Hi, I'm

Lucy B. Locks

Game dev and researcher

About me

I'm a computer science student @ MIT. I like to make psychedellic games with lots of fractals. My academic research focuses on accessible software that helps people understand their mental and physical health.

My favorite things include: paleontology, history of religion, cooking, music production, digital art, JRPGs, and programming.

Games

Lucid Blocks

Published on Steam (2026)

Explore, build, and survive in a cryptic expanse oozing with dreamlike oddities and esoteric critters.

A video of Lucid Blocks gameplay

fractiwi

Ranked #4/256 in LowRezJam (2024)

Another mini RPG, but now surreal and exploration based. The debut of the bubblebears.

A video of Fractiwi gameplay

Void Fish

Ranked #20/568 in Fish Fest (2024)

A procedurally generated horror game where you must protect your flock of fish from the deep, desolate ocean.

A video of Void Fish gameplay

Woof Wizard

Ranked #1/289 in LowRezJam (2023)

A mini RPG with action, adventure, and laser-shooting fish.

A video of Woof Wizard gameplay

Sand Slide

Published on Google Play Store (2023)

A dynamic and physics-based sandbox game with 100+ elements and a custom element editor.

A video of Sand Slide gameplay

Night Shuriken

Ranked #1/38 in Texas Game Jam (2022)

Trapped in a dark warehouse, mysterious figures start to come alive. A short thriller shooter game.

A video of Night Shuriken gameplay

Research

Brain Health App

MIT Mobile Technology Lab (2026)

An app that uses consumer EEG and fNIRS wearables to make cognitive impairment screening more accessible. Work-in-progress.

Screenshot of the Brain Mandelbulb reacting to EEG data

GD Fractals

MIT Computer Graphics Final Project (2025)

A Godot add-on that seamlessly renders 3D fractals based on user-designed shapes.

Screenshot of the 3D fractals rendered in Godot

GD Mobile Physiology

MIT Mobile Technology Lab (2024)

A library that uses phone sensors to measure heart and breathing rate. Used in Nāda, a biofeedback meditation app.

Screenshot of physiological signals and a singing bowl app using this library

Protein Visualizer

MIT Manolis Kellis Lab (2024)

An interactive visualization of biological protein structure and behavior using machine learning.

Screenshot of the protein visualizer rendering a detailed and colorful protein structure