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CURRICULUM • BASIC ELECTRONICS

Understand the Technology Behind Every Smart System.

Basic Electronics is the starting point for students who want to understand how electronic devices, robotic systems and intelligent machines work.

Explore Module Book a Demo
Components Circuits Sensors Motors Breadboard
ELECTRONICS LAB
IC
POWER INPUT OUTPUT CONTROL
POWER
CIRCUIT
SENSOR
START WITH THE FUNDAMENTALS

Build the Foundation.

In this module, students are introduced to fundamental electronic components, circuits, sensors, motors and power systems through practical, hands-on learning.

Instead of only learning concepts theoretically, students build simple circuits, experiment with components and understand how different parts work together to create functional electronic systems.

CORE FOUNDATION Electronics

Components • Circuits • Sensors • Motors • Power

06 Learning Modules
∞ Experiments
WHAT STUDENTS WILL LEARN

Explore the World of Electronics.

Students learn electronics step-by-step through components, circuits, sensors, motors, power systems and practical circuit building.

01

Electronic Components

Learn about the basic components that form the building blocks of electronic circuits.

Resistors LEDs Capacitors Diodes Switches Transistors Buzzers Connectors Modules
COMPONENTS
02

Understanding Circuits

Understand how electrical and electronic circuits work and how different components interact.

Electrical Circuits Open & Closed Current Voltage Series Parallel Circuit Symbols Diagrams Troubleshooting
CIRCUITS
03

Sensors

Explore how sensors allow electronic and robotic systems to detect and respond to their surroundings.

Light Sensors Temperature Distance Motion Touch Sensor Inputs Practical Projects
SENSORS
04

Motors

Learn how electrical energy can be converted into mechanical movement.

DC Motors Servo Motors Motor Control Direction Movement Power Requirements Motor Activities
MOTORS
05

Power Systems

Understand the importance of supplying the correct power to electronic components and systems.

Electrical Power Batteries Voltage Current Power Sources Power Distribution Safety
POWER SYSTEMS
06

Breadboard & Practical Circuit Building

Build, test and modify electronic circuits without permanently connecting components.

Breadboard Structure Components Wiring Testing Connection Errors Modify Experiment
PRACTICAL BUILDING
HANDS-ON LEARNING

Learn by Building.

The Basic Electronics module follows a practical learning approach where students are encouraged to experiment with different components and understand the results of their connections.

01
Learn
02
Connect
03
Build
04
Test
05
Troubleshoot
06
Improve
SKILLS DEVELOPED
ACTIVE
Logical Thinking
Problem-Solving Skills
Technical Curiosity
Circuit-Building Skills
Observation & Experimentation
Safe Working Habits
Confidence with Components
PRACTICAL APPLICATION

What Students Can Build.

By applying the concepts learned in this module, students can work on simple hands-on electronics and robotics projects.

LED-Based Circuits

Build and control simple light circuits.

Electronic Indicators

Create simple electronic indication systems.

Light-Sensitive Circuits

Experiment with light and sensor inputs.

Motor Activities

Explore electrical energy and movement.

Basic Alarm Systems

Combine components to create simple alarms.

Sensor & Motor Combinations

Combine simple inputs and outputs.
BASIC ELECTRONICS
LEARNING OUTCOMES

From Components to Working Systems.

After completing the Basic Electronics module, students will be able to apply their knowledge to simple electronic and robotics systems.

  • Identify common electronic components
  • Understand basic electronic circuits
  • Read simple circuit diagrams
  • Build circuits using a breadboard
  • Understand the basic working of sensors
  • Understand different types of motors
  • Understand basic power requirements
  • Connect and test simple electronic systems
  • Identify and troubleshoot basic circuit problems
  • Apply electronics concepts to simple robotics projects
WHY LEARN BASIC ELECTRONICS?

The Foundation of Smart Technology.

Electronics is at the heart of modern robotics, automation, IoT and intelligent machines.

By developing a strong understanding of electronic components and circuits, students gain the foundation required to progress toward microcontrollers, embedded systems, robotics, automation and artificial intelligence.

Components Circuits Sensors Motors Breadboard
BASIC ELECTRONICS

Explore Electronics. Build Circuits.

Create Technology.

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