MM LAB PROGRAMS FOR SCHEMES +2015 +2017 +2018

Arduino MKR Projects for Schools is a colourful entry-level resource, which introduces learners to the exciting world of microcontrollers, the Internet of Things and Data Science. Learners use both simulators and physical devices to build systems and solve real-life problems.

Basic exercises for PIC Micro-controllers using MPLAB IDE and XC8 Compiler for PIC16F877A

Arduino Basics & Projects with C++ - Embedded Systems

⚙️Welcome to my GitHub profile! As an Electronics Engineer and Control Systems Instructor, I showcase a diverse array of projects and contributions here. Explore my repositories to discover work on Microcontroller Programming, IoT, Robotics, and more. Dive into these and see how I integrate my technological supports with forward-looking innovations

VHDL controller for dynamic protocol switching (CAN, LIN, FlexRay).

ST080 Drum Machine

Smart Meeting Automaton is a revolutionary idea of controlling devices automatically within a meeting room. In most of our day-to-day life, we have experienced that air conditioners, projectors are working unnecessarily even without a presence of a meeting and sometimes those devices should be controlled with a human involvement using several ty…

Uma linguagem orientada a hardware projetada para fornecer controle direto e preciso sobre dispositivos e componentes físicos.

Smart Watch PCB/Code Repository by Franco Baudino

AVR Microcontroller - Accelerometer based Servocontroller using PWM. This will change servomotor angle with respect to the variations in Y axis.

A sophisticated CAN bus analyzer in C, featuring real-time data capture, message filtering, decoding, graphical representation, and advanced statistical analysis

PSML: parallel system modeling and simulation language for electronic system level

PowerTrack is an advanced energy monitoring system designed to track electricity usage in real-time. Powered by an ATmega328P microcontroller and an ESP32 module, it measures voltage, current, power, and energy consumption, enabling users to analyze their energy usage and optimize efficiency.

This project implements a smart air flow stabilization system for wind tunnels, ensuring precise and stable airflow conditions. The system dynamically adjusts fan speed based on real-time feedback from a flex sensor measuring the angular displacement of a flap. This flap angle directly reflects airflow stability.

Handwritten digit classification using Raspberry Pi Pico and Machine Learning

An implementation of an alarm clock using STM32F411 discovery board as the platform. For an embedded OS programming course.

An Arduino project demonstrating various LED control techniques, including blinking, random color generation, secondary color creation, random 16 million colors, and brightness control.

Some app that will be designed to classify images using real-time embedded systems with this Android application from a BeagleBoneBlack Wireless camera running FreeBSD or Debian Stretch.

Autopilot: Flight Simulator for Embedded Systems Development