Projects

Extended reality and machine learning work, from clinical research tools to things I built to learn how a new technology works.

Healthcare & Research

rocket_launch

2023 – Present

VR Vision Suite for Spaceflight

Virtual Reality / Ophthalmology / NASA

A suite of visual ophthalmic tests in VR for monitoring eye health in microgravity and understanding Spaceflight-Associated Neuro-Ocular Syndrome (SANS). Being piloted in the Student Outreach Clinic as a feasibility study.

Curiosity Kids

Snap Spectacles / Lens Studio / Hackathon

A child-centered curiosity engine that encourages kids to interact with and learn from the world around them. AWE Reality Hack 2026 finalist, top 4 of 20+ teams.

2021 – 2023

VR Disparometer

Virtual Reality / C# / Honors Thesis

Tracks patient eye movements in VR to better understand how people with strabismus perceive stimuli. Inaugural project of the Visualization Lab at Stanford's Wu Tsai Institute.

AR X-Ray Visualizer

Augmented Reality / HoloLens / C#

Visualizes scattered x-ray radiation in interventional suites on the Microsoft HoloLens 1. Resulted in a poster presentation.

RETFound for Glaucoma Detection

Deep Learning / OCT Imaging

Evaluating RETFound, a foundation model, for glaucoma detection in macular optical coherence tomography images at the Stanford Byers Eye Institute. Manuscript under review.

See publications arrow_outward

neurology

2019 – 2020

TMS EEG Field Visualizer

Augmented Reality / MATLAB

An AR application to aid Transcranial Magnetic Stimulation technicians by visualizing EEG fields of stimulated brain areas using precomputed MRI patient data. IMMERS Lab, Stanford.

Phone screen showing a translucent AR hand pose overlaid on a user's real hand

2019

Stroke Saver

Augmented Reality / Unity / C# / Azure

A mobile AR app that teaches hand poses and guides stroke survivors through rehabilitation exercises, using computer vision to check form and give live feedback.

precision_manufacturing

2021

Bayer VR Operator Training

Virtual Reality / 3D Optimization

A VR training program to help Bayer operators learn complex equipment terminology. Reduced the polycount of the 3D equipment models by 90%.

Creative Tech & Experiments

Projects built to learn how a new technology works, by making something fun with it.

Disassembled DIY VR headset parts labeled HMD housing, VRduino, IMU, Teensy and LCD, above a stereo teapot render

Making Reality

Optics / OpenGL / GLSL / JavaScript

A fully functioning VR head-mounted display built from the ground up, combining perception and presence research with hardware (optics, displays, microcontrollers) and software (JavaScript, OpenGL, GLSL).

Pac-Man maze, a first-person 3D maze, an Arduino breadboard, and a shirt wired with vibration motors

Pac-Men

VR / Arduino / Haptics

The retro classic from a first-person perspective in a self-coded VR headset, plus an Arduino shirt with 4 vibration sensors that buzzes in the direction of the nearest ghost.

Falling-note piano game above an AKAI MPK mini MIDI keyboard

Improwise

MIDI / Game Design

A game that pairs a physical MIDI keyboard with a graphical interface to teach players with autism spectrum disorder to improvise on a keyboard.

A creature rising from dark water in a horror game scene

The Maze of Horrors

Biofeedback / Neurosky EEG

A horror maze where the escape timer is driven by the player's heart rate and focus, read from a Neurosky EEG biosensor.

Player's hands over a Leap Motion sensor controlling a pink 3D brick-breaker game

Brick Breakers

Leap Motion / 3D Game

A 3D brick-breaker game that tracks the player's hand with a Leap Motion sensor and uses it as the paddle.

Snap Lens

Lens Studio / Face Tracking

AR Snapchat lenses and filters made to celebrate the release of Glass Animals' album Dreamland, used by hundreds of fans.

Low-poly floating islands with wind turbines and a stilt house on the sea

3D Digital Art

Blender

Modeling and texturing my own 3D assets in Blender for VR apps and digital art.