3 IoT Projects in 1 Course: From Beginner to Advanced | 2026

The lecture shows how to burn the operating system to the micro SD card and make it bootable ready.

In this lecture, you will come to know, how to gather the complete hardware requirements and then assemble the Asus Tinker Board as a full-fledged PC.

In this lecture, you will get to know about the IP scanner tool which will help us to find the IP address of the devices connected to the WIFI network.

In this lecture, we will get to know, how to utilize the IP scanner tool to find out the IP Address of the Asus Tinker Board connected to the WIFI network.

In this lecture, we will get to know about the important Linux command which we use in our day to day life.

This is the continuation of the previous lecture, where we have covered all the important Linux commands.

In this lecture, you will get to know, how to access the remote desktop of the tinker board using the virtual network computing technique.

In this lecture, we will explore the GUI interface of the Tinker Board and useful application present in the start menu.

In this lecture, we will understand the GPIO pin structure of the Tinker board. These are the input-output pin which is exposed to the edges of the board.

The lecture contains the reference diagram of the Asus Tinker Board GPIO pins. 

In this lecture, we will build a basic project to understand the input-output functionality of the GPIO pins.

The lecture contains the circuit diagram of the project. You will get to know, how to assemble the LED sequencing project. 

In this lecture, we will understand step by step the code of the LED sequence project.

The lecture contains the error-free source code of the LED sequence project.

The lecture contains a real-time demonstration and the working of the LED sequence project.

In this lecture, we will get to know about the project plan of the automatic garden lights and the working principle of the important hardware used.

The lecture contains the complete hardware list, which are required to build the automatic garden light project.

In this lecture, you will understand, how to assemble the complete hardware and design the circuit for automatic garden light.

The lecture contains the circuit diagram of the automatic garden light project.

In this lecture, we will understand the code step by step, which will help us to execute the garden light project.

The lecture contains the complete error-free source code for the automatic garden light project.

The lecture contains the real-time working of the automatic garden light project.

In this lecture, we will understand what is Home automation and how it is beneficial.

In this lecture, we will understand what is IoT and how it impacts our day to day life. Going ahead we will understand the right dashboard to choose for IoT.

In this lecture, we will understand how to design the circuit for the Home Automation Project.

The lecture contains the complete circuit diagram which will help us to build the Home Automation project.

In this lecture, we will understand how to create an account in the IoT dashboard and how to customize the same for the incoming data from the sensors.

In this lecture, we will understand the coding line by line about the Home Automation project.

The lecture contains the complete error-free source code for the Home Automation project.

The lecture contains the real-time working of the Home Automation project. You will get to know, how to control the home appliances remotely. 

In this lecture, you will learn, how to transfer files from windows PC to Tinker board via file transfer protocol.

In this lecture, you will get to know in brief, what we have covered in the entire course.

After powering on the Tinker Board, many beginners cannot find its IP address on the network. This lecture covers every reason the board may not appear in IP scanners and walks you through a reliable method to detect it every time.

PuTTY showing connection refused or freezing mid-session is one of the most reported issues by beginners. This lecture explains every possible cause and gives you a clear fix for each scenario.

Remote desktop access to the Tinker Board GUI fails for a handful of specific reasons. This lecture identifies each one and gives you the exact fix so you can access your desktop without needing a physical monitor.

When your LED or buzzer does not respond to your Python code, the cause is almost always one of a small number of wiring or configuration mistakes. This lecture walks you through a systematic checklist to identify and fix the problem quickly.

When your Tinker Board is running but data is not appearing on your IoT dashboard, the issue is almost always in the configuration pipeline. This lecture traces every step where the connection can fail and shows you how to verify each one independently.