundation in engineering, and a habit of learning by building.
Inside the work · Sentari AI
The product team needed an admin view of referrals, retention, engagement, and user growth to understand activity on the platform.
I built the analytics dashboard with Supabase RPCs and SQL, alongside React/Next.js features and backend APIs. The work connected interface, application logic, and database queries.
The dashboard brought these metrics into an admin interface for the team. I worked through pull requests, code reviews, and documentation with a 10+ member cross-functional team.
Sentari AI
Developed full-stack features for a production analytics platform, contributing across the interface, APIs, and database.
NCEES
Passed the Fundamentals of Engineering exam in April 2026, demonstrating a foundation in engineering principles and problem-solving.
Sacred Heart University
Graduated in May 2026 with a Bachelor of Science in Computer Engineering and a minor in Mathematics.
Back to topWorld 5 — Underground
Open to full-time software engineering opportunities.
Looking for an engineer who enjoys product work, data, and interactive systems? I'd be glad to learn about your team.
qmviz23@gmail.com