PROGRAM OVERVIEW

Robotics is a multidisciplinary field combining Electronics, Computer Science and Mechanical Modelling.

This course will take you through each of these robotics domains one by one.

You’ll discover how robots sense and analyse signals from their surroundings, starting with electronics. Then you’ll programme your robot brain with intelligence. Finally, you’ll assemble your robotic smart automobile equipped with sensors, which will be operated by a smartphone app.

Robotics Explorer takes you on a hands-on project discovery tour through the realm of robotics using your Inventor Toolkit.

The Robotics Explorer course will help you:

1. Understand the fundamentals of robotics.

2. Develop a better knowledge of Learn how to use a microcontroller board

3. Get hands-on experience with robotics tasks such as designing, implementing, fault-finding, and debugging.

4. Learn how to utilize coding to create versatile, multi-functional robotic systems.

5. Get inspired about creating new projects in robotics and automation technologies.

Key Skills/Tools - Electronics, Tool Handling, Coding, 2D Animation and Game Design, Arduino based Robots


CURRICULUM

  01 - What is S.T.E.A.M?

  • Importance of STEAM
  • Find S.T.E.A.M. is used in Daily Life
  • Test your knowledge - 1
  • S.T.E.A.M

  02 - Electrical energy & Sources

  • Introduction to Electricity and building the first circuit.
  • Differentiate AC and DC Devices
  • Test your knowledge - 2
  • Electrical energy & Sources

   03 - Breadboard Circuits

  • Circuits using Breadboard
  • Identify the Electronic Component
  • Test your knowledge - 3

  04 - Permanent Circuits

  • Circuits using PCB
  • Make the circuit and note your observation
  • Test your knowledge - 4
  • PCB

  05 - Introduction to Switch

  • Types of Switch in Circuits
  • Testing of Conductor and Insulator
  • Test your knowledge - 5

  06 - Smart House

  • Implementing circuits in a mini project
  • Assessment 6
  • Smart House

  07 - Motors

  • What is Motor? and working principle
  • Glow it up! your lamp model
  • Test your knowledge - 7
  • Motors
  • Motors Practical

  08 - Generator

  • How does electricity reach our home?
  • Generation of Electricity
  • Generator
  • Generator Practical
  • Generator

  Bread board Revision

  • Power Generation
  • House Model
  • Table Lamp

  09 - Introduction to Coding

  • What is coding and how do we use it?
  • Assessment 9
  • Test your knowledge - 9
  • Introduction To Coding

  10 - Transitions and Animations

  • My First Story Animation
  • Create Animation in Mblock
  • Test your knowledge - 10

  11 - Broadcast in coding

  • How to "Broadcast" in coding
  • Explain the code
  • Coding Structure
  • Broadcast in coding

  12 - Introduction to Conditional statement

  • Ping-Pong Game
  • Find Fault in the code
  • Ping Pong Game
  • Conditional statement

  13 - Build your own Game

  • Maze Game
  • Explain the code and Find the fault
  • Maze Game

  14 - Physical Computing

  • Introduction to Arduino in Mblock
  • Turning ON and OFF the LED

  15 - Sensor Based Computing

  • Introduction to Touch Sensor
  • Motion using Touch Sensor

  16 - Game Using Joystick

  • Joystick Game
  • Level up your game
  • Game using Joystick

  17 - Digital Control

  • First code in Arduino software
  • Find the fault in code

  18 - Playing with Delay

  • Playing with Delay
  • Exercise on Delay

  19 - Programming with Buzzer

  • Traffic light with Buzzer
  • Task based on Buzzer

  20 - Move it with Motors

  • Move it with Motors

  21 - Serial Monitor

  • Serial Monitor
  • Printing in Serial Monitor

  22 - Introduction to Variables

  • Serial Monitor with Variables
  • Variables with Serial Monitor

  23 - Move Your Robot

  • Motor Movements
  • Different robot Movements

  24 - Sense the touch

  • Sense the touch
  • Movement of Robot Using touch sensor

  25 - Obstacle Detection

  • Introduction to IR Sensor
  • Make Edge detector robot

  26 - Line Follower

  • Line Follower Robot
  • Make video of your Line Follower

  27 - Introduction to Bluetooth

  • LED ON-OFF using Bluetooth

  28 - Controlling Robot using Bluetooth

  • Movement of Robot using Bluetooth

  29 - Introduction to LDR Sensor

  • LDR Sensor

  30 - Introduction to Servo motor

  • Servo Motor
  • Move your Servo

  Multimeter

  • Multimeter

  Evaluation - 1

  • Evaluation 1 MCQ test