The Robot Mission to Mars
Objectives:
01
Students should understand the basic principles of robot programming, such as movement, sensors, and algorithms.
02
Learn how robotic technologies are used to explore Mars and overcome obstacles.
03
To apply their creativity to solve problems and improve the robot design.
Materials:
Makerzoid Programmable Toys Robot Master Set, 200-in-1 Coding Robot Kit
Computer
with programming software (e.g., Scratch or Blockly).
Infrared sensors
for obstacle detection.
Engines
for robot movement.
Basic programming instructions
for Scratch/Blockly.
Duration:
Course Duration:
1 - 1.5 hours
Robot Construction Duration:
30 minutes
Duration of Programming and Testing:
30 - 45 minutes
1. Introduction (15 minutes):
Start with a short presentation on Mars exploration and the importance of robots in space exploration.
Explain the operation of robots, using examples such as the Curiosity robot exploring Mars.
Discuss the basic parts of the robot (motors, sensors, controller) and how we use them to perform specific actions (e.g., movement, obstacle avoidance).
2. Building the Robot (30 minutes):
Show students how to assemble the robot using the Makerzoid Kit. The teacher should explain how to connect the components and show how to attach the motor, sensors, and control board.
In the end, students must build a basic robot that can move forward and backward, and uses an infrared sensor to detect obstacles.
3. Programming and Testing (30 - 45 minutes):
Guide students in using Scratch or Blockly to program the robot. The goal is for the robot to move forward, stop when it detects an obstacle, and turn.
Program the robot to follow its path, avoiding obstacles and returning to the beginning of its path.
Provide instructions to create "conditions" in the programming so that the robot changes course when it encounters an obstacle (e.g., "if the infrared sensor detects an obstacle, turn left").
4. Activity - Mission to Mars (15 minutes):
Ask students to program the robot so that it follows a path filled with "obstacles" (small objects that you place on the ground to mimic the terrain of Mars).
Students need to improve their programming so that the robot can overcome obstacles and return to its original position.
5. Discussion and Feedback (10 minutes):
Discuss with students what they learned from the activity and how robotics can help in the exploration of Mars.
Encourage students to think of other features they could add to the robot to improve its capabilities (e.g., adding additional sensors, enhancing programming for more complex movements).
Download our ultimate guide for FREE
and give your children a head start in knowledge!
In this e-book you will find how gaming can turn learning into a fun and effective experience.
You will learn how to choose the right educational toys, how they enhance creativity, critical thinking and STEM skills, as well as practical ideas for incorporating them into everyday life.
Discover how learning through play can benefit children, helping them develop self-confidence, problem-solving and collaboration.
Fill in your details and get the e-Book for free here now!