The Kids Robotics Program for Grades 1–3 is designed to immerse young minds in the exciting world of modern technology. Children are introduced to advancements in robotics, artificial intelligence, and 3D printing, fostering curiosity and enthusiasm for innovation. They learn the fundamentals of computer programming by understanding it as a series of instructions and exploring various types of robots. Basic electronics concepts are introduced, including an overview of motors, sensors, and other components integral to building robots. Through engaging, hands-on activities, students create simple circuits on a breadboard, laying the foundation for practical problem-solving skills.

As the program progresses, children are introduced to microcontrollers, the "brain" of a robot, with the Arduino board serving as their development platform. Scratch programming is used to teach coding concepts in a fun and interactive way, enhancing logical thinking and creativity. The program also incorporates Tinkercad, a tool for designing circuits, allowing students to visualize and build their ideas digitally. By blending technology exploration with practical experience, the Kids Robotics Program equips young learners with essential skills and ignites a passion for innovation and engineering.

Kids (Grade 1 - 3) Complete Syllabus

BY: TONI KROSS
60 Minuttes Mode - Physical
  • Introduction to Robotics
  • Explanation of what a program is
  • Introduction to Technology Environment
    • Using Coji
    • Using Mip
    • Using Miposaur
    • Using 3D printers
  • Introduction to Robot Chassis
    • 2-wheel
    • 3-wheel
    • 4-wheel
    • Track type
    • Rover type
    • Mecanum wheels
    • 4-leg robot
    • Hexapod robot
    • Humanoid robot
BY: TONI KROSS
60 Minuttes Mode - Physical
  • Introduction to Electronic Components and Sensors
    • Battery
    • LED
    • Push button
    • Toggle switch
    • Speaker
    • Motor
    • LDR
    • Reed sensor
  • Creating Basic Circuits Using Plug-in Modules
  • Creating a 2-Wheel Robot Chassis
BY: TONI KROSS
60 Minuttes Mode - Physical
  • Introduction to Programming (In-depth Understanding)
  • Introduction to Project Board (Breadboard)
  • Connecting an LED to a Breadboard
  • Connecting 10 LEDs to a Breadboard
  • Connecting a Push Button, LED, and Motor
  • Wiring Practical
BY: TONI KROSS
60 Minuttes Mode - Physical
  • Introduction to Microcontroller (Tiny Computer)
  • Introduction to Development Boards
    • Why we need development boards
    • Various brands
    • Arduino as the most popular platform
  • Types of Arduino Boards
    • Arduino Nano
    • Arduino Uno
    • Arduino Mega
  • Demonstrating a blinking program
BY: TONI KROSS
60 Minuttes Mode - Physical
  • Introduction to SCRATCH
  • Basic Move Operations Training
  • Say/Think Instructions
  • Introduction to TinkerCAD
  • TinkerCAD Training
  • Explaining the Set Pin Command
  • Explaining the Delay Command
  • Blinking Practical
  • Blinking 2 LEDs
BY: TONI KROSS
60 Minuttes Mode - Physical
  • Review of SCRATCH Move Operations
  • Creating Light Patterns Using 10 LEDs
    • Light Pattern 01
    • Light Pattern 02
    • Light Pattern 03
BY: TONI KROSS
60 Minuttes Mode - Physical
  • More Activities on SCRATCH
  • Introduction to Seven Segment Display
  • Wiring 7Seg on TinkerCAD
  • Actual Wiring of 7Seg
  • Generating Numbers Using Arduino
  • Writing a Program to Display Numbers from 0 to 9
BY: TONI KROSS
60 Minuttes Mode - Physical
  • Introduction to Ask Instructions
  • Explanation of a Variable as a Memory Box
  • Introduction to Relay
  • Explaining the Operation of a Relay (Basic - Relay as an Electromagnet Switch)
  • Demonstrating Different Relay Types
  • Introduction to Relay Shield
  • Writing a Program to ON/OFF a Relay
  • Controlling a High-Voltage Device Using a Relay
BY: TONI KROSS
60 Minuttes Mode - Physical
  • Training More Arithmetic Operations
  • Introduction to DTMF - Dual Tone Multi-Frequency System
  • Demonstrating DTMF Using Remote Connection
  • Encouraging Students to Think Creatively About Projects Using DTMF
BY: TONI KROSS
60 Minuttes Mode - Physical
  • Training More Complex Arithmetic Operations
  • Explaining How the Human Brain Works (Neurons)
  • Introduction to Artificial Neural Networks (Basic Introduction)
  • Introduction to Artificial Intelligence
  • Introduction to ChatGPT
  • Demonstrating Some Applications of ChatGPT
    • Writing a Poem
    • Making an Arduino Program
    • Image Processing
BY: TONI KROSS
60 Minuttes Mode - Physical
  • Introduction to Decision Making - Real-Life Examples
  • Identifying a Condition / Decision
  • Writing if-Conditions
  • Introduction to Industrial Sensors
    • Proximity Sensor
    • Photoelectric Sensor
    • Level Sensor
BY: TONI KROSS
60 Minuttes Mode - Physical
  • Further Study of Decision Making
  • Example of if-Conditions in Scratch
  • Application of if-Conditions Using an Inductive Proximity Sensor
BY: TONI KROSS
60 Minuttes Mode - Physical
  • More if-Condition Training Using Scratch
  • Interfacing Push Buttons
  • Introduction to PIR Sensor
  • Creating a Burglar Alarm System (Tinkercad / Real)
BY: TONI KROSS
60 Minuttes Mode - Physical
  • More if-Condition Training Using Scratch
  • Introduction to PWM - Pulse Width Modulation
  • Controlling the Intensity of an LED
  • Introduction to RGB LEDs
  • Connecting and Driving an RGB Using TinkerCAD
  • Real Demonstration of RGB LED
  • Introduction to Neo Pixel LED
  • Demonstrating Neo Pixel LED
BY: TONI KROSS
60 Minuttes Mode - Physical
  • More if-Condition Training Using Scratch - Make a Simple Game
  • Railway Project
    • Automatic Closing and Opening of Rail Gates
    • Control Signal Light
  • This Project Will Be Done Under the Supervision of the Lecturer
BY: TONI KROSS
60 Minuttes Mode - Physical
  • More if-Condition Training Using Scratch
  • Introduction to Ultrasonic Sensor
  • Explain Ultrasonic Operation Briefly
  • Building an Obstacle-Avoiding Robot
  • Step-by-Step Demonstration and Learning
  • Additional - Introduction to DC Servo Motor / Usage
  • Wiring on TinkerCAD / Actual Wiring
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