Robomatiic

Shoshinsha Robotics Level-1

Objective

The main objective of this program is to make students understand the Preliminary idea of robotics and to enhance the skills in programming through various modules through STREAM (Science, Technology, Robotics, Engineering, Arts & Math) based education.

Prerequisites

Enthusiasm for exploring the unexplored!

Learning Outcome

After completing this curriculum, students will have a basic understanding of programming, electronics, physical computing, and robotics. The activities in this curriculum, focusing on STREAM based learning, will help them develop skills such as DIY-ing, problem-solving, critical thinking, creativity, and teamwork.
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MODULES
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HOURS
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AGE

ALGODOO

Introduction to Robotics, History

Create Scenes With Algodoo

Model the Playground

Motion

Why are Wheels Circular in Shape?

Swing

Rolling Down a Ramp

TINKERCAD – CIRCUIT

Introduction to Electronics with tinker cad

Ohm’s Law using LED Circuit

LED Dimmer using Potentiometer

LED On/Off using switch

Role of resistor in circuit and Series and parallel circuit

Multiple LED Circuit

DC motor with battery circuit

Arduino and its architecture

Simple blink experiment using Arduino

Sensor and its types

Interfacing sensor with Arduino

Actuators and its types

Interfacing actuator with Arduino

Role of motor driver in a circuit

Motor On/Off along with LED Indicator

Sensor based motor actuation

VEX VR

Introduction to programming and relation with Robotics

Block Programming with a sample program

Move robot in all direction

Motion of robot towards a particular number in number grid environment

DIY KIT

Robotics components Identification

Robotic kit Assembly

TINKERCAD – 3D DESIGNING

Introduction to 3d design in Tinker CAD

Creation of simple cube with filleted edges

Making hole in a Cube

Final Assignment based on all modules