Robotics & AI / Quantum computing / Games
I build intelligent systems and playful software.
Co-founder of Hulofuse and BrainStack, building Tank Crew on the side. Computer Science with AI and Robotics graduate from the University of Buckingham.
01 /Building now
A social app for making real friends through local events and real-world meetups.
Hulofuse forms small event groups around compatibility and learns who got on, so people go from "I wish I had plans" to having them. Live in Oakland and San Francisco on iOS and Android.
hulofuse.com
An AI-powered hiring platform with AI video interviews and soft-skills analysis.
BrainStack runs AI video interviews and assesses candidates' soft skills, so teams hiring at volume can find the right people faster.
brainstack.app
A team-based tank combat game. Coordinate, communicate, dominate.
Each player operates part of the tank, from driver to gunner to loader, so winning takes real teamwork and tactical positioning. Built in Unity with Photon PUN 2 for online multiplayer. Coming soon to Steam.
tankcrew.net02 /Lab
A few of my projects, rebuilt for the browser: quantum key exchange, a quantum random graph and a sorting visualizer. The island at the top of the page is my map generator.
| Alice's bit |
|---|
| Alice's filter |
| Photon sent |
| Bob's filter |
| Bob reads |
| Filters match |
| Checked |
Alice wants to send Bob a secret key, and Eve wants to listen in. Alice sends each bit as a particle of light, set with one of two filters: + makes a 0 point → and a 1 point ↑, while × makes a 0 point ↗ and a 1 point ↖.
Bob guesses a filter for each one. When he guesses Alice's filter he reads the bit correctly; when he doesn't, he gets a coin flip. Afterwards they compare filters out loud, never the bits, and keep only the columns where the filters matched.
The catch for Eve is that looking at a particle changes it. She has to guess filters too, and her wrong guesses leave errors behind. So Alice and Bob sacrifice a few kept bits and compare them: any mismatch means someone was listening. Switch Eve on and see.
This is BB84 as my Python program does it, with Qiskit on a quantum simulator: you set Alice's message and whether Eve is listening, and it reports how similar Bob's reading is. In my version even the random filter choices come from a quantum circuit. I built it with help from my advisor, Zaniar Ghadernezhad. Here your browser plays all three parts.
03 /More projects
Quantum computing
BB84 is a way for two people to agree on a secret key using quantum bits, where anyone listening in disturbs the bits and gets caught. My program runs the protocol on a quantum simulator, with clear outputs and settings you can change. There is a version of it to try in the Lab.
Game
A single-player, top-down bullet hell with a cartoon style. You play as Amelia, surviving in the wilderness of a foreign planet.
Computer vision + NLP
A group project for American Sign Language users: computer vision reads signs, and an NLP module handles the language side.
Built with James King, Sean Ashfield and Dylan Nguyen.
LLM agents
A chat agent that takes café orders. Bedrock agents call custom functions to create, edit, clear and confirm each order.
Built with Ramkumar Venkatesan, Swetha Ganapathi Raman and Shweta Shroff.
Hardware
An Arduino-driven build of the mantis blade from Cyberpunk.
Assistant
A chatty desktop assistant that keeps to-do lists, remembers conversations and holds YouTube playlists.
04 /Experience
Jan 2025 to now
Building a social app that turns local events into real friendships.
Apr 2025 to now
Building AI video interviews and soft-skills analysis for high-volume hiring.
Jun to Jul 2023
Helped with AI model experimentation, took part in team meetings and presented a project.
05 /Toolbox
06 /Contact
For collaborations, founder conversations, or anything in AI, quantum computing and games. Email or LinkedIn both reach me.