If you love electronics, there is a huge probability that you have heard about the Arduino board. Even if you are pursuing electronics as a hobby, there has to be a time when Arduino boards were on your holiday shopping list. For those of you who are unaware of the wondrous marvel of electronics. Arduino is a board that is small in size. To be very precise, it resembles a credit card that you keep in your pocket.
The wondrous part about Arduino, along with its size, is the computing capacity that it packs. You can find that you can run even a full Linux distro off it. Needless to say that when you combine both the size and the punch that it packs, Arduino becomes the central component in many IoT or Internet Of Things applications.
Check out our free courses to get an edge over the competition.
So, if you are looking for some DIY projects in which you would be using the Arduino board, you have come to the right place. Because you will find some of the best IoT projects using Arduino and IoT project ideas using Arduino listed down below.
A disclaimer before we begin our list. The projects which we have mentioned below are in no particular order. Meaning you will find projects that should fit in for any skill level and the prowess you have with Arduino.
Learn Software Courses online from the World’s top Universities. Earn Executive PG Programs, Advanced Certificate Programs, or Masters Programs to fast-track your career.
With that being said and without any further ado, let us begin the list of the best IoT projects using Arduino:
IoT Projects Using Arduino
1. A Panel That Would Track Sunlight
Solar energy is one of the renewable sources of energy. It produces clean energy. Which in the current day and age is very important. Considering the rapid decline in the number of carbon-based fossil fuels and the sudden surge in carbon footprint and Global warming, our dependence on such a clean energy source would only further.
Check out upGrad’s Advanced Certification in DevOps
So, if you happen to already be a solar energy aficionado by going on a large scale farm or planning to start small, or you just like solar energy in general. You would need a solar panel regardless of the kind of person you are. Since solar panels are fixated, meaning they do not inherently move as the day progresses, if you have a solar panel installed, you are losing a lot of sunlight, which in turn means losing a lot of energy.
What you can do is make a small sun-tracking panel. You would be able to track the solar energy level in your area, and you would also be able to ascertain which position would yield the most amount of energy.
You would not be requiring a large amount of equipment or would not be doing any heavy spending. However, with such a small amount of money, you would be able to make a huge impact on the amount of money you would generate in the long run.
2. IoT based pollution detection sensor and dashboard to monitor pollution levels
You are living in a city where taking a breath is getting difficult? Or you happened to be curious about what is the level of pollution that you face daily? For any use case, all you would need is your Arduino board and a little creativity because you would be able to create a pollution meter with the help of both.
Check out upGrad’s Advanced Certification in Cloud Computing
You can even share your pollution meter results online to help your friends and family know when to wear the pollution mask. However, you would need two sensors as well because, without it, your board will not be able to measure anything.
You would need one sensor for gas (MQ135) and one sensor which would be used to measure PM 2.5/ PM 10 particles, which happens to be the most omnipotent atmospheric pollutants. You would also be needing to use the Blynk app, through which you would be able to create some really stunning looking dashboard which would be displaying all the data pertaining to the project.
Explore our Popular Software Engineering Courses
3. A project which would measure the level of the spirit and the range.
You will be killing two birds with one stone if you happen to do this project. You would need the power of the HC-SR04 ultrasonic sensor, with the help of which you would be able to measure distances in the range of zero to four meters.
This sensor would also act as a spirit level sensor. The construction of this project is not simple by any means, and you should remember this when you are out building this project for yourself. You would probably be required to make your perplex casing. However, to shine like a diamond, you would have to burn like one, meaning you would have to endure hardships to see this project thoroughly.
Since the coding is not too complicated, that means you get some respite there so, and if you are looking for a project which would help you to see the wide range of applications that Arduino has, you should do this project.
4. Geiger counter
This project is for the sci-fi lover in you. Suppose you happen to love the movies where the protagonists venture into the unknown just with a clicking machine in hand. That machine is called a Geiger counter.
For the fans of Chernobyl (not the accident the series), this counter should be awfully familiar. You can create one for yourself with the help of your Arduino board. You will find that creation of such a contraption is not very difficult.
Explore Our Software Development Free Courses
|Blockchain Technology||React for Beginners||Core Java Basics|
Also Read: Raspberry Pi Project Ideas
5. Text to speech converter
Yes, you can create an NLP (natural language processing) sized project with the help of your Arduino boards. There, however, would be many steps involved in the process. You would need to convert all the symbols into something that the machine would be able to understand.
And would have to convert the text into a phonetic script, and then you would be needed to convert them back into the spoken voice. Once you have set this up, you will have a text to speech converter, which would be able to play you back any messages or any text documents which you would want it to do.
upGrad’s Exclusive Software Development Webinar for you –
SAAS Business – What is So Different?
6. A dustbin which happens to be smart
When you are trying to make various devices smart, a dustbin probably is at the last of your list. You can, however, make one dustbin which will remind you when it is filled, and it is time for you to take the trash out. That is not all that this smart piece of tech would do.
You would not need to use your hands or your legs to open the lid of the dustbin. You can easily program the Adruino in such a way that when it detects some particular range of motion. Let us say that you would want the lid to open when the Arduino would hear a loud clap or when you tap your foot anywhere near the dustbin.
With the help of code, you would be able to create such a dustbin. However, this project would not be completed without the help of Arduino Uno, which is a whole different breed when it comes to Arduino boards. Since you would be using such a complex array of machines and moving parts, this project would definitely not be the easiest thing that you will ever make.
But, this could prove to be a very useful thing because now you do not need to use your arms or your legs when you are throwing something away in the dustbin. This could prove very useful in high-risk areas like a hospital where even the smallest mishap could lead to an outbreak of a deadly pandemic.
In-Demand Software Development Skills
Must Read: Top IoT Real Life Applications
If you are interested to become a software engineer & learn more about IoT, check out Executive PG Programme in Software Development – Specialisation in Full Stack Development from IIIT Bangalore, and Liverpool John Moores University which is designed for working professionals and provide 7+ case studies and projects, IIIT-B & LJMU Alumni status, No Cost EMI option, dedicated student success mentor & job placement assistance with top firms.
Read our Popular Articles related to Software Development
|Why Learn to Code? How Learn to Code?||How to Install Specific Version of NPM Package?||Types of Inheritance in C++ What Should You Know?|
What are the various applications of the Arduino board?
Arduino’s impressive computational power-to-size ratio makes it an excellent choice for a variety of applications. It is programmed using its special cross-platform IDE written in Java which makes it useful for software developers. Its cross-platforming capabilities also add to its versatility. Arduino boards are used in home automation systems to control various appliances such as ACs, TVs, and lights via Bluetooth. Arduinos are also commonly used in traffic management systems. They are fitted with infra-red sensors that detect the volume of the traffic. They then respond dynamically by changing the timing and direction of the signals. Arduinos can also detect the intensity of the ambient light and change the intensity of street lights accordingly.
What are the specifications of the Arduino board?
The Arduino board is based on another microcontroller called ATmega328P. It operates at a voltage of 5V, and the recommended output voltage is 7V-12V. The input voltage range is 6-20V. It has 14 digital input/output pins and 6 analog input pins. The direct current for each input pin is 20mA, while that used for the 3.3V pin is 50 mA. The Arduino board is also equipped with an in-built LED and 32KB of flash memory. Finally, the dimensions of the board are 68.6 x 53.4mm and the weight of the board is 25g.
Who uses Arduino boards the most?
Arduino boards have become extremely popular over the years, and now power thousands of projects around the world. While it was created to be a simple tool for rapid prototyping, primarily aimed at electronics and programming students, it is now used by everyone from artists and professionals to educators and coders. Arduino’s open-source support platform has made it a highly accessible, novice-friendly tool. Arduino is still growing and developing to adapt to new requirements as its user base grows. It has moved on from being a simple 8-bit board and is now being incorporated into wearables, 3D printers, and other embedded environments.