"Why does a light bulb glow? Why do your phone chargers get warm? And what do all those tiny colorful pieces inside a broken remote actually do?"
If you look at a circuit board, it looks like a confusing city of tiny parts. To most people, it’s a mystery. But what if I told you that with just a few basic rules, you could start building your own gadgets?
The Challenge: Look at this components list: A 10k Resistor, an NPN Transistor, a 100uf Capacitor, and a 555 Timer IC. To a normal person, this is just "e-waste." But to a student in this class, this is the recipe for an Automatic Night Light or a Water Level Alarm. In this session, we skip the heavy textbook definitions and dive straight into the "magic" of electrons. We will learn how to think like an engineer by understanding how electricity flows and how we can control it to do our bidding.
What you will learn in this class:
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The Big Three: Understanding Voltage, Current, and Resistance in the simplest way possible (no scary math!).
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Component Secrets: Identifying Resistors, Capacitors, and LEDs—and knowing exactly what they do in a circuit.
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The "Brain" of Projects: A simple introduction to Transistors and how they act as switches.
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Hands-on Logic: How to read a basic circuit diagram and turn it into a working model on a breadboard.
Who is this class for?
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School students (Class 6-12) curious about how technology works.
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Engineering aspirants who want a head start on practical knowledge.
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Anyone who wants to start a DIY hobby in robotics or IoT.
What to bring: Just your curiosity and a notepad! If you have a basic electronics kit, keep it nearby, but it is not required for this introductory session.