HackHardware

Thank you to all the hackers for coming out to this event and sharing your amazing creations with us! We enjoyed all the projects that you have created and enjoyed learning about your creative process. Thank you to all of our sponsors, judges, mentors and organizers for making this event possible! If you are interested in participating, keep an eye out for next year's HackHardware 😉.

Do you like snacks?

Here's a project idea using the Machine Learning Kit that classifies M&Ms:
https://create.arduino.cc/projecthub/8bitkick/classify-candy-in-free-fall-using-tinyml-2836bf?ref=platform&ref_id=424_trending_part__&offset=3

Not interested in M&Ms? This project classifies fruits:
https://blog.arduino.cc/2019/11/07/fruit-identification-using-arduino-and-tensorflow/

All materials besides your laptop and food is provided!

Classify Candy in Free Fall Using TinyML Using the Arduino KNN library to classify the color of M&Ms we throw at it. By 8bitkick.

Here is a fun project idea to get you started on the Machine Learning Kit! This project shows the steps on how to use an Arduino to recognize different gestures! All materials in this project will provided (except your laptop ;))

Get started with machine learning on Arduino This post was originally published by Sandeep Mistry and Dominic Pajak on the TensorFlow blog. Arduino is on a mission to make machine learning simple enough for anyone to use. We’ve been working with the TensorFlow Lite team over the past few months and are excited to show you what we’ve been u

Here are some fun project ideas for the Muscle Sensor kit! Although not all items listed in this projects will be provided, we hope these projects will inspire you during the Hackathon to create something new or find a creative way around it!

Music Muscles: https://www.instructables.com/Muscle-Music-With-Arduino/

Electromyography: https://how2electronics.com/electromyography-emg-with-myoware-muscle-sensor-arduino/

Electromyography with MyoWare Muscle Sensor & Arduino Interface MyoWare Muscle Sensor with Arduino Code/circuit. Electromyography (EMG) is evaluate record electrical activity of skeletal muscles

Here's a sneak peak of the muscle sensors! This guide gives you all the basic information that you need to know to get started with the muscle sensor kit!

MyoWare™ | Harness the power of your muscle signals! Wearable Muscle Sensor Platform - 4th-gen sensor - Arduino compatible - Control robots, prosthetics, video games, & more!

The robotics kit comes with all the materials that you need to build a robot car! If you want to learn more about the specifics of starting on this project and robotics, check out this videos:

Introduction to Robotics and Robots for Beginners Tutorial Share your videos with friends, family, and the world

Curious about the robotics kit? The robotics kit has all you need to create this smart robot car but feel free to expand or create a different/new project with the materials that we provide!

Building the Elegoo Smart Robot Car | DroneBot Workshop The Elegoo Smart Robot Car V3 is an Arduino-based robot car with features like Bluetooth remote, IR remote, line following, and collision avoidance. In the first of a three-part article I will show you how to assemble and test the Robot Car.

Need inspiration? Here's another project idea using the LED Kit.

This project simulates rolling a dice but using LEDs instead. Materials listed in the project will be provided!

LED Dice Learn how to simulate throwing a dice with the Arduino and 6 LEDs! By EvdS.

Due to the amount of applications we have received, the hacker registrations will close tomorrow at midnight. Make sure to sign up before then!

Are you interested in creating a project but don't know where to get started? First time using an Arduino? Here's a simple project idea for the LED kit!

Create a simple 3-bit calculator to help solve your math equations! All the materials listed in this project will be provided in the kit.

3-Bit Binary Calculator Using Arduino Uno This project can add two 3-digit binary numbers to turn into a 4-digit binary number. Math homework solved! By 22warehamD.