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SELF-PACED

Computing with Arduino

If you’re curious and passionate about technology, you’re in the right place! Learn to build intelligent circuits in robotics and automation and…

  • Age Group

    11-15 yrs

    Certification

    Yes
  • Course Duration

    12 Hours

    Frequency

    Self-Paced
  • Number of Sessions

    12

    Session Duration

    1 hour

699+ GST

About the Course

    Some students find robotics and electronics interesting but intimidating. Others wait for the “right age” to start learning about the latest technologies. But curiosity, interest and a little support are all you need to get started and satisfy your love for technology. So, if you are interested in electronics, robotics and coding and are curious to know how huge technical projects are created from scratch, welcome onboard to learn these the fun way!
    In this course of Computing with Arduino, you will be introduced to the fascinating world of electronics and robotics through the Arduino simulation platform. You will learn how robot circuits are designed and operated. You will also learn how intelligent robots are programmed through coding and test the robot’s knowledge in a simulation environment.
    With 100+ practice exercises, you will test and build circuits and code simulation-based projects to gain a deeper understanding of hardware in terms of input and output devices. You will be introduced to the applications of C++ coding in robotics. You will also be exposed to a variety of sensors, such as tilt sensors, ultrasonic sensors, temperature sensors and so on, and their applications in robotics and other real-world applications.
    In this course, you will also be given in-depth coding practice in core coding concepts, such as conditional statements, looping constructs, functions and objects.
    Computing with Arduino is a project-oriented course that comprises several interesting projects:
  • Automatic Traffic Light Simulator
  • Intruder Alarming System
  • Password Genie
  • Smoke Safety
  • Temperature Monitoring System
  • Light Fader Automation . . . to name a few

Who Is This Course For?

This course is ideal for students aged 11–15 who are keen on experimenting with robotics and coding and have a passion for technology.

Course Objectives

The Computing with Arduino course will help you:
  • Understand how technical projects are created from scratch
  • Comprehend how robot circuits are designed and operated
  • Understand how intelligent robots are programmed through coding
  • Gain a deeper understanding of hardware in terms of input and output devices
  • Gain a deeper understanding of coding with essential concepts, such as conditions, loops and functions
  • Understand the applications of sensors in robotics and other real-world applications

Curriculum

Session 1 / 84
Introduction: Fun with Electronics

30 MINS Estimated
Session 2 / 84
Overview of TinkerCAD and Creating an Account

30 MINS Estimated
Session 3 / 84
Fun with Electronics

30 MINS Estimated
Session 4 / 84
Practical 1: 1.5 V Battery

30 MINS Estimated
Session 5 / 84
Practical 2: LED with 3 V Battery

30 MINS Estimated
Session 6 / 84
Practical 3: LED with 9 V Battery and Resistor

30 MINS Estimated
Session 7 / 84
Practical 4: Buzzer with 9 V Battery

30 MINS Estimated
Session 8 / 84
Practical 5: Slide Switch

30 MINS Estimated
Session 9 / 84
Practical 6: Push Switch

30 MINS Estimated
Session 10 / 84
Practical 7: LED on Breadboard

30 MINS Estimated
Session 11 / 84
Practical 8: LED 9 V Battery, Slide Switch and Resistor on Breadboard

30 MINS Estimated
Session 12 / 84
Introduction: Programmable Electronics with Arduino

30 MINS Estimated
Session 13 / 84
Arduino Microcontroller

30 MINS Estimated
Session 14 / 84
Practical 1: Turning ON/OFF On-Board LED

30 MINS Estimated
Session 15 / 84
Practical 2: Blink On-Board LED

30 MINS Estimated
Session 16 / 84
Practical 3: Blinking External LED

30 MINS Estimated
Session 17 / 84
Practical 4: Controlling Two External LEDs Alternately

30 MINS Estimated
Session 18 / 84
Practical 5: Traffic Light Project

30 MINS Estimated
Session 19 / 84
Introduction: The World of Output Devices

30 MINS Estimated
Session 20 / 84
Buzzer Theory

30 MINS Estimated
Session 21 / 84
Turning Buzzer ON/OFF

30 MINS Estimated
Session 22 / 84
Beep Buzzer (With Delay)

30 MINS Estimated
Session 23 / 84
Motor Theory

30 MINS Estimated
Session 24 / 84
DC and BO Motor with 1.5 V

30 MINS Estimated
Session 25 / 84
DC and BO Motor with 3 V

30 MINS Estimated
Session 26 / 84
DC and BO Motor with 9 V

30 MINS Estimated
Session 27 / 84
Motors with Arduino

30 MINS Estimated
Session 28 / 84
Seven Segment Theory

30 MINS Estimated
Session 29 / 84
Code Seven Segment with Arduino

30 MINS Estimated
Session 30 / 84
Introduction: Logic and Arithmetic with Arduino

30 MINS Estimated
Session 31 / 84
Serial Communication

30 MINS Estimated
Session 32 / 84
Printing “hello world” on the Serial Monitor

30 MINS Estimated
Session 33 / 84
LED Commentary

30 MINS Estimated
Session 34 / 84
Theory on Variables, Conditional Statements and Operators

30 MINS Estimated
Session 35 / 84
Counting Numbers

30 MINS Estimated
Session 36 / 84
Jumping Numbers

30 MINS Estimated
Session 37 / 84
Multiplication

30 MINS Estimated
Session 38 / 84
Countdown

30 MINS Estimated
Session 39 / 84
Introduction: The World of Input Devices

30 MINS Estimated
Session 40 / 84
Input Devices

30 MINS Estimated
Session 41 / 84
Read Switch State

30 MINS Estimated
Session 42 / 84
Controlling an LED with a Push Button

30 MINS Estimated
Session 43 / 84
Doorbell Project

30 MINS Estimated
Session 44 / 84
Multiple Inputs

30 MINS Estimated
Session 45 / 84
LED with Variables

30 MINS Estimated
Session 46 / 84
Introduction: Playing with Sensors

30 MINS Estimated
Session 47 / 84
Light Sensor

30 MINS Estimated
Session 48 / 84
Reading LDR Sensor Values

30 MINS Estimated
Session 49 / 84
Glow in the Dark

30 MINS Estimated
Session 50 / 84
Tilt Sensor

30 MINS Estimated
Session 51 / 84
Sensor Read

30 MINS Estimated
Session 52 / 84
Tilt Indicators

30 MINS Estimated
Session 53 / 84
Tilt with Motor

30 MINS Estimated
Session 54 / 84
Introduction: Servo Magic

30 MINS Estimated
Session 55 / 84
Servo Motor

30 MINS Estimated
Session 56 / 84
Servo Angle Control

30 MINS Estimated
Session 57 / 84
Sweep Movement

30 MINS Estimated
Session 58 / 84
Servo Double Sweep

30 MINS Estimated
Session 59 / 84
Servo Gate Controller

30 MINS Estimated
Session 60 / 84
Introduction: Going Ultrasonic

30 MINS Estimated
Session 61 / 84
Ultrasonic Sensor

30 MINS Estimated
Session 62 / 84
Distance Measurement

30 MINS Estimated
Session 63 / 84
Range Indicator Project

30 MINS Estimated
Session 64 / 84
Social Distancing Alarm

30 MINS Estimated
Session 65 / 84
Introduction: Dancer and Dimmer

30 MINS Estimated
Session 66 / 84
Analog World

30 MINS Estimated
Session 67 / 84
LED Analog Control

30 MINS Estimated
Session 68 / 84
Wiper Dimmer

30 MINS Estimated
Session 69 / 84
Dancer with Knob Range

30 MINS Estimated
Session 70 / 84
Introduction: Code with Functions

30 MINS Estimated
Session 71 / 84
Functions Overview

30 MINS Estimated
Session 72 / 84
LED Blink with Functions

30 MINS Estimated
Session 73 / 84
Seven Segment with Functions

30 MINS Estimated
Session 74 / 84
LED with User Input

30 MINS Estimated
Session 75 / 84
Password Genie

30 MINS Estimated
Session 76 / 84
Introduction: What’s Hot and What’s Not?

30 MINS Estimated
Session 77 / 84
Temperature Sensor

30 MINS Estimated
Session 78 / 84
Reading Temperature

30 MINS Estimated
Session 79 / 84
Fire Indicator Project

30 MINS Estimated
Session 80 / 84
Introduction: Mega Project

30 MINS Estimated
Session 81 / 84
Mood Lights

30 MINS Estimated
Session 82 / 84
LDR Automation

30 MINS Estimated
Session 83 / 84
Alexa

30 MINS Estimated
Session 84 / 84
Fire Alarm

30 MINS Estimated
Session 1 / 84
Introduction: Fun with Electronics

00:00:00
Video
Session 2 / 84
Overview of TinkerCAD and Creating an Account

00:02:00
Video
Session 3 / 84
Fun with Electronics

00:04:00
Video
Session 4 / 84
Practical 1: 1.5 V Battery

00:04:00
Video
Session 5 / 84
Practical 2: LED with 3 V Battery

00:02:00
Video
Session 6 / 84
Practical 3: LED with 9 V Battery and Resistor

00:05:00
Video
Session 7 / 84
Practical 4: Buzzer with 9 V Battery

00:03:00
Video
Session 8 / 84
Practical 5: Slide Switch

00:04:00
Video
Session 9 / 84
Practical 6: Push Switch

00:03:00
Video
Session 10 / 84
Practical 7: LED on Breadboard

00:05:00
Video
Session 11 / 84
Practical 8: LED 9 V Battery, Slide Switch and Resistor on Breadboard

00:02:00
Video
Session 12 / 84
Introduction: Programmable Electronics with Arduino

00:00:00
Video
Session 13 / 84
Arduino Microcontroller

00:11:00
Video
Session 14 / 84
Practical 1: Turning ON/OFF On-Board LED

00:06:00
Video
Session 15 / 84
Practical 2: Blink On-Board LED

00:03:00
Video
Session 16 / 84
Practical 3: Blinking External LED

00:02:00
Video
Session 17 / 84
Practical 4: Controlling Two External LEDs Alternately

00:04:00
Video
Session 18 / 84
Practical 5: Traffic Light Project

00:05:00
Video
Session 19 / 84
Introduction: The World of Output Devices

00:00:00
Video
Session 20 / 84
Buzzer Theory

00:02:00
Video
Session 21 / 84
Turning Buzzer ON/OFF

00:03:00
Video
Session 22 / 84
Beep Buzzer (With Delay)

00:02:00
Video
Session 23 / 84
Motor Theory

00:04:00
Video
Session 24 / 84
DC and BO Motor with 1.5 V

00:04:00
Video
Session 25 / 84
DC and BO Motor with 3 V

00:03:00
Video
Session 26 / 84
DC and BO Motor with 9 V

00:02:00
Video
Session 27 / 84
Motors with Arduino

00:05:00
Video
Session 28 / 84
Seven Segment Theory

00:03:00
Video
Session 29 / 84
Code Seven Segment with Arduino

00:15:00
Video
Session 30 / 84
Introduction: Logic and Arithmetic with Arduino

00:00:00
Video
Session 31 / 84
Serial Communication

00:02:00
Video
Session 32 / 84
Printing “hello world” on the Serial Monitor

00:03:00
Video
Session 33 / 84
LED Commentary

00:04:00
Video
Session 34 / 84
Theory on Variables, Conditional Statements and Operators

00:05:00
Video
Session 35 / 84
Counting Numbers

00:06:00
Video
Session 36 / 84
Jumping Numbers

00:01:00
Video
Session 37 / 84
Multiplication

00:04:00
Video
Session 38 / 84
Countdown

00:09:00
Video
Session 39 / 84
Introduction: The World of Input Devices

00:00:00
Video
Session 40 / 84
Input Devices

00:02:00
Video
Session 41 / 84
Read Switch State

00:06:00
Video
Session 42 / 84
Controlling an LED with a Push Button

00:05:00
Video
Session 43 / 84
Doorbell Project

00:01:00
Video
Session 44 / 84
Multiple Inputs

00:07:00
Video
Session 45 / 84
LED with Variables

00:08:00
Video
Session 46 / 84
Introduction: Playing with Sensors

00:00:00
Video
Session 47 / 84
Light Sensor

00:05:00
Video
Session 48 / 84
Reading LDR Sensor Values

00:04:00
Video
Session 49 / 84
Glow in the Dark

00:03:00
Video
Session 50 / 84
Tilt Sensor

00:02:00
Video
Session 51 / 84
Sensor Read

00:06:00
Video
Session 52 / 84
Tilt Indicators

00:04:00
Video
Session 53 / 84
Tilt with Motor

00:03:00
Video
Session 54 / 84
Introduction: Servo Magic

00:00:00
Video
Session 55 / 84
Servo Motor

00:07:00
Video
Session 56 / 84
Servo Angle Control

00:07:00
Video
Session 57 / 84
Sweep Movement

00:07:00
Video
Session 58 / 84
Servo Double Sweep

00:04:00
Video
Session 59 / 84
Servo Gate Controller

00:05:00
Video
Session 60 / 84
Introduction: Going Ultrasonic

00:00:00
Video
Session 61 / 84
Ultrasonic Sensor

00:03:00
Video
Session 62 / 84
Distance Measurement

00:13:00
Video
Session 63 / 84
Range Indicator Project

00:08:00
Video
Session 64 / 84
Social Distancing Alarm

00:05:00
Video
Session 65 / 84
Introduction: Dancer and Dimmer

00:00:00
Video
Session 66 / 84
Analog World

00:05:00
Video
Session 67 / 84
LED Analog Control

00:03:00
Video
Session 68 / 84
Wiper Dimmer

00:10:00
Video
Session 69 / 84
Dancer with Knob Range

00:09:00
Video
Session 70 / 84
Introduction: Code with Functions

00:00:00
Video
Session 71 / 84
Functions Overview

00:04:00
Video
Session 72 / 84
LED Blink with Functions

00:03:00
Video
Session 73 / 84
Seven Segment with Functions

00:06:00
Video
Session 74 / 84
LED with User Input

00:06:00
Video
Session 75 / 84
Password Genie

00:04:00
Video
Session 76 / 84
Introduction: What’s Hot and What’s Not?

00:00:00
Video
Session 77 / 84
Temperature Sensor

00:03:00
Video
Session 78 / 84
Reading Temperature

00:08:00
Video
Session 79 / 84
Fire Indicator Project

00:07:00
Video
Session 80 / 84
Introduction: Mega Project

00:00:00
Video
Session 81 / 84
Mood Lights

00:08:00
Video
Session 82 / 84
LDR Automation

00:05:00
Video
Session 83 / 84
Alexa

00:03:00
Video
Session 84 / 84
Fire Alarm

00:07:00

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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