Make, Build, Create & Learn. It’s GunnHacks 4.0, Gunn’s 24-hour high school hackathon.

Make, Build, Create & Learn. It’s GunnHacks 4.0, Gunn High School's 24-hour hackathon.

GunnHacks 4.0 is scheduled for October 27-28th, 2017 at Gunn High School in Palo Alto. Teams start working on their hacks (at 7:30 AM) after the Friday evening kickoff and continue working till Saturday afternoon (3:30 PM). All submissions MUST be made here on Devpost. Videos are optional.

View full rules

Prizes

1st Place

1st Place at GunnHacks 4.0! MLH 1st Place Medal.
4 Amazon Echo Dots.

2nd Place

2nd Place at GunnHacks 4.0! MLH 2nd Place Medal.
4 Google Chromecasts.

3rd Place

3rd Place at GunnHacks 4.0! MLH 3rd Place Medal.
4 Bluetooth Speakers.

Best Game

3D joysticks.

Best Beginner Hack

Wireless mice.

Best Hardware Hack

Rasberry Pis.

Best Domain Name from Domain.com

Raspberry Pi & PiHut Essential Kit

Best Use of Amazon Web Services

$250 Amazon Web Services Credit

Best IoT Hack Using Qualcomm Device

DragonBoard 410c and Power Source for Each Team Member

Devpost Achievements

Submitting to this hackathon could earn you:

Eligibility

You must be a high schooler & present at the hackathon to participate.

Requirements

You must select which sponsor prize you're going for if applicable. Make your project, submit your hack to Devpost and attend the GunnHacks presentations to show off what you built.

You must demo and submit on Devpost in order to be eligible for prizes.

Judges

An awesome panel of judges

An awesome panel of judges

Judging Criteria

  • Technical Difficulty
    Is the hack technically interesting or difficult? Is it just some lipstick on an API, or were there real technical challenges to surmount? This is the most important criterion that your hack will be judged upon for the general prizes.
  • Practicality
    Is the hack practical? Is it something people would actually use? Does it fulfill a real need people have?
  • Creativity
    Is the hack more than just another generic social/mobile/local app? Does it do something entirely novel, or at least take a fresh approach to an old problem?