Use Arduino as a replacement for Energia to develop on Texas Instruments LaunchPad products in the MSP430, MSP432, and Tiva families.

Interfacing Laptop BMS With TIVAC TM4C123G

Written in Code Composer Studio and tested on Tiva C Series TM4C123G LaunchPad.

Autosar OSEK/VDX Operating system

Projects on Tiva C TM4C123G LaunchPad, handling buttons, leds, audio synthesizer, audio DAC, pressure sensor, LCD/ OLED, bootloader. Final project makes a musical instrument from breath sensors.

Flexible, lightweight slave-only, measurement profile IEEE 1588 PTP clock synchronization implementation for network enabled MCUs.

Tutorials for the Tiva C Series TM4C123G Launchpad.

Port driver based on AUTOSAR layered architecture v4.0.3 for Tiva-C

AUTOSAR Port driver based on Tm4c123gh6pm

Make a keyboard yourself at home using ARM-Cortex-M4 micro-controller

Tracking System using Tiva c and GPS to get the Coordinates and Save them in SD card these Coordinates can be displayed on PC using python script in the project or Google earth

UART Autosar complex driver

Microcontroller Programming on TI Tiva C Series TM4C123GH6PM

uIP(https://github.com/adamdunkels/uip) tcp/ip/udp example for TM4C1924 micro-controller.

A gps tracking system with shortest path algorithm and more implemented on bare-metal TM4C123GXL tivac micro-controller

Digital interface with the Theremin (musical instrument) with MIDI output

Author: PRANAV PRABHA Date: 07/12/2020 Platform: Tiva Development Kit TM4C123GH6PM

YO_Scheduler is an efficient OS scheduler designed for embedded systems, specifically for the TM4C123GH6PM mcu based on the Cortex-M4F. This scheduler provides accurate time-triggered task management, flexibility for custom task implementation,integration into AUTOSAR-based architectures with compliant DIO and Port drivers.

Simple ADC on the Tiva-C TM4C123x

An intelligent rehabilitation and training assistant using Tiva C Launchpad and an ESP32-powered Smart Ball. Features a gamified GUI on an FT800 touchscreen, real-time motion tracking via BLE, and physics-based force estimation. Designed to monitor physiotherapy progress through interactive exercises and data analysis.