Hackster.io projects using Texas Instruments parts

Mini-cooler powered by the Peltier module, designed for temperature setpoint control.

Humanoid Robot designed to walk like human beings with the potential of acting as workforce in different application areas.

Need to make a a small boat hull or shaped foam insulated enclosure? Let's heat up some wire and get to work with CNC precision.

Visualize the IOTA-MAM upload and download data streams of your sensors using node-red!

To design a basketball net which is able to count the number of successful baskets done by the player each time he/she throws the ball.

Designed and built an autonomous braking collision avoidance system for a remote control car using Sonar and LiDAR sensors.

This robot follows a dedicated path and can prove to be extremely useful in warehouse management, hotel industry and medical domain

This project is a wireless drone that can be controlled using the Blynk app on your phone. It has an autonomous mode that avoids objects.

This project consists of designing a motor controller that will operate a 48V, 1hp BLDC hub motor.

Generation of wood gas (fuel) using waste around us.

Processing language is hard. Fortunately, it can be offloaded to giants such as Google, Amazon, Microsoft, or IBM. Welcome to the cloud.

Save the Earth with this light detector which measures and displays the light intensity in an environment.

Playing with toy cars and buttons has never been so fun!

Inspired by the Hammond Organ, this device generates sound with custom tonewheels made using easy to find parts and a simple control scheme.

Low-cost IoT Gateway made with open-source software and hardware. Software includes temperature, humidity, and ambient light sensing.

Take the worries of booking gas cylinder away use our innovative cylinder stand.

The goal for this project is to control the position of a ball on a beam that is actuated by a motor while using 5 LED lights as indicator.

This system can be used as both a backup radar and a collision warning system.

A portable socket board is designed that can be controlled through internet. It provides portable automation solution of devices with ease.

Have your friends ever gotten mad and accused you for button mashing at Super Smash Bros? Well now your name is cleared!

This is a driver with user-friendly functions that provides interface between the Pixy2 and the MSP432P401R microcontroller.

We can send this robot to remote places where humans cannot reach, and can also get the temperature of that place.

This project merges the electrical control board and chassis of an RC car into one!

Optimize the energy consumption by activating your appliances only when human being are present in a room.