Raspberry Pi – a small, but mighty computer that fits in the palm of your hand, complete with the ability to connect to a monitor, keyboard, and mouse. It's affordable and super easy to use, even if you're not a tech whiz. Whether you're a kid or an adult, Raspberry Pi is designed for everyone to have fun while learning about computers and technology. It's capable of doing all sorts of cool things, like teaching you how to code, helping you build your own games, creating smart home gadgets, and even making your own robots. The possibilities are endless.
The main objective of this article is to showcase the practical applications of Raspberry Pi and provide detailed tutorials through informative articles. Let’s get going…
DIY Raspberry Pi Motor Driver HAT
A Raspberry Pi HAT is an add-on board for Raspberry Pi with the same dimensions as Pi. There are many Raspberry Pi HATs available in the market. In this tutorial, we are going to build a Raspberry Pi Motor Driver HAT to drive DC and Stepper motors. This HAT features an L293D motor driver IC, a 16x2 LCD Display Module, four push-buttons, and additional pins for a SIM800 Module with a 3.3V regulator, making it perfect for robotics projects and so on…
Raspberry Pi CCTV Monitoring
If you do not have a CCTV installed, you can still build a Raspberry Pi Surveillance system by connecting USB cameras directly to your Pi. Create a versatile motion detection system for CCTV surveillance using OpenCV and Raspberry Pi. Additionally, include an alarm feature – a buzzer – to alert the user with a beep upon detecting activity. Know more about the Setting up of Raspberry Pi and OpenCV for monitoring.
Push-Up Counter using Raspberry Pi
Be ready to track your progress seamlessly. Simply follow our step-by-step tutorial to set up the system, and start counting your push-ups with a Raspberry Pi 4 and Pi camera module, along with OpenCV and MediaPipe installed…. Using Raspberry Pi and MediaPipe Pose estimation package, you can accurately count push-ups in real-time, making your workouts more efficient.
Thermal Printer with Raspberry Pi
Learn how to interface a Thermal Printer with Raspberry Pi using hardware serial communication, to print a test receipt that contains various elements like a Logo, a QR Code, or barcode along with various other text and graphical characters. This project offers a practical and versatile solution for printing receipts, tickets, and more. Check out the full tutorial for step-by-step instructions… and start printing with Raspberry Pi
Door Lock System using Raspberry Pi
The Captiosus System: an RFID-based door lock and entry system designed to offer enhanced security and convenience for homes and other premises. This system utilizes RFID tags as keys, allowing for controlled access through an RFID scanner. Additionally, it features an alarm system to deter unauthorized entry attempts.
Complete Tutorial- https://circuitdigest.com/microcontroller-projects/rfid-based-door-lock-system
Raspberry Pi based Autonomous UV Robot
The autonomous UV robot project offers a cost-effective solution for disinfection needs, featuring a range of components like Raspberry Pi, Arduino UNO, and UV lights. It utilizes state-of-the-art SLAM technology for safe navigation, ensuring workers are not exposed to harmful UV light. With built-in sensors and wireless connectivity, the robot provides real-time status updates via a mobile app.
Complete Tutorial- Autonomous UV Robot with SLAM
Raspberry Pi Internet Radio and Streaming Station
Setting up a Raspberry Pi streaming station, You'll need a Raspberry Pi, a USB microphone, and an Internet connection. After updating your Pi, you'll install and configure DarkIce and Icecast, then test the setup via web browser access.
This tutorial demonstrates setting up a Raspberry Pi streaming station using DarkIce and Icecast.
We hope you found this tutorial helpful and enjoyable. If you have any questions or comments, please leave them in the comment section below. Additionally, you can visit our website for technical assistance and to explore our latest project.
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