Hackster.io projects using Texas Instruments parts
Notice: The projects below are hosted by Hackster.io and posted by the Hackster community. By clicking on a project, you will be leaving Texas Instruments’ website.
Student projects
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OpenCV hand tracking to control the flight of a quadcopter via a TLV5610 DAC and MSP430 translation.
A TI MSP430-based robot that uses photoresistors to sense piano tiles and servo motors to tap them on an iPad screen.
Nothing feels better than a cold room on a hot day, and with a handpicked array of sensors and instruments, thats exactly what you can get!
Our device was a self-powered, wireless sensor node for use in Internet of Things applications.
Our project teaches infants how to gauge distance, improving depth perception through the use of the song "My Heart Will Go On. "
Want to brighten up your day? Whether preparing for a party or setting a relaxing ambience, Ray of Light™ will de-LIGHT you every time.
LoopMaster allows you to create musical melodies or riffs, regardless of skill level or knowledge using "instruments" created in-house.
We've created a theremin with variable pitch and volume without any of those nasty electric fields.
The robot is connect to my mobile phone with bluetooth, so I can send data to control robot over my mobile phone.
State-of-the-art door security system. Keep out all unwanted guests!
A toothpaste dispenser using Texas Instruments MSP430-EXP430G2 MSP430 LaunchPad, 2 IR sensors, and a RC servo.
We chose to design the ELEC version of Simon Says, Simar Says, by combining many Grove kit modules and coding techniques learned in class.
Showcase of Wi-Fi game systems from Spring 2019 EEL 4930 course at University of Florida.
Kanin McGuire, Connor Peskin, and Samuel Diaz's ECEN 2440 Final Project. We are creating a mobile Particulate Matter Sensor with the SPS30.
Enhance your gaming experience with speed-adjustable color shifting RGB gamer lights!
An addicting game that will challenge your memory and fine motor skills!
Photo sensor that connects to the motor. When it detects light, it drives the robot forward. Since board is broken, only one motor works.
A fun little musical instrument that plays tones and changes speed while moving your hands up and down.
Our project teaches infants how to gauge distance, improving depth perception through the use of the song "My Heart Will Go On."
Line following robot car that changes the color line it follows based on a trigger shown in front of the car.
Cure your phone addiction and increase your productivity with this state-of-the-art phone cage, a jail cell for your cell phone!
The Benedictus Gauge reads the temperature and humidity and displays it on a 4 digit display upon sound activation.
Counting is the building block of modern technology, so come count with us and Make It Count!
Balancing two-wheel robot with an onboard camera. When different colors are seen, the robot executes different trajectories.