Project #15: Environment – RTC – Mk50
Learn how to build a digital weight scale and force gauge with HX711 load cell module and Arduino.
ACS712 current sensor by Allegro is an Hall effect-based linear current sensor.
Learn how to use a PIR motion sensor to detect movement. You will also learn how PIR motion sensors work and how to use them.
Control temperature for up to 8 separate processes! Cooling/heating control with humidity sensing. Based on Arduino and DS18B20/DHT22.
Set up a Raspberry Pi to graph and monitor air quality with InfluxDB and Grafana.
A simple-to-build streaming radiometric thermal imaging camera with powerful desktop software.
Conception of connected bird feeders, able to alert if the seed tank is empty and analyses its use by birds.
The cheapest amplifier on the market to assemble DIY seismometer projects
Measure the world around you.
An end-to-end beehive monitoring solution enabled by the Helium Network and deep learning.
Play the Chrome Dinosaur Game in real life using physical movements!
Control the servo motor by using the ultrasonic sensor.
We install necessary software to use the I2S MEMS Microphone on the Raspberry Pi and give a basic introduction to python audio processing.
Find the distance from one point to another faster!
Spending $1,000 on suspension repairs because the city failed to fix the potholes? This project makes sure that never happens again.
Connect GPS and MicroSD Card to Arduino and log the GPS information - Quick and Easy
In this project, I've interfaced DHT11 with Arduino and then sending data of DHT11 which is humidity and temperature to phpmyadmin database.
Build a real, playable theremin music instrument. The theremin is played using two antennas without physical contact.
You’ll learn how to use the KY-037 sound detection sensor with Arduino. You can measure changes in the intensity of sound in an environment.
Controlling water and heat of a plantation, using real data as temperature, relative air humidity, and soil moisture.
Build a tachometer for your metal lathe using an Arduino Nano, a two line LCD display, and an IR sensor.
The system uses a PIR sensor to detect motion and send to the Arduino, which in turn triggers a buzzer and LED simultaneously.
A small low power node that clamps onto an existing water pipe, listens to its vibration, and uses a tiny ML model on the nRF54LM20 to flag
