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Home / Electronics (IOT Projects) / IoT & Smart Automation: Hands-on Projects
Electronics (IOT Projects)

IoT & Smart Automation: Hands-on Projects

Build real-world smart devices and automated systems from scratch using Arduino and Raspberry Pi.

★ 4.5 (4 reviews) 5 enrolled 8 weeks Beginner

About this course

Dive into the Internet of Things by building functional, real-world projects from the ground up. This hands-on course covers everything from basic hardware wiring to writing the custom code that brings your devices to life. You will learn how to integrate microcontrollers and development boards like Arduino and Raspberry Pi with practical components—including ultrasonic sensors, human presence radars, relays, and flame sensors—to design working smart home and automation systems. Whether you are a student or a tech enthusiast looking to connect physical hardware to the digital world, this course provides step-by-step guidance to turn your ideas into working prototypes. No prior coding experience is required!

Curriculum

5 modules · click to expand

1 Module 1: Foundations of IoT & Basic Electronics
Lesson 1.1: What is IoT? (Concepts, Architecture, and Real-World Applications), Lesson 1.2: Getting to Know the Hardware (Understanding the difference between Arduino and Raspberry Pi), Lesson 1.3: Setting Up Your Workspace (Installing the Arduino IDE and necessary drivers), Lesson 1.4: Electronics Basics (How to safely use breadboards, jumper wires, and LEDs)
2 Module 2: Arduino Programming & Sensor Integration
Lesson 2.1: Writing Your First Microcontroller Code (Digital output and blinking LEDs), Lesson 2.2: Measuring Distance (Wiring and coding the HC-SR04 Ultrasonic Sensor), Lesson 2.3: Hazard Detection (Integrating and calibrating a Flame Sensor),, Lesson 2.4: Mini-Project: Building a Smart Proximity Security Alarm
3 Module 3: Smart Home Automation Fundamentals
Lesson 3.1: Introduction to Relays (Safely controlling heavy appliances using a 5V 1-channel relay module),, Lesson 3.2: Advanced Presence Detection (Setting up the HLK-LD2410C 24GHz Human Presence Radar),, Lesson 3.3: Logic Building (Triggering relays automatically based on human presence),, Lesson 3.4: Mini-Project: Automated Energy-Saving Room Lighting System
4 Module 4: Stepping Up to Raspberry Pi & Web Connectivity
Lesson 4.1: Raspberry Pi Setup (Installing the OS, connecting touch displays, and mounting active coolers),, Lesson 4.2: Python Basics for Hardware (Reading GPIO pins and processing data),, Lesson 4.3: Taking Data Online (Sending sensor readings to a simple web dashboard),, Lesson 4.4: Mini-Project: Building a Remote Environment Monitor
5 Module 5: Final Capstone Project
Lesson 5.1: Planning Your Smart Device Architecture,, Lesson 5.2: Integrating Multiple Sensors and Microcontrollers Together,, Lesson 5.3: Hardware Enclosures (Designing or sourcing 3D printed cases for your circuits),, Lesson 5.4: Testing, Debugging, and Final Deployment

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