Robotic course for kids (age 4 to 6)

Introduction

Duration

12 lessons, 1.5 hours per class

 

Mode of Delivery

  • Classroom-based, Instructor-led Training
  • Virtual Class, Instructor-led Training

Course Content:

  1. Introduction to Robots and Coding
    • Components of a robot AC Circuits
    • LEGO Build and Code
  1. Electric Circuits and Electrical Conductivity

    • Manipulation of snap circuits manipulation of LED matrix through coding

    • Electric Circuit identification and Classification of objects

  1. Numbers to 10 Programming
    • Events and Sequence
    • Event and Sequence Gyro Sensor Buzzer
  1.  

 

##########THE REST of contents ########## 

 

4.       Ordinal Numbers and Pattern Recognition

4.1.    Ordinal Numbers (Positions to 6th) Time Speed

4.2.    Manipulation of motors pattern recognition through grouping

 

5.       Math Operators Programming

5.1.     Events and Sequence

5.2.    Greater/Lesser than Loudness (i.e. Frequency)

 

6.       Moments

6.1.    Moments – Clockwise and Anticlockwise

 

7.       Motor Manipulation

7.1.    Understand angles, power and speed

 

8.     Positive and Negative Numbers

8.1.   Natural number addition and subtraction

8.2.  LEGO Build and Code

 

9.     Additions and Sequence

9.1.   Numbers, sequence and arithmetic series

9.2.  Sequence Manipulation of Motors

 

10.  Final project

 

Duration

12 lessons, 1.5 hours per lesson

 

Mode of Delivery

  • Classroom-based, Instructor-led Training
  • Virtual Class, Instructor-led Training

 

Outlines

1.   Animations

1.1. Understanding X Y axis

1.2. Introduction to LCD screen

 

2.   Sequence (Movements)

2.1. Understanding of angles in geometry

2.2. Sequence pattern recognition

 

3.   Subtraction within 10 Programming

3.1.   Numbers and Subtraction within 10

3.2.  Positive and Negative numbers

3,3.  Manipulation of Motors

 

4.    Ordinal Numbers and Pattern Recognition

4.1.  Ordinal Numbers (Positions to 6th) Time Speed

4.2   Manipulation of motors pattern recognition through grouping

 

5.   Additions and Subtraction within 10

5.1.  Concept of symmetry mechanism of a balancing beam

5.2.  Symmetrical structures with strawbees

 

6. Sound Programming

6.1.  Sequence with Sound, Motor and RGB Light

6.2.  Concept of sound

 

7.   Map Reading Sequence with movement and turns

7.1.   Mapping 3D visualization

 

8.   Introduction to Gears

8.1.  Gear ratio speed

8.2.  LEGO gears

 

9.  Introduction to Drone

9.1.  Map visualization aerodynamics of a drone

9.2. Technology of a Drone

 

10. Final project