When is QuackHacks?
The event will be from November 15th to 16th. The event is located in the EMU Ballroom. Check-in will open for hackers at 9am and the opening ceremony will start at 10am.
Who can participate?
QuackHacks is open to all active students regardless of university, plus University of Oregon alumni from the past 2 years!
How many people can be on a single team?
We do not have a set limit on team size but we recommend a team of four. That tends to be the sweet spot for allowing everyone in the group to take an active role. We also only provide four prizes for teams that place!
Do I have to have a team to participate?
No. We will have team matching during the event itself and there is the team-building channel to look for teammates. You can also come with a team or plan to work solo. Whatever works for you!
What kind of project can I make?
Anything you can dream of! Some past QuackHacks projects include games, apps, websites, and productivity tools! We encourage exploring your interests and freedom in project selection. We do NOT allow expansion of past projects, no matter who built it. Open source libraries and frameworks are allowed. Everything presented to judges must be your own original work developed during the hackathon. Our team is happy to answer questions!
Can I start on my project before the hackathon?
You can not work on a project you started before the hackathon. Ideation before the hackathon is allowed, but all implementation must occur during the hackathon.
Will there be hardware I can use?
Yes, we will be offering Raspberry pi's, Arduino, Google home for teams to checkout
Is it free?
QuackHacks is completely free to participate in. No fees, just learning, building, and having fun.
Will food be provided?
Yes! Meals, snacks, and drinks will be provided for free.
Prizes
Overall prize: 1st Place
Nintendo Switch 2 Game Console for each participating team member (Up to 4 team members) + MLH winner pins
Overall prize: 2nd Place
WH-1000XM4 Premium Wireless Noise Canceling Headphones for each participating team member (Up to 4 team members) + MLH winner pins
Overall Prize 3rd Place
Arc'teryx beanie for each participating team member (Up to 4 team members) + MLH winner pins
Game Development Track by Pipeworks Studio
Gift cards and resume expedition
The Pipeworks Game Dev Track invites you to build anything that uses game-development thinking or techniques. You can create a playable game, a prototype, a tool for designers, or even a new mechanic or engine feature. Whether your project is focused on fun, purpose, or innovation, it belongs here if it’s interactive and rooted in game-dev principles. No prior experience required — this track is about learning, creativity, and exploration.
Make something interactive — a game, tool, or new mechanic
Focus on creativity and experimentation over polish
You can go traditional, gamified, or experimental
The top three teams in this track will also have their resume reviewed directly by Pipeworks for potential opportunities.
Polymarket Track
Polymarket swag
The Polymarket Track invites you to explore decentralized prediction markets — where real-world events meet blockchain-powered trading. This is Polymarket’s first-ever Oregon hackathon, and we’re looking for innovative builders to create tools, analytics, and experiences that push the boundaries of forecasting and market design.
Use Polymarket’s APIs and data to build forecasting, trading, or analytics tools
Explore AI-driven bots, market dashboards, or sentiment-based systems
Experiment with real-time order books, on-chain data, and gasless transactions
Compete for career opportunities — top 3 teams’ projects and resumes go directly to Polymarket for hiring consideration
Judging focus: originality, technical depth, and market insight
Data Science Track
Apple Watch SE 3 for each participating team member (Up to 4 team members)
Use data to discover insights, predict trends, or visualize real-world problems.
From dashboards to ML models, this track rewards teams that turn complex data into clear and meaningful impact.
Use a real dataset (CSV, API, scraped, or sensor-generated)
Apply analytical or modeling techniques (regression, clustering, NLP, etc.)
Visualize results with charts, dashboards, or model outputs
Explain methods and insights clearly in your README
Judging focus: correctness, clarity of insight, and relevance
[MLH] Best Use of Gemini API
Google Swag Kits
It’s time to push the boundaries of what's possible with AI using Google Gemini. Check out the Gemini API to build AI-powered apps that make your friends say WHOA. So, what can Gemini do for your hackathon project?
Understand language like a human and build a chatbot that gives personalized advice
Analyze info like a supercomputer and create an app that summarizes complex research papers
Generate creative content like code, scripts, music, and more
Think of the possibilities… what will you build with the Google Gemini API this weekend?
[MLH] Best Use of DigitalOcean Gradient™ AI
Retro Wireless Mouse
DigitalOcean GradientTM AI is a unified AI cloud for building, training, and deploying machine learning models and AI agents. Get access to GPU infrastructure like DigitalOcean GPU Droplets and Bare Metal servers, along with serverless inference and 1-Click Models for instant deployment of your favorite LLMs!
Sign up for DigitalOcean today and get $200 worth of free credits that you can use towards building your next Gradient-powered hack. Enable your next project with DigitalOcean GradientTM AI for a chance to win some great prizes for you and each of your team mates!
[MLH] Best Use of Snowflake API
Arduino Tiny ML Kit
Play with industry-leading LLMs on a single account using the Snowflake APIs. Adding AI capabilities into your application can be as simple as a single CURL command to Snowflake’s REST API.
Build customized applications, RAG powered chat bots, or embed AI-powered features into your app in half the time with half the hassle. Get started for free with a special, student 120-day Snowflake trial and check out this repository for an example of the Snowflake REST API in action.
[MLH] Best Use of ElevenLabs API
Wireless Earbuds
Deploy natural, human-sounding audio with ElevenLabs. Create realistic, dynamic, and emotionally expressive voices for any project, from interactive AI companions to narrated stories and voice-enabled apps. ElevenLabs will empower you to build rich, immersive experiences without the need for actors or complex audio production, using simply the power of AI.
Integrate fully autonomous audio experiences into your hack with ElevenLabs and give your project a voice, along with giving your team the chance to win some wireless earbuds!
[MLH] Best Use of Presage
SenseCAP Watcher & Presage Perks
Presage is pioneering the Human Sensing Layer, enabling any application to understand a person’s real-time physical and emotional state. With Presage, you can leverage clinically-proven vital signs, movement, emotion, and/or focus tracking to build a project that gives the standard camera super powers.
Use any of the Presage SDKs to integrate capabilities like real-time heart rate, breathing rate, engagement levels, and facial expressions into your hack with just a few lines of code.
Imagine the possibilities!
Immersive Gaming & Entertainment: Dynamically change game difficulty, music, or story elements based on a player's real-time excitement or focus levels.
Contactless Wellness & Fitness: Build a non-invasive app that monitors stress, recovery, or fitness performance without requiring a specialized wearable device.
Accessibility & Security: Utilize vital signs for advanced, effortless authentication, or to enhance accessibility for specific user groups.
Productivity: Design a tool that tracks focus or stress in real-time, providing feedback or environmental adjustments to optimize remote work or study sessions.
Build your next hack with Presage and show us the future of human-computer interaction! Best Use of Presage winners will receive SenseCAP Watchers for each team member, along with the following perks from the Presage team:
A Free design consultation with a Presage application deployment expert
Free refills for Presage Development credits to accelerate you through your next three months of building
30% off all Presage usage charges for your first year after going live
[MLH] Best Use of Solana
SenseCAP Card Tracker
The world of development is evolving fast and Solana is leading the charge with a network built to handle all of your infrastructure needs. Forget high fees and slow confirmations, it’s time to build applications that are fast, efficient, and scalable.
Harness Solana's core advantages like blazing fast execution and near-zero transaction costs to make your hackathon ideas become real world projects. With Solana, the possibilities are endless.
Create a game, social app, or consumer product that relies on instant, high-frequency transactions.
Design a sophisticated trading, lending, or decentralized exchange (DEX).
Build a prototype for supply chain, identity, or payments that can handle massive, real-world volume.
Show us how you can innovate with Solana for a chance to win some cool prizes for you and each member of your team!
Devpost Achievements
Submitting to this hackathon could earn you:
Judges
Chris Dawson
Ceo @ Arcimoto
Sumeet Singh Arora
Staff Software Engineer @ Meta
Trevor Dilly
Co-Founder & CTO @ Devswarm
Hank Childs
Professor @ The University of Oregon
Naookie Sato
Software Development Engineer @ Amazon
Eric Wills
Professor @ The University of Oregon
Danny Lu
Staff Software Engineer II @ Meta
Andrew Meuhleisen
Professor @ The University of Oregon
Phil Colbert
Professor @ The University of Oregon
Judging Criteria
-
Innovation
How technically impressive was the hack? Was the technical problem the team tackled difficult? Did it use a particularly clever technique, or did it use many different components? Did the technology involved make you go “Wow”? -
Originality
Has this project been done before at hackathons in the past? How creative is their project in solving the problem at hand -
Practicality
How useful is the hack in relation to the problem it's trying to solve? Is it good at its “job”? Can it be applied to other use cases, or are there edge cases that aren’t addressed in the final product? Is it easy to use? -
Execution
Is the product finished? Given the amount of time to create the hack, how polished and refined is the final product? Does it look “clean”? -
Learning Thoughts
Did the team stretch themselves? Did they try to learn something new? What kind of projects have they worked on before?
Questions? Email the hackathon manager
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