Hackster.io projects using Texas Instruments parts

The robot detects obstacles with Lidar, plans the path with A* algorithm, then travels through the path with motion tracking.

This is how to read TV remote signals with Texas Instrument C2000 series TMS320F28379D LaunchPad.

Count button clicks with a 7 segment display

What's better than a robot car you can drive? What about one that picks up small objects and assists a bad driver.

We designed a simple headcounter to provide a fast and easy way to keep track of a headcount to stay safe and organized!

This robot car's motion is controlled by the direction you tilt your hand, with a gripper that opens and closes when you bend your fingers.

LED matching sequence game to test your memory; reach the end and brag your status as Juan of the Juanderful Few!

Not sure what colored light best sets the mood? Use the RGB LED to test every color of the visible light spectrum!

This is a tutorial on using TI TMS320F28379D launchpad to read YDLIDAR X2 data.

A robo-butler that fetches beer. Need I say more?

Obstacles avoding robot car with the MPU 9250 used as the compass and the tera term will print the x, y coordinates of the car.

Your SegBot uses its right and left microphone to track down a low frequency emitter with a bandpass filter!

This project compares the ways of obtaining a compass angle, using the MPU-9250 gyroscope, MPU-9250 magnetometer, and motor encoders.

SegBot that dances to the beat of a song using a microphone and beat detection algorithm

The final project of ME 461 at the University of Illinois in Urbana-Champaign. My RobotCar is based on the TI F28379D Launchpad.

We are the Hardware and Firmware team for EasyBreathe and we focus on the PCB and firmware development of the electronic mask.

Using different frequencies, we can make the self-balancing segbot turn left and right as well as go forward.

Ever wanted a robot to find cookies for you? Well now, that's possible. WARNING: Robot may develop cookie addiction

A demonstration of the use of PI feedback controller compared to an open loop controller. This project was done for ME461 at UIUC.

I designed and created a robot that follows me around and plays a variety of different songs when I tell it to.

My final project is a sound following segbot that tracks and follows frequencies with a microphone and the TMS320F28379D LaunchPad.

This two-wheeled robot uses gyroscopic and accelerometer information to balance, with two front sensors to sense when it has hit a wall.

This project is a small car that will accept US coins, and automatically sort them based on denomination.

This balancing "Segbot" receives commands wirelessly over Bluetooth that are interpreted as steering instructions (UIUC SE 423)