This is a repository that a custom stm32 secure bootloader is being developed.
Interface iC-Haus MU series encoder with STM32 and use it as a drop-in replacement.
My Hands-on Projects on Embedded Systems using a 32-bit ARM Cortex-M4 STM32F4 Microcontroller NUCLEO-F401RE Development Board.
STM32ODE product accellerator for IoT and Cloud (Wifi, NFC, SENSOR HUB)
Examples made for the NeaPolis Innovation Summer Campus
Autonomous driving Rover, a project for Embedded System course of Computer Engineering in University of Salerno (Italy)
NISCAPE - Escaping NISC 2021
Collection of simple examples for the nucleo-f401re board used in my microcontroller course
Graduation Project I
Sending free fall detection via I2C with Nucleo-STM32F401RE and X-NUCLEO-IKS01A2
edge-node-manager compatible firmware for the cloud-jam
This repo contains Zephyr OS based code for ESP32/ nrf52840dk inpiried from digikey Challenges [https://www.digikey.in/en/maker/projects/what-is-a-realtime-operating-system-rtos/28d8087f53844decafa5000d89608016]
Interfacing various I/O's with ARM CortexM4 based STM32 F401xx microcontroller using baremetal programming.
This project is a prototype system that i have built which detects any visual defect in a tablet moving on the conveyor belt in Real-Time and removes only the defected ones.
This is a Project is all about building bare-metal firmware for a Cortex-M4 STM32 microcontroller, using open source tools and libraries such as GCC and libopencm3. This starts from blinking an LED, to building a bootloader for performing firmware updates over UART/USB, to building a signed firmware security mechanism.
This project performs motion classification using accelerometer data (accX, accY, accZ) on an STM32 board. The AI model is built using NanoEdge AI Studio, and sensor data is collected via a USB serial emulator for training and testing. It demonstrates how embedded AI can detect different movements (like tilt, shake, or rest) directly on the device
Bare-metal NUCLEO-F401 (STM32) libraries I've made using CMSIS package
A digital clock and calendar with alarm functionality developed on STM32F401 using DS1307 RTC for time keeping. It includes a LCD based user interface to set time, date and alarm using interrupt based multiple push buttons.
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