Project 1: With CreaBot, you'll build your first electrical circuit using a switch to control motors, while learning how to use a breadboard to interconnect components.
This initial step will allow you to bring your first robot to life, integrating key concepts of electronics and mechanics in practical and exciting ways.
Project 3: With CreaBot, you will advance in the development of autonomous systems by assembling a completely new circuit that gives the robot the ability to detect and avoid obstacles in its path. Using limit switch sensors and a specific wiring configuration, you'll learn how to create a system capable of navigating independently. This project will introduce you to the basic principles of autonomous decision-making and dynamic interaction with the environment, without the need for programming. An exciting experience that brings advanced robotics to life!
Project 2: Wall Follower Robot
With CreaBot, you'll take your skills to the next level by assembling a new circuit with a different configuration of wires on the breadboard. You'll learn how changes in the circuit transform the robot's behavior, setting it up to autonomously detect and follow walls. This project strengthens your knowledge of electronics and mechanics, while experimenting with sensors and basic logic to create a more advanced robot.
The goal of this project is to build a robot that can be controlled manually through a system of wires. It teaches students about the basics of direction and motion control, how push buttons open and close the circuit while being pressed, allowing them to experiment with direct manipulation of the robot's motors.
Description of the Light Tracker Robot:
The light-tracking robot is a fascinating project that teaches children how sensors can detect and respond to stimuli from the environment. Using LDR resistors, the robot detects light sources and adjusts their movement to automatically follow them. This project helps to understand basic principles of sensors, electronics and applied logic.