[UDM] Smart Car Parking System Using IoT: A Complete Guide (Jul 2024) + Files

Internet of Things-based Smart Parking Development
The Smart Car Parking System Using IoT: A Complete Guide allows you to learn to assemble a complete smart parking system with an ESP32 board and Arduino IDE step by step. To begin with, you will get familiar with the process of programming and setup of the ESP32 board, and subsequently you will connect infrared sensors to detect the presence of a car, a servo motor to operate the door, and an LCD which will show circuit status. The whole process is explained in a manner that can be implemented.

Practicing a hardware and software combination
This part of the Smart Car Parking System Using IoT: A Complete Guide is where you will understand actual work with sensors and actuators. You will program and wire all the things from detecting the vehicle up to the time automatic opening and closing of the entrance door. Your programming will also have the logic to find and show the number of free parking or occupied parking spaces. This will provide a sound platform to deal with embedded systems.

Live cloud monitoring
This course will also introduce you to the Blynk platform so as to make your project even smarter. In this way by connecting the ESP32 board to the internet will create a dashboard in real-time from which you can view the availability of parking spaces using your mobile phone or computer. This action will expose you to the ideas of remote control and monitoring, which are among the pillars of the Internet of Things.

A full project to assist in the creation of a resume and the development of skills
By the end of the Smart Car Parking System Using IoT: A Complete Guide, you will get yourself a real and full-fledged example of a smart parking system; a system that opens the door, identifies cars, shows the status, and distributes data to the cloud. All the code and diagrams required to construct the project are provided as well. The course is also excellent when it comes to people who want to learn about electronics, programming, and building IoT projects.