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Arduino Robotics & IoT: Build Smart Robots & Home Automation

Learn Arduino programming, robotics, and IoT by building obstacle-avoiding robots and smart home automation systems with sensors, Bluetooth, and cloud control. Ideal for beginners and professionals seeking hands-on experience in robotics and connected device development.

4.0
(182 ratings)
29,386students enrolled
Arbaz Khan

Created by

Last updated · 4/26/2026
Arduino Robotics & IoT: Build Smart Robots & Home Automation
Price
$19.99
This course includes
2 sections
Lifetime access
Access on mobile and desktop
Outcomes

What you'll learn— skills you'll gain

  • Program Arduino microcontrollers using C++ with proper syntax and control structures
  • Design and build obstacle-avoiding robot cars using ultrasonic sensors and motor control
  • Implement wireless communication via Bluetooth module for mobile app device control
  • Develop Python applications that interface with Arduino boards via serial communication
  • Create and deploy Telegram bots integrated with hardware for real-time remote device control
  • Build IoT home automation systems capable of controlling multiple smart devices
  • Configure addressable LED strips and control RGB lighting programmatically
  • Troubleshoot hardware-software integration issues and optimize circuit designs
Curriculum

Course content

2 sections · 39 lectures
1. Course Introduction & Your Learning Path

VIDEO file: 1. Introduction.mp4

2. Complete Components List & Hardware Overview

VIDEO file: 2 COMPONENTS OVERVIEW.mp4

3. What Is Arduino.pdf

PDF file: 3 What Is Arduino.pdf

4. Python in 120 Seconds: Language Overview

VIDEO file: 4 Python in 120 Seconds Final.mp4

5. Development Environment Setup: Python & VS Code

VIDEO file: 5 Development Environment Setup.mp4

5.1 Arduino IDE

VIDEO file: 5.1 Arduino IDE.mp4

6.1 BUILT-IN LED BLINK

VIDEO file: 6.1 BUILT-IN LED BLINK.mp4

6.2 Led Blink

VIDEO file: 6.2 Led Blink.mp4

6.3 Multiple LED Blink Tutorial

This video covers the fundamentals of controlling multiple LEDs with blinking patterns. Learn how to program and wire multiple LEDs to create synchronized or sequential blinking effects.

6.4 LED Brightness Control

VIDEO file: 6.4 LED Brightness Control.mp4

6.5 LED Brightness Control - II

VIDEO file: 6.5 LED Brightness Control - II.mp4

6.6 LED PUSH BUTTON CONTROL

VIDEO file: 6.6 LED PUSH BUTTON CONTROL.mp4

7.1 User Input Control LED

VIDEO file: 7.1 User Input Control LED.mp4

7.2 USER INPUT RELAY CONTROL

VIDEO file: 7.2 USER INPUT RELAY CONTROL.mp4

7.3 4- Relay Control using User Input

VIDEO file: 7.3 4- Relay Control using User Input.mp4

7.4 SMART BULB CONTROL USER INPUT

VIDEO file: 7.4 SMART BULB CONTROL USER INPUT.mp4

7.5 SMART BULB 2-WAY SWITCH

VIDEO file: 7.5 SMART BULB 2-WAY SWITCH.mp4

7.6 BLINKING BULB

VIDEO file: 7.6 BLINKING BULB.mp4

7.7 Smart Socket

VIDEO file: 7.7 Smart Socket.mp4

7.8 TIMER BASED SOCKET

VIDEO file: 7.8 TIMER BASED SOCKET.mp4

8.1.1 Ultrasonic Sensor Measure Distance

VIDEO file: 8.1.1 Ultrasonic Sensor Measure Distance.mp4

8.1.2 Ultrasonic Distance LED

VIDEO file: 8.1.2 Ultrasonic Distance LED.mp4

8.1.3 DISTANCE BASED LAMP

VIDEO file: 8.1.3 DISTANCE BASED LAMP.mp4

8.2 Motion-Based Lamp: Concepts and Implementation

This video covers important concepts related to motion-based lamps, exploring how motion detection technology works and its applications. The content provides foundational knowledge about sensor-based lighting systems and their practical uses.

8.3 LDR Smart Lamp 1080p

VIDEO file: 8.3 LDR Smart Lamp 1080p.mp4

9. Smart Fan With Temperature Control

VIDEO file: 9 Smart Fan With Temperature Control.mp4

10. RGB LED Strip Control with FastLED Library

VIDEO file: 10 RGB LED Strip Control.mp4

11.1 Telegram Bot Creation with BotFather API

VIDEO file: 11.1 TELEGRAM BOT-I.mp4

11.2 Python-Arduino Serial Integration for Device Control

VIDEO file: 11.2 TELEGRAM BOT-II.mp4

11.3 Real-time LED Control via Telegram Commands

VIDEO file: 11.3 TELEGRAM BOT-III.mp4

Quiz: Arduino UNO Bootcamp For Beginners - 2022 Complete Course
12.1 Components Overview

VIDEO file: 12.1 Components Overview.mp4

12.2 Car Kit Assembly

VIDEO file: 12.2 Car Kit Assembly.mp4

12.3 1-Motor Control With Motor Shield

VIDEO file: 12.3 1-Motor Control With Motor Shield.mp4

12.4 4-Motor Control With Motor Shield

VIDEO file: 12.4 4-Motor Control With Motor Shield.mp4

12.5 Motor Movement Functions

VIDEO file: 12.5 Motor Movement Functions.mp4

12.6 Motor Movement In All Directions

VIDEO file: 12.6 Motor Movement In All Directions.mp4

12.7 Look Left & Right

VIDEO file: 12.7 Look Left & Right.mp4

Quiz: Arduino UNO Based Obstacle Avoiding Robot Car & RC-Control
Overview

About this course

This comprehensive course guides you from Arduino fundamentals to advanced robotics and IoT applications. You'll start with basic Arduino programming concepts through 10+ foundational projects, then progress to building a fully functional obstacle-avoiding robot car equipped with ultrasonic sensors and Bluetooth mobile control. The course uniquely integrates Python and Telegram bot development, enabling you to create IoT-based home automation systems that control real-world devices like smart lights and fans from anywhere in the world. By the end, you'll have hands-on experience with hardware integration, sensor programming, wireless communication protocols, and cloud-based device control. Perfect for hobbyists, students, and professionals looking to enter the robotics and IoT space. Your instructor, Arba Khan, brings 5+ years of specialized experience in IoT and robotics to ensure practical, production-ready knowledge.

Taught by

Meet your instructor

AI Agents & GenAI Mentor | AI Coach to 300K+ | Founder @GetSetCode | Ex-OpenAI UC Dev

Hello, I am Arbaz Khan, a Computer Science Engineer. I have experience in IoT, Python, Data Science, and learning New Technologies. Also, I am good at C, C++, JAVA. I love to Automate things like Home Automation and other tasks using Python Programming Language. I'm also running my own startup named GetSetCode were We are working on innovative real-time projects related to AI, ML, IOT, Automation, and Robotics.