Jason Chan

I am a fourth year undergraduate at UCLA studying Computer Science, where I work on robotics, brain-computer interfaces, and artificial intelligence for shared autonomy. Specifically, I am developing a multi-modal policy for generalizable robotics conditioned on neural intent. I primarily work under Jonathan Kao at the Neural Engineering and Computation Lab.

My previous work was fueled by my passion for the intersection between tech and healthcare where I employed data science for drug discovery at a research internship with Ionis Pharmaceuticals, software engineering at startup Block Clinical Inc., and research in blockchain for distributed and decentralized healthcare management for COVID-19 (under Tsung-Ting Kuo and Lucila Ohno-Machado @ UCSD's Division of Biomedical Informatics). I also worked with Dr. Lewis and contributed to open-source software cell2cell.

I am involved in my community where I am building @ Nova, Tech for Good, a pro-bono tech consulting club assisting local non-profits. I am also involved in the Japanese American community and co-wrote, co-directed, and co-produced a performance at Royce Hall showcasing traditional music, dancing, singing, and a drama component for the Los Angeles Japanese American community, with over 1,000 attendees.

Email  /  GitHub  /  Google Scholar  /  LinkedIn

Research

I'm currently researching in robotics, brain-computer interfaces, and artificial intelligence. Here are some of my past manuscripts.

SplashNet: Split-and-Share Encoders for Accurate and Efficient Typing with Surface Electromyography

A novel architecture that achieves state-of-the-art performance for EMG keystroke decoding from Meta Reality Labs’ emg2qwerty benchmark.

Blockchain-enabled immutable, distributed, and highly available clinical research activity logging system for federated COVID-19 data analysis from multiple institutions

We aimed to develop a distributed, immutable, and highly available cross-cloud blockchain system to facilitate federated data analysis activities among multiple institutions.

Inferring a spatial code of cell-cell interactions across a whole animal body

We present a computational framework to infer the spatial code underlying cell-cell interactions from the transcriptomes of the cell types across the whole body of a multicellular organism.

Classifying allergic rhinitis subjects and identifying single nucleotide polymorphisms using a support vector machine approach

Support Vector Machine to classify individuals on the basis of allergic rhinitis, as well as identify key Single Nucleotide Polymorphisms. Won Best Paper/Presentation & $1,000 Award

Projects

These include coursework, side projects and unpublished research work.

LA Waterkeeper

Partnering with non-profit LA Waterkeeper, our team created an interactive web app to help educate the public about the LA River’s history, importance, and future. The app includes an interactive map that shows active project areas along the river and highlights key project areas. Along with the interactive map, we added a key focus area on the website known as the “7 Wins,” which includes biodiversity, water supply, habitat restoration, water quality, climate resilience, public access, and cultural heritage. Through an engaging, user-friendly design, the app empowers users to learn more about the river’s role in the local ecosystem and how ongoing efforts are shaping a healthier, more sustainable Los Angeles.

Myo Armband MonkeyType

Using Thalmic Labs’ Myo Armband to collect electromyography signals, I created a mock MonkeyType data collection platform to collect in-house EMG-keystroke aligned data for our lab to quickly collect data for downstream model training and inference.

Neural Controlled Mario Kart

Inspired by Neuralink’s Mario Kart demo with their invasive implant, I created a non-invasive interface for users to play control a Nintendo Switch with sEMG signals.

CoachArt Internal Reimbursement Tool

Project lead for a non-profit partnership with CoachArt, spearheading the development of an internal reimbursement application to improve operational efficiency for 2,400+ volunteers that mentor kids affected by serious illnesses. Integrated one-click auto-PDF generation that tracked spending reports and invoices of hundreds of volunteers per month. Developed LoFi and HiFi wireframes using Figma to match branding of non-profit.

Appetite

APPetite is mobile application designed to enhance the dining experience for UCLA students. The platform serves as a yelp for the three dining halls, allowing students to rate the individual dishes and see previous reviews for dishes the dining halls is serving that day.

Design and source code from Jon Barron's website