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.
LaunchPad Development Kit
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Read sensor data and toggle LEDs with the Blynk mobile app and the TI CC3200 LaunchPad

This distiller converts the entire drainage water from our college NITK into pure drinking water free from soluble and insoluble impurities.

Each node has an MSP430 micro, sensor, LCD & subGHz RF radio. Multiple nodes send data to a subGHz-to-WiFi bridge for cloud connectivity.
Build a 6LBR using a Raspberry Pi Zero and CC2650 LaunchPad.
We are innovating the world of sound engineering. Using cutting edge technology, we bring you a buzzer whose frequency is keyed to a dial.

The Smart Analyzer is an extended version of Oscillogram for Utility Grid with advanced resources: fft analysis on voltage and current.

An IoT enabled solution to monitor patient health and inform relatives in case of emergency.

Add BLE control to a LaunchPad project using the Grove BLE module

Connecting a 16 bit MCU (launchpad) to Raspberry PI running Windows 10 to off load real time processing.

A low-cost stick designed for blind people that enables them to walk without any assistance.
Our dynamometer tests the performance of stepper motors and their drivers by applying customizable load torque profiles through a GUI.

LightServer is a Wifi enabled RGB Intelligent lighting device controlled by Apps or a Webpage. Includes music synchronized lighting effects.
This project brings a pre-IoT audio receiver up to speed using Blynk and a TI Launchpad to send IR signals through WiFi from an iPhone.
An example weather monitoring station to show how easy it is to connect a MSP430 LaunchPad to WiFi for ~$20 total!

Ozone to the Earth, Automatic tectum and aqua rehash system to the fields.
Guitar Hero implementation with a TM4C123 custom-built PCB, and a custom controller with Xbee interfacing and a TM4C123 Launchpad

How to set up a wireless sensor network with off-the-shelf hardware.

Lock and unlock your door from your phone using WiFi.

Control the motion of robot by your mobile, Using TI RSLK kit, MSP432 microcontroller and POLOLU board for power distributon.

People who forget their keys before leaving their homes will never again face face a situation of waiting for someone else to open the door.

The aim of the project is to make a solar tracker to enhance the productivity of a basic solar panel.