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SELF-PACED

Electronics Maker

Love tinkering around your house? Learn the concepts of electronics, and build 70+ DIY electronics projects using the Inventors Toolkit provided with…

  • Age Group

    11-15 yrs

    Certification

    Yes
  • Course Duration

    12 Hours

    Frequency

    Self-Paced
  • Number of Sessions

    12

    Session Duration

    1 hour

1,499+ GST

About the Course

    We are surrounded by machines that work on electricity—from the ceiling fan to the microwave, the electronic water heater to the television; they are everywhere! It is almost impossible to live without these electricity-dependent equipment.
    Have you ever wondered how these machines work?
    The answer is electronics! Electronics is the study of the components that, when combined together in the right way, lead to the manufacturing of such wonderful and helpful devices and appliances that you see and use every day.
    In this course, you will learn the very basics of electronics. You will be exposed to concepts, such as resistance, conductance, types of circuits and Ohm’s law, which are the building blocks of the electronics industry.
    You will also be practically introduced to advanced topics, such as hybrid circuits, logic gate circuits, transistors and light sensors, and their applications.
    In this course, your learning is not limited to videos. You will receive an exciting Inventors Toolkit that you can use for Do-It-Yourself (DIY) projects. Build 70+ fun electronics projects that will help you explore the wonders of the world of electronics.
    Some of the projects include:
  • Smart Home
  • Table Fan with Speed Controller
  • Water Level Indicator
  • Tester Circuit

Who Is This Course For?

This course is specifically designed for students aged 11–15 who are curious to know how electronic projects are designed and are keen on using their knowledge of electronics to solve problems and build simple electronics projects.

Course Objectives

The Electronics Maker course will help you:
  • Understand the fundamentals of electricity
  • Gain a deeper understanding of circuits, in terms of their scientific working principles
  • Comprehend how electronic projects are designed and tested
  • Gain hands-on experience in designing, implementing, fault-finding and troubleshooting electronic projects
  • Understand how the knowledge of electronics can be applied to build application-based projects
  • Build 70+ DIY electronics projects using the Inventors Toolkit

Curriculum

Session 1 / 67
Introduction to the World of Electronics

30 MINS Estimated
Session 2 / 67
World of Electronics

30 MINS Estimated
Session 3 / 67
Basics of Electricity

30 MINS Estimated
Session 4 / 67
Types of Electricity

30 MINS Estimated
Session 5 / 67
Building Your First Circuit

30 MINS Estimated
Session 6 / 67
Introduction: Bringing Circuits to Life

30 MINS Estimated
Session 7 / 67
Theory Overview

30 MINS Estimated
Session 8 / 67
Buzzer Breadboard Experiment

30 MINS Estimated
Session 9 / 67
Resistor with Buzzer (Theory)

30 MINS Estimated
Session 10 / 67
Resistor with Buzzer (Practical)

30 MINS Estimated
Session 11 / 67
LED Circuit on Breadboard (Theory)

30 MINS Estimated
Session 12 / 67
LED Circuit on Breadboard (Practical)

30 MINS Estimated
Session 13 / 67
Introduction: Harnessing Conductors

30 MINS Estimated
Session 14 / 67
Conductors and Insulators

30 MINS Estimated
Session 15 / 67
Conductor Tester

30 MINS Estimated
Session 16 / 67
Insulator Tester

30 MINS Estimated
Session 17 / 67
Water Overflow Indicator Project

30 MINS Estimated
Session 18 / 67
LED and Buzzer in Parallel

30 MINS Estimated
Session 19 / 67
Introduction: The LED Glow World

30 MINS Estimated
Session 20 / 67
LED Basics

30 MINS Estimated
Session 21 / 67
Practical 1: Simple LED Circuit

30 MINS Estimated
Session 22 / 67
Practical 2: LED Practical Single Ports

30 MINS Estimated
Session 23 / 67
Introduction: Deep Dive into Resistance

30 MINS Estimated
Session 24 / 67
Resistance

30 MINS Estimated
Session 25 / 67
Resistor (Practical)

30 MINS Estimated
Session 26 / 67
Introduction: What’s the Buzz All About?

30 MINS Estimated
Session 27 / 67
Buzzer Theory

30 MINS Estimated
Session 28 / 67
Buzzer–Battery

30 MINS Estimated
Session 29 / 67
Buzzer–Resistor Circuit (Theory)

30 MINS Estimated
Session 30 / 67
Buzzer–Resistor Circuit (Practical 1)

30 MINS Estimated
Session 31 / 67
Buzzer–Resistor Circuit (Practical 2)

30 MINS Estimated
Session 32 / 67
Salt Water and Buzzer (Practical)

30 MINS Estimated
Session 33 / 67
Introduction: One Switch Can Do It All

30 MINS Estimated
Session 34 / 67
Switch Theory

30 MINS Estimated
Session 35 / 67
Switch (Circuit 1)

30 MINS Estimated
Session 36 / 67
Switch Theory (Circuit 2)

30 MINS Estimated
Session 37 / 67
Switch Practical (Circuit 2)

30 MINS Estimated
Session 38 / 67
Smart House Project

30 MINS Estimated
Session 39 / 67
Introduction: Move with Motors

30 MINS Estimated
Session 40 / 67
Motor Theory

30 MINS Estimated
Session 41 / 67
Activity 1 (Theory)

30 MINS Estimated
Session 42 / 67
Activity 1 (Practical)

30 MINS Estimated
Session 43 / 67
Activity 2 (Theory)

30 MINS Estimated
Session 44 / 67
Activity 2 (Practical)

30 MINS Estimated
Session 45 / 67
Potentiometer Circuit Overview

30 MINS Estimated
Session 46 / 67
Potentiometer Circuit

30 MINS Estimated
Session 47 / 67
Table Fan Project

30 MINS Estimated
Session 48 / 67
Introduction: Branching Circuits

30 MINS Estimated
Session 49 / 67
Series and Parallel Circuits

30 MINS Estimated
Session 50 / 67
Series Circuit (Theory)

30 MINS Estimated
Session 51 / 67
Series Circuit (Practical)

30 MINS Estimated
Session 52 / 67
Parallel Circuit (Theory)

30 MINS Estimated
Session 53 / 67
Parallel Circuit (Practical)

30 MINS Estimated
Session 54 / 67
LED Intensity Control

30 MINS Estimated
Session 55 / 67
Introduction: Logic Circuits

30 MINS Estimated
Session 56 / 67
Introduction to Logic Gates

30 MINS Estimated
Session 57 / 67
AND Gate (Practical)

30 MINS Estimated
Session 58 / 67
AND Gate Truth Table

30 MINS Estimated
Session 59 / 67
OR Gate (Practical)

30 MINS Estimated
Session 60 / 67
OR Gate Truth Table

30 MINS Estimated
Session 61 / 67
Introduction: Transistor Magic

30 MINS Estimated
Session 62 / 67
Transistor Magic

30 MINS Estimated
Session 63 / 67
Water Level Indicator

30 MINS Estimated
Session 64 / 67
Introduction: What’s in the Dark?

30 MINS Estimated
Session 65 / 67
LDR Introduction

30 MINS Estimated
Session 66 / 67
Glow in the Dark Circuit

30 MINS Estimated
Session 67 / 67
Electronics Maker: Course Completion

30 MINS Estimated
Session 1 / 67
Introduction to the World of Electronics

00:01:00
Video
Session 2 / 67
World of Electronics

00:02:00
Video
Session 3 / 67
Basics of Electricity

00:02:00
Video
Session 4 / 67
Types of Electricity

00:03:00
Video
Session 5 / 67
Building Your First Circuit

00:03:00
Session 6 / 67
Introduction: Bringing Circuits to Life

00:01:00
Video
Session 7 / 67
Theory Overview

00:05:00
Video
Session 8 / 67
Buzzer Breadboard Experiment

00:03:00
Video
Session 9 / 67
Resistor with Buzzer (Theory)

00:01:00
Video
Session 10 / 67
Resistor with Buzzer (Practical)

00:02:00
Video
Session 11 / 67
LED Circuit on Breadboard (Theory)

00:03:00
Video
Session 12 / 67
LED Circuit on Breadboard (Practical)

00:02:00
Session 13 / 67
Introduction: Harnessing Conductors

00:01:00
Video
Session 14 / 67
Conductors and Insulators

00:03:00
Video
Session 15 / 67
Conductor Tester

00:03:00
Video
Session 16 / 67
Insulator Tester

00:02:00
Video
Session 17 / 67
Water Overflow Indicator Project

00:02:00
Video
Session 18 / 67
LED and Buzzer in Parallel

00:03:00
Session 19 / 67
Introduction: The LED Glow World

00:01:00
Video
Session 20 / 67
LED Basics

00:07:00
Video
Session 21 / 67
Practical 1: Simple LED Circuit

00:02:00
Video
Session 22 / 67
Practical 2: LED Practical Single Ports

00:02:00
Session 23 / 67
Introduction: Deep Dive into Resistance

00:01:00
Video
Session 24 / 67
Resistance

00:08:00
Video
Session 25 / 67
Resistor (Practical)

00:03:00
Session 26 / 67
Introduction: What’s the Buzz All About?

00:01:00
Video
Session 27 / 67
Buzzer Theory

00:03:00
Video
Session 28 / 67
Buzzer–Battery

00:01:00
Video
Session 29 / 67
Buzzer–Resistor Circuit (Theory)

00:03:00
Video
Session 30 / 67
Buzzer–Resistor Circuit (Practical 1)

00:02:00
Video
Session 31 / 67
Buzzer–Resistor Circuit (Practical 2)

00:01:00
Video
Session 32 / 67
Salt Water and Buzzer (Practical)

00:03:00
Session 33 / 67
Introduction: One Switch Can Do It All

00:01:00
Video
Session 34 / 67
Switch Theory

00:05:00
Video
Session 35 / 67
Switch (Circuit 1)

00:00:30
Video
Session 36 / 67
Switch Theory (Circuit 2)

00:03:00
Video
Session 37 / 67
Switch Practical (Circuit 2)

00:02:00
Video
Session 38 / 67
Smart House Project

00:11:00
Session 39 / 67
Introduction: Move with Motors

00:01:00
Video
Session 40 / 67
Motor Theory

00:05:00
Video
Session 41 / 67
Activity 1 (Theory)

00:00:30
Video
Session 42 / 67
Activity 1 (Practical)

00:02:00
Video
Session 43 / 67
Activity 2 (Theory)

00:00:40
Video
Session 44 / 67
Activity 2 (Practical)

00:02:00
Video
Session 45 / 67
Potentiometer Circuit Overview

00:00:50
Video
Session 46 / 67
Potentiometer Circuit

00:03:00
Video
Session 47 / 67
Table Fan Project

00:09:00
Session 48 / 67
Introduction: Branching Circuits

00:01:00
Video
Session 49 / 67
Series and Parallel Circuits

00:04:00
Video
Session 50 / 67
Series Circuit (Theory)

00:01:00
Video
Session 51 / 67
Series Circuit (Practical)

00:04:00
Video
Session 52 / 67
Parallel Circuit (Theory)

00:00:40
Video
Session 53 / 67
Parallel Circuit (Practical)

00:04:00
Video
Session 54 / 67
LED Intensity Control

00:04:00
Session 55 / 67
Introduction: Logic Circuits

00:01:00
Video
Session 56 / 67
Introduction to Logic Gates

00:03:00
Video
Session 57 / 67
AND Gate (Practical)

00:03:00
Video
Session 58 / 67
AND Gate Truth Table

00:02:00
Video
Session 59 / 67
OR Gate (Practical)

00:04:00
Video
Session 60 / 67
OR Gate Truth Table

00:02:00
Session 61 / 67
Introduction: Transistor Magic

00:01:00
Video
Session 62 / 67
Transistor Magic

00:06:00
Video
Session 63 / 67
Water Level Indicator

00:05:00
Session 64 / 67
Introduction: What’s in the Dark?

00:01:00
Video
Session 65 / 67
LDR Introduction

00:04:00
Video
Session 66 / 67
Glow in the Dark Circuit

00:04:00
Session 67 / 67
Electronics Maker: Course Completion

00:02:00

Instructor

Science Kidz

Technology for Kids

Science Kidz, a firm with an active maker community, offers a platform to stimulate creativity and promote innovation in the areas of Electronics, Robotics and Physical Computing. The Engineers and Researchers at Science Kidz believe that learning should be enjoyable and engaging, with the intention of fostering creativity and nurturing and encouraging a creator mentality among kids. The mentors at Science Kidz have also earned awards as Coaches in various national and international Robotics competitions, where kids have presented innovative projects. With our wide variety of kit-based technology courses, we aim to make technology easily accessible to all and reveal the techno-creative spark within each child.

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