The hackathon runs from Friday, September 5, at 12 noon until either Saturday, September 7, at midnight or Sunday, September 8, at 12 noon depending on time conflicts.  If any participants have conflicts we will take a 12-hour break and end on Sunday instead of Saturday.


On Saturday, September 7, at 5:00 p.m. hackathon projects will be shown (in process) during the Showcase.

Register Here

Project Ideas?

  • Create an online resource center for a Wesleyan Department
  • Write a smart and highly useful Moodle 2 plugin. 
  • Create a Wesleyan-themed video game
  • Anything else you can think of!


 Each team will be provided access to a Linode VPS (courtesy of Joomah) on which to host their application. The app must live and operate solely on this instance. No additional computing resources may be used. 

  • Ideas may be brainstormed before the start time, but no implementation work may be done ahead of time. This includes coding and graphic design. Teams may, however, practice using any APIs or data sources necessary so long as none of the code involved is used in the submitted web app.
  • Teams may (and are encouraged to) meet beforehand to set up a Git workflow. Teams may also set up their server to the point of serving a basic, static web page. All other application-specific software, including frameworks and database backends, must be installed and configured during the competition. Domain names may be purchased and configured ahead of time.
  • All projects must be hosted on a GitHub repository. Teams are required to demonstrate progress by committing often, and pushing these commits to the repo regularly. At the end of the competition, the code running on the deployed application must be identical to the code in the repo's master branch. 
  • If a project depends on a screen scraped data source, the team may scrape that data beforehand. There must, however, be a substantial amount of design and coding left to do once this data is acquired. The app should build well beyond the original dataset. All scraping code must be included in the team's Git repo under a clearly labeled directory.
  • If a project requires use of a limited-access API, the team may contact the API provider for credentials before the competition begins. 
  • After the coding time frame ends, teams will be allowed to restart frozen services and do other server maintenance. However, no code changes should happen after 11:59am on Sunday. If a code change is required to prevent server failure, the team may make the code change during the judging period, but they must inform the judges and organizers of the changes and the team will suffer a 2 point penalty on the sum of their final score.



Submissions will be judged by a team of recent Wesleyan Computer Science alumni working at some of the best tech companies in the industry. Apps will be judged on a scale of 1-11 in three categories:

  •  Creativity – Does the app do something new and unique? Does it solve a problem in a novel way?
  •  Technical Difficulty  – How hard was the app to implement? Did any tough technical problems need to be solved?
  • Polish – How smooth is the user experience? Is the interface visually pleasing?

Each app's net score is calculated as creativity  + technical difficulty  + polish, summed over all four judges. In addition, students on campus will be invited to vote on their favorite app for a separate Campus Favorite award. Judging and the community vote will both take place in the 48 hours following the end of coding (1pm on Sunday September 8th to 12am on Monday September 9th).

A winner will be announced at 9a.m on Monday, the 9th of September.   



Julian Applebaum '13, Software Engineer at Squarespace, Inc    

Julian Applebaum '13, Software Engineer at Squarespace, Inc


Julian, a co-founder of WesHack, is a Software Engineer at Squarespace with more than six years of experience in web development. His first independent project was a roster and statistics management portal for his high school track team that is still relied upon to this day. Since then, he has contributed to multiple open-source projects, pursued research in psychometrics and data science, and engineered core features of Squarespace's integrated e-commerce platform. At Wesleyan, he studied Computer Science, learned letterpress typography, ran varsity cross-country, and played bass in the Top 40 Cover Band. He graduated with Honors in May 2013 and currently lives in Brooklyn.

Carlo Francisco '11, Software Engineer, Groupon

Carlo Francisco '11, Software Engineer, Groupon

Carlo is a software engineer interested in best practices and developing for the modern web. A Computer Science major at Wesleyan, he currently works as an engineer at Groupon, where he builds personalization features and has blown up over a hundred Keurig machines. He can be found on the web at, and on twitter at @jcfrancisco.

Evan Carmi '13, Software Engineer, Brewster

Evan Carmi '13, Software Engineer, Brewster

Evan is an experienced software engineer and designer, currently working as an Engineer at Brewster. He has developed Django, Rails, Python and AWS applications among others. He spent two summers at The New York Times building their 2012 London Olympics site in Ruby on Rails, created software for an award-winning professor researching Nonviolent Civil Resistance, developed a website and API for a startup, and managed a team of programmers developing software in multimedia classrooms. At Wesleyan, Evan majored in Computer Science, studied three foreign languages, worked on a Vandercook letterpress, made a book, and took a course titled Acro-Yoga in the Age of Mechanicity. He was awarded the Michael Rice Prize for Excellence in Computer Science.

Jonathan Lyons '12, Software Architect, Jaroop

Jonathan Lyons '12, Software Architect, Jaroop

I'm currently employed as Software Architect at a small Connecticut software company called Jaroop. Part time, I also work on a popular mobile application for voice translation, SayHi Translate.

I started programming when I was in middle school, later contributing to various open source projects including Adium and GStreamer. While at Wesleyan, I served as the  manager of IMS' programming group, where I helped develop projects like Roomtrol, a classroom multimedia control system, and Dashboard, a real-time display for classroom monitoring information.