Projects made with Texas Instruments on Hackster.io
Control your Robot from anywhere using the ARMA IoT shield for UNO and the Blynk App which provides the user interface.
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Make the LED ON, OFF and control the intensity based on the brightness of the surroundings and alerts for a sudden change in the brightness.
Learn how to quickly develop and launch IoT projects and applications using TI hardware and software
The world’s most efficient way to mix tea
This is a solar tracking charging system for the DSTR robot. Sponsored by Texas Instruments and Texas A&M.
This project automatically unrolls toilet paper to allow the user a much more relaxing and care free time on the throne.
Display dynamic Lissajous figures on an 8x8 LED matrix (or 64 discrete LEDs) with a PIC16F627 microcontroller.
Hovering Beachball powered with Siemens SDI TAPAS, a 48V GaN based three phase community inverter board with onboard filters.
The Educational BoosterPack MKII has a nice 128X128 color display. I'm presenting a way to show bitmaps on that display.
Concerned about IoT privacy on the cloud? Blynk offers an interesting option for improved security with a local server.
This is a driver written in C that is compatible to work between the iRobot Create 2 and the MSP432P401R microcontroller.
We created a mini electronic drum machine with three different drum noises, that will spark creativity for anyone anywhere!
The LM555 generates an electronic horn signal which is amplified by an LM386. The horn can be used on a car, scooter, cycle, and motorbike.
A mini piano synthesizer running on Arduino UNO. The main objective of this piano being his ability to function independently.
You'll learn how to construct your first Arduino robot car and create your chassi.
A device + app that allows you to access features of your phone while driving, without taking your eyes off the road.
We all love playing with RC toy cars. In this mini project let's create an RC toy car using a bunch of wheels, motors, Arduino & nRF24L01.
Wearing shirts and shorts, but it's 40 degrees outside? Wearing a hoodie and sweats, but it's 103? Never again with a TEMPorary Solution.
FourFace is a capacitive touch, four player pattern-recognition game in the vein of the 80's electronic game, "Simon".
Unlike others, we have mounted our ultrasonic sensor on a servo.
Our names are Kevin Lata, Stephen Marcon, and Jos Malig-on. We are freshmen from Rice University and this is our ELEC 220 Spring Project.
Using Alexa to check the status of internal weather conditions to keep animals safe in enclosures.
Touch AC and DC as it flows through circuits. Feel current within products and behind walls!
Want to throw a party but don't want to pay $$$ for a speaker and party lights? Look no further than our state of the art party speaker!