arduino uno
|
Types of Arduino Boards – From Basic Embedded to Advanced AI Boards Whether you're a newbie just getting started with electronics and embedded systems or a professional Engineer planning your next big design project, understanding the different types of Arduino boards is crucial for project success. Selecting the best Arduino development board can help you take your electronics idea into a working reality. In 2024, there are… |
|
How to Detect the Direction of Sound Using Arduino? Sound direction detection is a fascinating concept in robotics and automation. It allows a device to "hear" and determine the direction of a sound. This concept has numerous applications, including robot navigation, smart security systems, gaming, and entertainment. Earlier, we showed you how to measure sound in dB using Arduino. In this tutorial, let's learn how to find the direction of sound… |
|
Build your own Mars Rover Robot using Arduino The planet Mars has captivated our imagination for centuries, and the idea of sending rovers to explore its surface has fueled our curiosity even further. In this project, we will delve into the exciting world of robotics and demonstrate how to build an Arduino-based Mars rover capable of traversing various terrains. So, fasten your… |
|
How to Build a Smart Toll Tax System Using Arduino Uno In this project, Smart Toll Tax System using RFID and Arduino, we aim to create a contactless, automated toll collection system using RFID technology. Toll booths often cause delays, especially during peak hours, and manual toll collection can result in human errors. This system automates the process of opening and closing the toll barrier based on whether a valid… |
|
Smart Home Energy Management with IoT and Renewables At the core of the Smart Home Energy Management System is the Arduino UNO R4, which serves as the brain and central hub of this sophisticated energy management solution. The Arduino UNO R4 manages cloud connectivity through Arduino Cloud, allowing it to continuously track and report critical metrics such as battery percentage and historical data. This real-time data… |
|
Adaptive Musical Instrument for Physically Challenged Persons This project aims to create an adaptive musical instrument that allows physically challenged individuals to express their musical creativity through touch-sensitive sensors, visual feedback via LED matrix displays, and sound output through speakers. Leveraging the Internet of Things (IoT) with Arduino Uno R4 WiFi, this instrument provides a highly interactive and… |
|
Rugged Outdoor Fitness Tracker This project aims to empower users to lead a healthier and safer lifestyle. Next, let's look at the connections used in this project. The sensor SHT21 and OLED display use an I2C bus, the GPS sensor uses UART and the accelerometer sensors use analog pins. The connections are done in that manner… |
|
Smart Delivery BOT I have built a smart robot that combines a car with a robotic arm, controlled using hand gestures through a camera. The robot can move in different directions and pick up objects using its arm, making it versatile for various tasks. I created this project to explore advanced control methods, like hand gestures, and combine them with practical robotics applications,… |
|
ParKIFY - The Ultimate Parking Solution The main objective of this project is to simplify the parking system by connecting all the parking stations of any city or town via the internet and make the data accessible to the users. This helps the users to know the parking slot left in real time and also helps them to find the best closest parking station for them. This reduces the time consumption in finding… |
|
Drying Monitoring System for Coffee Beans Based on IoT This method uses a heat pump to recycle the air used in drying, making it more energy efficient. This technology allows drying at lower temperatures and maintains the quality of the coffee beans. Heat pump drying is an efficient and environmentally friendly method because it reuses the heat generated to speed up drying. In this process, the heat pump functions to… |
|
PRAVESH - Smart Entry-Exit System PRAVESH is an RFID-enabled Smart Entry-Exit System designed to replace manual logs with a seamless digital solution. Using RFID cards, students can quickly and accurately log their entry and exit, reducing delays and improving accountability. Built on the Arduino UNO R4 Wi-Fi Board, PRAVESH integrates with campus infrastructure, providing real-time tracking,… |
|
Smart Home Using Arduino Uno R4 WiFi Our Smart Home Using Arduino Uno R4 WiFi project is designed for home safety and convenience, integrating temperature, humidity, light, and gas monitoring. Using sensors like DHT11/DHT22, LDR, and MQ-2 gas sensor, the system detects environmental changes and alerts users through LEDs and a piezo buzzer when thresholds are exceeded, such as harmful gas levels or… |
