Hi, I'm Eddie Xue
Hi, I'm Eddie Xue
Tinkerer, explorer, builder. Formerly Snapchat, Calico, MIT '14.
Tinkerer, explorer, builder. Formerly Snapchat, Calico, MIT '14.
EDUCATION & EXPERIENCE
I build software at all levels. Drop me a line if you'd like to chat about a project, or have a problem you want to solve. Most recent endeavors and projects: a Chrome extension for language learning, global logistics and tariff automation, and fleet management tools.
Calico Life Sciences (Google)
August 2018-March 2020
Built web tools for anti-aging research using React, deployed Dockerized production versions on Google Compute Engine
Built high-throughput lab management software and user interfaces
Built computer vision pipeline to speed up experimental image analysis, using TensorFlow, neural nets.
Snapchat
January 2014-February 2018
Security + software engineer: iOS, web, infrastructure
Device distributed machine learning
Secure messaging + push notification infrastructure
Web platform: Live Stories, Discover, Official Stories
Massachusetts Institute of Technology
BS Electrical Engineering and Computer Science, 2010-2013
Quora intern
June-August 2013
Growth team: A/B testing, infrastructure, and viral sharing.
Google intern
June-August 2012
Google Glass experimental hardware and machine learning
Paperlinks intern
June 2011-May 2012
QR Codes made easy: building iPhone application, custom QR code generator, and customizing images and formatting
Y Combinator Summer '11
PROJECTS
Here's a sampling of projects I worked on
Improve your public speaking skills by getting instant feedback when you talk into your computer's microphone. Gathers data from speech-to-text for filler words, volume and pitch data.
Own project, built in JavaScript. Creds to Jackie Xu for design & frontpage
Parcupine - People Powered Parking
Use mobile technology to replace hardware meters for monitoring demand and usage. Reduce congestion in high-demand areas by adjust street parking pricing and encouraging shifts of commuter behavior during low-availability times.
Cities do not need to deploy expensive, in-ground sensors and can reduce enfocement labor by using violation likelihood heuristics.
I worked on the iOS application as an undergraduate researcher at MIT.
A mobile navigation application guides users by projecting directions onto physical spaces with a light, both indoors and outdoors.
Guiding Light uses accelerometer, proximity senseor, magnetometer/e-compass and physical tags to locate a user in various environments.
I built specialized hardware running on embedded systems in C++, collected data, and built an Android application.
MIT Media Lab, Speech and Mobility Group - Chris Schmandt, Jaewoo Chung, Ig-Jae Kim, Kuang Xu
CONTACT ME
Twitter
LinkedIn
Quora
