This project is all about the Password protection with Arduino UNO.
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Updated
Feb 6, 2023 - C++
This project is all about the Password protection with Arduino UNO.
Line Follower Robot Design Simulation on Proteus
heat-sensor using Proteus and Altium
Car parking management
lib-proteus-8.13
GuardianDrive is an embedded IoT project that ensures safe journeys by detecting alcohol levels, accidents, and seat belt usage using gas, vibration, and infrared sensors. The system prevents vehicle start-up in the presence of alcohol, alerts for missing seat belts, and initiates accident notifications via GPS and GSM modules.
Automatic Washing Machine designed using Arduino UNO simulated in Proteus
Smart Lamp Simulation (Proteus) using Arduino atmega328p.
This project creates a car accident detection system using Arduino in the Proteus simulation environment. It combines an ultrasonic sensor for distance measurement, a GPS module for location tracking, and a GSM module for emergency messages. The aim is to improve road safety by swiftly alerting chosen contacts about accidents.
The Arduino Car Wash Program is designed to simulate the operation of a car wash system using Arduino and C++, with the circuit simulated in Proteus.
GSM Based Weather Reporting (Temperature/Light/Humidity) - Background, Circuit Diagram, PCB Layout
The "UNO Calculator" is an Arduino UNO project with a keypad and LCD display for basic arithmetic operations. It comes with a Proteus simulation for testing. Great for learning microcontroller interfacing and programming.
Creating a Switching (Triggering) Circuit Using MOSFET
Controlling solar ,wind and Wapda power sources using Arduino micro-controller using c++ language .giving priority to sources also displaying active current and voltage on LCD.
This repository contains the workflow of a dynamic speed governor. Designed to change as per a location's speed limit, this dynamic speed governor is highly applicable in school zones, hospitals and black spots among others.
This project simulates a simple traffic light system using an ATmega328P microcontroller. It cycles through red, yellow, and green lights, with each light staying on for 3 seconds. A manual switch allows users to disable the system during maintenance.
Running a brushed 12V DC Motor using Arduino
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