Overview

Product manager for Google Maps. Excited about using data to tell stories and make good decisions.

  • Polished off a degree in Symbolic Systems (Computer Science + Cognitive Science) at Stanford in 2015
  • Concentrated on Human Comuter Interaction with side helpings of Natural Language Processing and Artifical Intelligence. I also love data visualization and fancy javascript.
  • I did two software engineering internships at Opower , where we used data and behavioral science to motivate people to use less energy.
  • I discovered product management at Google in 2014 and haven't looked back.
  • I joined Google's APM program, where I worked in Android on Google's IoT strategy.
  • I now work for Google Maps , bringing Google's incredible geospatial data to developers.

Real World Games

Here's a talk I gave at Cloud Next (Google's giant, 10,000 person enterprise conference) on the trends and outlook in the space of "real world games" -- we're seeing more and more developer demand to build augmented realities based on real world data.

Old Projects

I can't say much about what I work on now, but here's a bunch of old work!

Natural Language Processing


Softmax RNN for Short Text Classification

An implementation of the Softmax Recursive Neural Network (SRNN), a deep learning algorithm for text classification. The model jointly learns vector representations of words, a method of merging word representations into document vector representations and a classifier over the document vector representations. Merging is done over a binary tree structure of the document. For a specific task, we show that the SRNN can learn low-dimensional, continuous representations of documents that are superior to the traditional bag-of-words representation for the purpose of classification. Furthermore, it produces high quality domain specific word vectors in the process. Read the paper.

Johns Hopkins Summer School on Human Language Technology

Intensive summer training at the Natural Language Processing mecca, including projects on information retrieval, statistical machine translation, speech recognition, speech perception, and automatic transcription. Example projects included training a named entity tagger using conditional random fields and building an HMM aligner for English-French translation.

Sentiment Analysis

This project aggregated and tracked the sentiment for Opower's cilent utilities across the twitter sphere. It also had a fancy data visualization on the front end to track sentiment over time. We got to watch, live, as sentiment for East Coast utilities tanked as Hurricane Sandy hit.

Technologies: Used sentiment 140, and existing sentiment analysis engine, the Twitter API for the data. Used Rails and d3.js for the front end.


Front End


Springboard

An app that enables users to meet their daily goals by magnifying personal success into positive social impact. Charities are desperate to connect with donors. Meanwhile, potential donors want to help but feel disconnected from problems aren't part of their daily lives. SpringBoard connects busy people to great causes, adding motivation and meaning to even the most mundane tasks. Read more here.

Technologies:
iOS, proto.io.

D3.js Skill Map

An interactive map that I designed to represent skill sets in more dimensions than traditional resumes could muster. Play with mine here.

Technologies:
d3.js, JSON, HTML.

Zane Nelson.com

An example of a one-page, personal website that I made for my grandpa in about three hours but that still somehow looks better than most things I make. See it live.

Technologies:
HTML, CSS.


Full Stack


Comparar

Comparar is a website where you can compare anything to anything else and discover, definitively, which is best. We agggregated metrics from all of the hottest APIs to determine a score for the items being compared. We also allow the user to buy the winning item on amazon.com. Comparar represents a giant step toward ending healthy debate worldwide. Click here to start winning arguments. Watch our big launch announcement.

Technologies: Python, Django, Heroku. APIs: Twitter, Thesaurus, Gender Guesser, Angel List, Google.

Quizness

A site for creating, taking, and sharing quizzes with a fully fleshed out feature set including:
Permissions: Privacy settings, non-registered access, cookies, user profiles.
Social: Tags and categories, friend requests, user profiles, acheivements, internal mail.
Competition: Internal rating and review system, quiz and score history, challenges.
Quiz Types: Fill-in-the-Blank, Multi-Choice, Picture-Response, Practice Mode, etc.

Technologies: Java, Javascript, XML, HTML, CSS.

Warmville

While working at Opower, I made Warmville, an existing Rails app, compatible with a wifi thermostat communication protocol. I also built warmvilla-ui, and angular.js app desgined for end-to-end testing of Opower's smart thermostat product.

Technologies: Ruby, Rails, Javascript (Angular), HTML, CSS.


Theory


Cyclical Substring Alignment

Finding the longest common subsequence (LCS) is common algorithms problem with, weirdly enough, lots of really useful applications. The CLCS problem extends LCS to the problem of cyclic input strings. In this project, we present an algorithm for solving the cyclic longest common subsequence (CLCS) problem that runs in O(mn) time. Read the paper.

HMM Business Type Prediction

This project aimed to uncover latent structure in utility data without explicit feature engineering. Our goal was to predict business types based on energy usage data. In other words, can we tell the difference between a strip club, a grocery store, and an elementary school just by knowing how much energy they use, and when? We learned a set of states to capture hidden features by training a separate HMM for each business type. We hypothesized that the hidden states for each business type might correspond to open/closed hours, perhaps with a third state for peak usage. Read the results.

Cartography

I helped develop new styling for terrain maps while working for Google Maps. I'm not actually allowed to say much more than that. But it involved lots of fancy interpolation and lots of time with this book. Also, the image above is not an image from what we were/are working on. Because, obviously.