In case you are unfamiliar with the most amazing new way to physically “check in” to foursquare here is a video that will explain it all: Mark Your Territory is a fully open-source system but because it interacts with the physical world as well as the digital one, some construction is necessary beyond just simply […]
Pee to Check-In to Foursquare – Mark Your Territory using Arduino Continue Reading
Infrared (IR) sensors are normally used to measure distances, but they can also be used to detect objects. By connecting a couple of IR sensors to an Arduino, you can make an intruder alarm. Overview Infrared (IR) sensors are normally used to estimate the distance of an object, but you can also use them to detect the
Create a Motion-Sensing Alarm with an Arduino and IR Sensors Continue Reading
The Bosch BNO055 combines tri-axis accelerometers, gyroscopes, and magnetometers to provide orientation to users. About the Sensor The BNO055 uses three triple-axis sensors to simultaneously measure tangential acceleration (via an accelerometer), rotational acceleration (via a gyroscope), and the strength of the local magnetic field (via a magnetometer). Data can then be either sent to an external
Capturing IMU Data with a BNO055 Absolute Orientation Sensor Continue Reading
In this project, we are going to build a soil moisture sensor with an Arduino microcontroller. A soil moisture sensor, also called a hygrometer, measures the amount of moisture, or water, in the soil. Therefore, we can tell whether the soil has enough moisture or not. So it is a good diagnostic tool for caring
How to Build a Soil Moisture Sensor Circuit with an Arduino Continue Reading
Ultrasonic sensors are great tools to measure distance without actual contact and used at several places like water level measurement, distance measurement etc. This is an efficient way to measure small distances precisely. In this project we have used an Ultrasonic Sensor to determine the distance of an obstacle from the sensor. Basic principal of ultrasonic distance measurement is based on
Arduino Based Distance Measurement using Ultrasonic Sensor Continue Reading
Scopeclock is an easy to use hardware to make your X-Y capable analog oscilloscope more useful .Using this simple to use hardware you can convert your analog oscilloscope into a scope clock.This project was me and my friend kshitij gupta at CEDT nsit under the guidance of Prof. Dhananjay V.Gadre. Scope clock has two modes
Analog Clock And Temperature sensor On An Oscilloscope using Arduino Continue Reading
Introduction The Arduino Zumo Robot Maze Solver is a smart microcontroller project built around the Arduino Uno and simulated in Proteus. Its job is simple but impressive: the robot moves through a maze, detects the correct route, and then finds the shortest path to the goal. This makes it a strong learning project for anyone
Arduino Zumo Robot Maze Solver using Arduino Uno with Proteus Simulation Continue Reading
Introduction The Temperature Logging Appliance is a practical microcontroller project built around the Arduino Yun and tested in Proteus simulation. It is designed to read temperature values from a sensor, update the current reading, and store historical data for chart-based viewing. This makes it a useful example for anyone learning embedded systems, DIY electronics, and
Temperature Logging Appliance using Arduino Yun with Proteus Simulation Continue Reading
Introduction Building a microcontroller project like a weather station is one of the best ways to understand real-world embedded systems and IoT-based monitoring. This project demonstrates a Basic Weather Station using the Arduino Mega, simulated entirely in Proteus simulation software. The system collects environmental data such as temperature, humidity, pressure, wind speed, wind direction, and
Basic Weather Station using Arduino Mega with Proteus Simulation Continue Reading
Introduction This microcontroller project demonstrates how to measure temperature and humidity using an Arduino-compatible ATmega328P and a DHT22 sensor in Proteus simulation.The setup is simple, practical, and commonly used in embedded systems and DIY electronics.Sensor data is read digitally and sent to a serial terminal for real-time monitoring.This project is ideal for learning sensor interfacing,
