systick-timer

Programming SysTick timer on STM32f103 Blue Pill Development Board

Made use of TI Robotics Systems Learning Kit implementation requires solid understanding of concepts related to embedded systems such as GPIO, PWM, timers, and periodic interrupts as well as electrical engineering concepts such as voltage, current, energy, and power

header (.h) and source (.c) file of the framework

Basic demo of setting up max overdrive freuency for MCU, using SysTick to make delay, using basic timer with interrupts

Simple use case for ARM Cortex-M SysTick timer to blink LEDs on STM32F4 Discovery board

Microcontroller Programming on TI Tiva C Series TM4C123GH6PM

For collaboration in ECSE 444

Ticker: Time Base Provider for Embedded Projects

Building a preemptive RTOS kernel from scratch on STM32F411RE using bare-metal C and ARM Cortex-M4 architecture. This project implements task creation, scheduling, context switching, SysTick, PendSV, SVC, task delays, and synchronization mechanisms without using FreeRTOS or any third-party RTOS.

Bluepill baremetal blink systick project

Codes in C for bare-metal programming on STM32F411VETx

This project is developed to detect the presence of hazardous gases using an STM32F4 microcontroller and to trigger an immediate visual alarm in case of a potential gas leak.

Developed an easy to use API, which we can use for time measurement of any code regions in any code with multiple analyzers working in parallel.

ECE 2304 examples of MSP432P4111

MTB code example

The Spatial Mapping Embedded System is a project that utilizes the Texas Instruments MSP432E402Y microcontroller in unison with the VL53L1X time of flight sensor, and the ULN2003 stepper motor in order to capture measurement data from the recorded space. This data is then communicated to Python and mapped in a three-dimensional plane to reconstr…

Implement LED blinking without blocking the system using SYSTICK Timer interrupt mode.

Bare metal development, MCU: STM32F407 Architecture: ARM Cortex M4

SysTick-based timestamp system for ON Semiconductor RSL10. Implements button event counting with 10-second window, hybrid debounce, and low-power sleep mode. Uses SysTick instead of RTC for continuous time tracking.