Full Stack Human
Resume | Github

This is a web app for measuring and tracking knee angles. "Flexion" is the amount you can bend your knee. Most people have around -5 - 150° of flexion. However, if you're recovering from knee surgery, your range of motion will be much more limited, and you'll need to do daily exercises to recover it.
This PWA uses your device's camera and a machine learning model to detect knee angels

Using the Oculus Rift, I built an app that lets you "fly through" a MIDI song, controlling your ship with the position of your head. It's kinda like guitar hero in VR. If you have a mac and an oculus, you can get the app here!

This is a neat little Arduino project which turns your arduino into a polyphonic tuner. The tuner tells you what chord you are playing! Works with all MIDI instruments and it has a passthrough mode so that you can plug it into an existing setup without needing a splitter cable.

I build a website for my house in college. I hooked it up to a Particle Core so that my roommates could check in and out of the house. Useful for when we are locked out!

Currently leading the H@B dev team. Hosted on Google App Engine, using Google Cloud SQL. I built the whole infrastructure of the app. A lot of cool usability stuff including: JS unit tests, functional testing with selenium, python unit testing. Linting, hinting, and tests employed in push hooks to keep code clean. We write isolated CommonJS modules and Browserify them so we serve one JS file per page. We work in an agile fashion, using a scrum-style Trello board.

Using D3 and NYPD-issued stop-and-frisk data from the last 13 years, we built a classifier to display the probability of being stopped relative to an average New Yorker based on different demographic data. Then, we compared this against income and demographic data in different areas.

I am one of the most active members of the hackatbrown webdev team. Our website serves over 2200 applicants.

This simple but beautiful little project attempts to generate something like a city map using different paths on a random walk. It's easily customizable and pretty. There's a jar you can run here.

This project (Java) handles real-world map data and provides path information. You can pan around and click points on the map, or you can use the input fields to input cross-streets and find paths between them. It connects to a traffic server and dynamically updates clients with traffic information. The project is backed by a few interesting data structures.

• KD Tree - Handles the nodes in the map. It has a custom constructor which reduces construction time to k*nlogn. The KD Tree also allows us to specify the boundaries of the map.


• Radix Tree - Provides autocompletion results for each street. Faster and more efficient than a typical trie, it also creates suggestions based on levenshtein distance, possible whitespace errors, and bigram frequency.


• Binary Search File - A custom wrapper for Java's Random Access File - this class has numerous optimizations that allow for quick retrieval of information from the Random Access File with minimal system calls.

The project uses multiple threads to ensure that the frontend GUI remains responsive no matter what kind of requests are being made to the server.

Crowd-controlled cookie crushing. Websockets, Streaming Video, Intel Edison.

This is a little app to help you pair off members of your team for lunch dates.

This is the beginning of a game which allows you to draw your own sprites to overcome obstacles.