This project is for the class ATLS 3300 at CU Boulder. Push buttons can make buzzers sound. Five buttons represented the tone C, D, E, F, G. There are two modes. The switch determines the mode and LEDs can indicate which mode we are in. In mode-1, the game handle can determine which buzzer sound. …
In this Instructable, we’ll teach you how to create your own “Would you rather… ” board game using conductive paint, an Arduino microcontroller, and some electronics components. Players take turns moving along the game path as directed by an electronic dice roll. Along the way, they answer questions each time their piece lands on an …
This project is the perfect way to level-up your pumpkin carving and reach new high scores. Using an addressable LED strip and an Arduino, you’ll be able to make a basic screen capable of playing Pacman, and a controller made of a smaller pumpkin. This was a long process so give yourself plenty of time …
Make a Pumpkin Into a Pacman-Playing Game Console! Read More »
This project was the result of an urge to contribute something to the Creative Games section of my kids’ elementary school fair. The kids loved it for it’s simple old-school game aesthetic mixed with Wii-style and Kinect-style video game control. It’s a spin-off project of an earlier Ball & Plate experiment mentioned here in the Instructables …
Two teams answer questions by pushing their button. They can score an amount of points equal to the random number of lights lit on their button. This requires some strategic choices and luck. When the teamscores meet on the large led strip, they can take away points from the other team. First one to the …
Arduino Quiz Game With Led Strip for Score and Two Buttons Read More »
The PCB business card has long been a way for the aspiring electronics engineer to set themself apart from their peers. Handing out a card that is also a two player game is a great way to secure a couple minutes of a recruiter’s time, so [Ryan Chan] designed a business card that, in addition to …
Classical Pong game implemented on an Arduino Uno using a PCD8544 LCD screen which is better known as the Nokia 5110 screen. Player bars are controlled by a potentiometer for each player. If you want the bar to go left, just turn the potentiometer left. Step #1: Connect the Arduino Uno, PCD8544 LCD screen and …
Background This is a project that was started 2 years ago which I recently decided to pick up again and finish. The purpose of the product is to test a person’s ability to memorize patterns. It does this on a 2×2 button layout where the user must replicate the LED pattern that is shown. With each successful entry, another element to the …
The project described here is a digital implementation of “book cricket game” which Indian students normally use to play in their childhood time. The heart of the project is 8 bit MCU from AVR family called ATtiny85. ATtiny85 are small and cheap microcontrollers which are convenient for running simple programs with low footprint. The software …
Digital Book Cricket Game with ATtiny 85 using Arduino Read More »
In this instructable I’m exploring the capabilities of the MKR IoT Carrier as a game console. The Carrier has everything and a bit more you need for a proper game console. A really cool circular colour display, width 256 pixels. Five touch buttons. Five RGB LEDs. A piezo buzzer. A 3 axis accelerometer. A few …
Do you edit? Do you design? Do you Game? Do you use a computer? Well the PC Palette perfectly fits your needs, be it editing, be it designing, be it gaming or even just using a computer this accessory can help you do your work efficiently. Sure there are many of these in the market …
PC Palette – a Macro Keypad With Limitless Possibilities. Read More »
Since the pandemic started, me and my housemates bought a Table Tennis table and started playing a lot of Table Tennis. I made this project so that I could monitor and test how well I perform my shots based on what the device is telling me, so that I could improve my game. I use …
Table Tennis Bat With Machine Learning AI (Arduino Nano 33 BLE Sense + TensorFlow Micro) Read More »
