English | MP4 | AVC 1920×1080 | AAC 44KHz 2ch | 46 Lessons (7h 26m) | 4.16 GB
Learn core Internet Of Things concepts & build real projects from scratch. Master IoT concepts | Sensors and Actuators.
Master the foundation of the Internet of Things (IoT) with this beginner-friendly, hands-on course. Designed as the first part of a complete IoT development series, this course introduces you to the essential building blocks of modern connected systems—from sensors and microcontrollers to Wi-Fi connectivity and MQTT communication.
Through practical projects and guided labs, you’ll gain the technical confidence to build your own smart devices, connect them to the cloud, and understand how real-world IoT ecosystems operate.
What You’ll Learn
- The core architecture and components of IoT systems — sensors, actuators, microcontrollers, and cloud connectivity.
- How to set up your IoT development environment using Arduino IDE and ESP32/ESP8266 boards.
- Fundamentals of embedded programming with Arduino C++ and MicroPython.
- Implementing Wi-Fi communication and MQTT protocols to send real-time data to servers.
- Designing and testing simple IoT projects like Smart Light Control and Sensor-based Automation.
- The difference between HTTP and MQTT, and how IoT devices communicate securely and efficiently.
- How to debug, monitor, and visualise IoT data through serial communication and MQTT dashboards.
Course Modules Overview
- Module 1: Introduction to IoT & Ecosystem
Understand IoT’s impact, layered architecture, benefits, and key components. Build your first conceptual IoT project. - Module 2: IoT Device Fundamentals
Learn how sensors, actuators, and microcontrollers work together. Wire and program your first basic circuit. - Module 3: Basic IoT Programming
Write Arduino and MicroPython code to read data from sensors and control actuators using logic and loops. - Module 4: IoT Connectivity (Wi-Fi, Bluetooth, MQTT)
Connect your device to the Internet, publish data using MQTT, and explore real-world IoT communication methods.
By the end of this course, you’ll have hands-on IoT experience, a deep understanding of how connected systems operate, and the confidence to move on to advanced IoT development—including cloud integration, data ingestion, and edge computing in upcoming parts of this series.
Who this course is for:
- This course is for complete beginners who want a practical introduction to Internet of Things development.
- It is for students and hobbyists interested in building device prototypes and learning embedded programming.
- It is for junior developers or engineers who want a hands-on foundation before advancing to cloud and edge topics.
- It is for anyone preparing to work with IoT hardware, device connectivity, and sensor data ingestion.
Table of Contents
Executive Summary
1 Introduction to IOT, History and Impact of IOT
2 Layered Architecture of IOT
3 IOT Ecosystem
4 Benefits of IOT
5 Use Cases of IOT
6 Explaining Diagram of IOT Ecosystem
7 Lab Part-1
8 Lab Part-2
9 Project
10 Summary
Introduction to the IOT Curriculum
11 IOT Device Fundamentals
12 Sensors, Actuators and Roles
13 Microcontrollers
14 Connecting Sensors to Microcontroller
15 Setting Up Environment
16 Sensors
17 Actuators
18 Development Environment
19 Tools and Resources
20 Project 1
21 Project 2
Basic IOT Programming
22 Basic IOT Programming
23 Learning Objectives
24 Arduino vs Micropython
25 Structure of Arduino Code
26 Variables and Datatype
27 Condition and Loops
28 Micropython Syntax Difference with Arduino Syntax
29 Digital IO
30 Analog IO
31 Button Led Logic
32 What is Serial Communication
33 Using Serial Monitor to Debug Sensor Error
34 Introduction to Arduino Library
35 Reading Data from DHT Sensor
36 Smart Light Project
37 Summary
Introduction to IoT Connectivity
38 Introduction to IoT Connectivity
39 Why Connectivity in IoT
40 Types of IoT Communication
41 WiFi in IoT
42 Bluetooth Low Energy
43 IoT Protocol HTTP vs MQTT
44 MQTT Architeccture
45 Hand On Lab Experience
46 Summary
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