Projects made with Texas Instruments on Hackster.io
Our line-following robot uses open MV to detect an orange line and follows it until it detects a crash through an accelerometer.
Read up about this project on
A compact 6 channel logic level converter with a built-in power supply regulator.
A robot which measures the user's body temperature, decides 'happy' or 'sad', and draws either a smiley or frowny face.
My final project is a sound following segbot that tracks and follows frequencies with a microphone and the TMS320F28379D LaunchPad.
A next-generation, open-source fire alarm system designed for smart homes using IoT to safeguard households from fire hazards.
Made an underpowered, Low Efficient Wireless Energy Transmission system entirely out of PCB.
When the network is not available, data can easily be exchanged on a shared USB memory with a single touch button.
A demonstration of the use of PI feedback controller compared to an open loop controller. This project was done for ME461 at UIUC.
The main aim of this article is to provide a guide on how to design an essential +/- 9V dual power supply.
This two-wheeled robot uses gyroscopic and accelerometer information to balance, with two front sensors to sense when it has hit a wall.
This tool provides logging function that gets data on voltage, current and power consumption for 0 to 85V DC.
Ever wanted a robot to find cookies for you? Well now, that's possible. WARNING: Robot may develop cookie addiction
Explaining the concept of a voice controlled UAV
This dancing Segbot will start dancing to the tune of a song when it hears music.
Heavy-duty and Swift movement from DC Motors with control from an IR Remote, and a fashionable mustache for the ladies.
You can do this with your Arduino board or use a simulator program.
Making a smart car kit smaller.
The project is about creating a system that will help you scare away 'Wild' animals like dogs when they are on the attack
Control a 4 degrees of freedom robotic clamping arm over Wi-Fi using the TI RSLK and two MSP432s!
You'll learn how to create a circuit to control anyone mobile robot with wheels.
Worried about your your family walking in during meetings or online lectures at home? Here's the smart solution to prevent these scenarios.
This application note is intended to serve as a reference for the MSP430 IrDA module. The module is configured at 57600bps
We built a line-following balancing robot that uses computer vision and IR sensors to follow a line and detect obstacles.
Autonomous 4-wheeled robot that is capable of navigating and mapping its environment in real-time.