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Arduino Masterclass: Circuit Theory to IoT in Proteus & App

Arduino Masterclass: Circuit Theory to IoT in Proteus & App

Master Arduino from Circuit Theory to Real Projects: Simulate, Code, and Build IoT Apps without Buying Hardware.
Created byAbdul Muheet Ghani
Last updated 5/2025
Urdu

What you'll learn

  • Understand how to manage end-to-end Arduino-based projects — from planning circuit design to final mobile-controlled IoT implementations using simulation tools.
  • Learn to simulate hardware projects without physical components, saving cost and enabling accurate planning of project timelines using software tools.
  • Simulate and test every component (KCL/KVL, sensors, IoT) in Proteus to detect design issues early, minimizing risk and debugging hardware logic virtually.
  • Build a mobile app-controlled car project entirely in Proteus and Arduino IDE, from circuit theory to final testing — no hardware purchase needed.

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Course content

5 sections • 22 lectures • 2h 55m total length

  • Welcome to the Course: Overview of KCL, KVL, Arduino, IoT & Projects1:33

    In this introductory video, I’ll give you a complete overview of what you'll learn in this Arduino Masterclass. You'll get a quick glimpse of every major project we'll cover—from basic KCL/KVL circuit theory on breadboards and Proteus to hands-on Arduino simulations and exciting IoT projects you can control using your mobile phone. I’ll also show you how we'll use libraries, design smart systems, and code with confidence—without needing to buy any physical hardware!

Requirements

  • No prior programming or electronics experience needed. You will learn everything step by step — from circuit theory to Arduino and IoT projects using free tools.

Description

Step into the exciting world of electronics and IoT with this comprehensive Arduino Masterclass—designed for both beginners and hobbyists eager to build real-world projects without needing any physical hardware. This course takes you from the very basics of circuit theory—covering concepts like Ohm’s Law, Kirchhoff’s Current and Voltage Laws (KCL & KVL)—to advanced IoT applications, all through hands-on simulation using Proteus and interactive learning modules that build practical understanding.

You’ll begin by mastering paper-based circuit analysis and simulating circuits on breadboards and Proteus software. Then, transition into the Arduino environment, learning to program LED patterns, read sensor data, control motors, and much more. All coding and circuit interaction is done virtually, saving you both time and cost while offering an industry-relevant skill set.

Throughout the course, you’ll develop fun and practical mini-projects such as:

  • A line-following robot

  • A fire alarm system

  • A calculator using a keypad and UART

Finally, you’ll explore mobile-based IoT by creating Android apps with MIT App Inventor, allowing you to wirelessly control your Arduino projects, such as a smart car, from anywhere—even without prior programming experience.

This course is ideal for students, tinkerers, and aspiring engineers wanting to build a strong foundation in electronics and embedded systems—entirely virtually and budget-free.

Who this course is for:

  • This course is ideal for absolute beginners, electronics and electrical engineering students, hobbyists, and anyone curious about Arduino, IoT, or circuit simulation without buying hardware. It’s perfect for those who want to learn through Proteus, mobile apps, and practical projects—from theory (KCL/KVL) to real-world applications.

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